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Home My WebLink AboutNC0000795_Fact Sheet - Corrected_20220223 DEQ/DWR/NPDES EXPEDITED FACT SHEET - NPDES PERMIT RENEWAL NPDES Permit NC0000795 Joe R. Corporon,P.G., Compliance&Expedited Permitting Unit/919-807-6394 06Jan2022 Table 1 -Facility Information Kinder Morgan Southeast Terminals,LLC/ Applicant/Facility Name Greensboro 1 Terminal Applicant Address 6907 West Market Street,Greensboro,NC 27409 Facility Address 6907 West Market Street,Greensboro,NC 27409 Permitted Flow(MGD) not limited Type of Waste 100%Industrial; stormwater in proximity to fuel bulk storage Facility Class PC-1 County Guilford Permit Status Renewal Regional Office WSRO Stream Characteristics Receiving Stream UT to East Fork Stream Class: WS-IV; Deep River Stream Segment 17-2-(0.3) Drainage Basin Cape Fear River Basin Hydrological Unit 03-06-08 Summer 7Q10(cfs) 0.0 [HUC] 30300030102 Winter 7Q10(cfs) 0.0 Use Support Impaired(Cat.4): 30Q2 (cfs) 0.0 303(d)Listed Fish Tissue Hg; Fecal Coliform Average Flow(cfs) 0.0 State Grid C19SW IWC(%) 100% USGS Topo Quad Guilford,NC "*" Stream Classification identifies cautions to Permittees discharging to High Point Lake Water Supply. Facility Summary - Kinder Morgan Southeast Terminals,LLC/Greensboro 1 Terminal is a minor industrial facility(flow<1 MGD) operating an existing Surface-Water Pollution Control System for stormwater in proximity to above-ground storage tanks(ASTs)with surface bulk-storage of petroleum hydrocarbon fuels and ethanol exceeding one million gallons [exempt from NC Stormwater Rules]. This facility utilizes: • diked areas(secondary containment of ASTs and piping) • truck loading-rack drains routed to a 10,000-gallon oil/water separator with hydrocarbon sensor(contents pumped to settling pond) • lined settling pond(with outfall) • effluent pumps and totalizing flow meter(also an emergency 12" discharge pipe for gravity release only if necessary) • discharge control valve,manually operated,normally closed [a point-source discharge]. Receiving Stream-Outfall 001 discharges to an unnamed tributary(UT)to East Fork Deep River [Segment 17-2-(0.3)], a waterbody currently classified WS-IV; * located within hydrological unit 03-06-08 [HUC: 030300030102] of the Cape Fear River Basin. The stream segment [17-2-(0.3)b] is listed as impaired(Cat.4): for Fish Tissue,Hg, and Fecal Coliform. The stream segment begins at its source extending downstream to a point 0.4 miles upstream of Guilford County Road SR 1541. Fact Sheet for Renewal October 2021 --NPDES Permit NC0000795 Page 1 Compliance History--According to BIMS,this facility received no permit violations during the previous permit cycle. Reasonable Potential Analyses (RPA)-The need for toxicant limits is based upon an evaluation of reasonable potential to exceed surface water-quality standards (SWQS). The RPA is a statistical evaluation utilizing a minimum three(3)-year database of the most recently reported effluent data[40 CFR 122.44(d) (i)]. This procedure utilizes: 1. 95%Confidence Level/95%probability 2. an assumption of background-zero metals concentrations 3. use of/2 detection limit for"less than"values; and 4. streamflows to consider dilution [15A NCAC 2B.0206] and 5. dissolved metals criteria, effective April 6, 2016 [see permit Section A. (4.)]. RPA Monitor Only—Monthly vs.Quarterly. Although this facility's parameters of concern (POCs)are dictated by historical storage of hydrocarbon fuels,many POCs were not detected during sampling and analysis. Therefore,their recent effluent databases did not show reasonable potential. These POCs include Benzene,Toluene, Ethylbenzene,Xylenes,Naphthalene,MTBE and Total Recoverable Phenolics. However, DWR considers Total Recoverable Phenolics [an esthetic(organoleptic)parameter] to be less threating to the environment, and therefore hereby reduces its monitoring frequencies from Monthly to Quarterly [see permit Section A. (1.)]. The remaining POCs (listed above)will remain at the Monthly frequency(no permit limit), as they are deemed significant to ongoing facility operations considering the number of regularly reported discharges to the environment(see Table 4). Table 2 Monitoring Data Summary-Effluent(Sep2018—Jul2021) [45 Months] Parameter Max Min Average Count Units 00556- Oil&Grease 18.9 5.15 6.01 30 mg/1 22417 -Methyl Tert-Butyl Ether <1 <1 <1 12 µg/1 32730-Phenolics, Total Recoverable 40 40 40 30 µg/1 34010-Toluene <1 <1 <1 30 µg/1 34030—Benzene <1 <1 <1 30 µg/1 34371 -Ethylbenzene <1 <1 <1 30 µg/1 34696-Naphthalene <5 <5 <5 30 µg/1 00070-Turbidity 24 2.68 7.8 30 mg/L 81551 —Total Xylenes <3 <3 <3 30 µg/1 C0530 - Solids, Total Suspended 25 <2.5 7.5 30 mg/1 Table 3 —ANNUAL FLOWS in MGD (Jan2018—Jul2021)=4 1/2 years. Year Maximum Minimum Average Number of Flow Flow Flow Discharges 2018 0.097 0.0485 0.070 91 2019 0.099 0.038 0.104 125 2020 0.305 0.041 0.082 162 2021 0.119 0.0001 0.092 99 Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 2 Table 4 — MONTHLY FLOWS -Database Sep2018-Jun2021 To facilitate a reasonable potential analysis(RPA)required by EPA,DWR documents the highest reported monthly average flow as conservative to protect the environment. 2018 Average Number of Flow Discharges Per Month(episodic) MGD n Sep 0.094 15 Oct 0.079 22 Nov 0.066 25 Dec 0.056 29 2019 Average Number of Flow Discharges Per Month(episodic) MGD n Jan 0.056 30 Feb 0.132 17 Mar 0.109 2 Apr 0.140* 9 May No flow Jun 0.150 13 Jul 0.100 13 Aug 0.097 6 Sep 0.125 3 Oct No flow Nov 0.084 13 Dec 0.112 19 2020 Average Number of Flow Discharges Per Month(episodic) MGD ri Jan 0.0098 17 Feb 0.115 17 Mar No flow Apr 0.075 8 May 0.091 17 Jun 0.092 22 Jul No flow Aug 0.086 12 Sep 0.078 13 Oct 0.073 15 Nov 0.056 15 Dec 0.058 26 2021 Average Number of Flow Discharges Jan 0.076 13 Feb 0.079 20 Mar 0.113 13 Apr 0.118 8 May 0.071 21 Jun 0.108 24 *Highest Monthly Average [as required by EPA] during the last thirty-four(34)month period=0.140 MGD(Apr2019). This figure is used to evaluate reasonable potential to exceed SWQ standards [See RPA]. Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 3 Changes from the Previous Permit: For renewal,DWR has made the following changes: 1. updated facility description(see Supplement to Permit Cover Sheet) 2. updated text for WET testing [Condition A. (3.)] 3. updated facility map 4. monitoring frequencies for analytes MTBE and Total Recoverable Phenolics are hereby reduced from Monthly to Quarterly. [see above: RPA Monitor Only—Monthly vs. Quarterly. 5. increased Whole Effluent Toxicity(WET)testing frequency from Annually to Quarterly, in accord with revised statewide permitting policy to protect surface water quality. Rationale for Increased WET-Testing-During the previous permit cycle,DWR judged"Annual" WET-testing insufficiently frequent to protect surface water quality and is currently revising monitoring frequencies in all NPDES permits statewide. Therefore,this renewal reflects sampling Quarterly of an episodic discharge,Acute monitoring using Fathead Minnow(Pimephales promelas), [TAE6C] as 24-hr definitive,LC-50>100%. The previous Acute WET-test database does not demonstrate toxicity issues [Annual"pass"] for years 2019, 2020, and 2021 [See BIMS monitoring data]. This facility combines stormwater with potential product-contact wastewaters herein judged a complex wastestream discharging episodically to a local ditch under zero flow receiving-stream conditions, 7Q10 and 30Q2=0.0 cfs(IWC= 100%). Acute WET testing @ 90% effluent concentration is therefore deemed appropriate to adequately evaluate end-of-pipe short-term impacts of episodic discharges. [REF Memo: Coleen Sullins,Director,DWR, 1999]. Proposed Schedule for Permit Issuance: Public Notice (estimated): October 26, 2021 Issuance (estimated): January 12, 2022 Effective Date (estimated): February 1, 2022 NPDES DIVISION CONTACT If you have questions regarding any of the above or the attached permit,please contact Joe R. Corporon, P.G., email preferred [joe.corporon@ncdenr.gov]. NAME: DATE: 06JAN2022 Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 4 NPDES Implementation of Instream Dissolved Metals Standards-Freshwater Standards The NC 2007-2015 Water Quality Standard(WQS) Triennial Review was approved by the NC Environmental Management Commission(EMC)on November 13,2014. The US EPA subsequently approved the WQS revisions on April 6,2016,with some exceptions. Therefore,metal limits in draft permits out to public notice after April 6,2016 must be calculated to protect the new standards-as approved. Table 5. NC Dissolved Metals Water Quality Standards/Aquatic Life Protection Parameter Acute FW, µg/1 Chronic FW, Acute SW, µg/1 Chronic SW, (Dissolved) µg/1 (Dissolved) 1.1g/1 (Dissolved) (Dissolved) Arsenic 340 150 69 36 Beryllium 65 6.5 --- --- Cadmium Calculation Calculation 40 8.8 Chromium III Calculation Calculation --- --- Chromium VI 16 11 1100 50 Copper Calculation Calculation 4.8 3.1 Lead Calculation Calculation 210 8.1 Nickel Calculation Calculation 74 8.2 Silver Calculation 0.06 1.9 0.1 Zinc Calculation Calculation 90 81 Table 5 Notes: 1. FW=Freshwater, SW= Saltwater 2. calciilatio j=Hardness dependent standard 3. Only the aquatic life standards listed above are expressed in dissolved form. Aquatic life standards for Mercury and selenium are still expressed as Total Recoverable Metals due to bioaccumulative concerns(as are all human health standards for all metals). It is still necessary to evaluate total recoverable aquatic life and human health standards listed in 15A NCAC 2B.0200(e.g., arsenic at 10 µg/1 for human health protection; cyanide at 5 µg/L and fluoride at 1.8 mg/L for aquatic life protection). Table 6.Dissolved Freshwater Standards for Hardness-Dependent Metals The Water Effects Ratio(WER) is equal to one unless determined otherwise under 15A NCAC 02B .0211 Subparagraph(11)(d) Metal NC Dissolved Standard, µg/1 Cadmium,Acute WER*{1.136672-[ln hardness](0.041838)} •e^{0.9151 [ln hardness]-3.1485} Cadmium,Acute Trout waters WER*{1.136672-[ln hardness](0.041838)} •e^{0.9151[In hardness]-3.6236} Cadmium,Chronic WER*{1.101672-[ln hardness](0.041838)} •e^{0.7998[1n hardness]-4.4451} Chromium III,Acute WER*0.316 •e^{0.8190[1n hardness]+3.7256} Chromium III,Chronic WER*0.860 •e^{0.8190[1n hardness]+0.6848} Copper,Acute WER*0.960 •e^{0.9422[ln hardness]-1.700} Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 5 Copper,Chronic WER*0.960 • e^{0.8545[In hardness]-1.702} Lead,Acute WER*{1.46203-[ln hardness](0.145712)} •e^{1.273[ln hardness]-1.460} Lead,Chronic WER*{1.46203-[ln hardness](0.145712)} • e^{1.273[ln hardness]-4.705} Nickel,Acute WER*0.998 •e^{0.8460[1n hardness]+2.255} Nickel,Chronic WER*0.997 •e^{0.8460[ln hardness]+0.0584} Silver,Acute WER*0.85 •e^{1.72[1n hardness]-6.59} Silver,Chronic Not applicable Zinc,Acute WER*0.978 •e^{0.8473[ln hardness]+0.884} Zinc,Chronic WER*0.986 •e^{0.8473[ln hardness]+0.884} General Information on the Reasonable Potential Analysis (RPA) The RPA process itself did not change as the result of the new metals standards. However, application of the dissolved and hardness-dependent standards requires additional consideration in order to establish the numeric standard for each metal of concern of each individual discharge. The hardness-based standards require some knowledge of the effluent and instream(upstream) hardness and so must be calculated case-by-case for each discharge. Metals limits must be expressed as `total recoverable' metals in accordance with 40 CFR 122.45(c). The discharge-specific standards must be converted to the equivalent total values for use in the RPA calculations. We will generally rely on default translator values developed for each metal (more on that below),but it is also possible to consider case-specific translators developed in accordance with established methodology. RPA Permitting Guidance/WQBELs for Hardness-Dependent Metals -Freshwater The RPA is designed to predict the maximum likely effluent concentrations for each metal of concern,based on recent effluent data, and calculate the allowable effluent concentrations, based on applicable standards and the critical low-flow values for the receiving stream. If the maximum predicted value is greater than the maximum allowed value (chronic or acute), the discharge has reasonable potential to exceed the standard, which warrants a permit limit in most cases. If monitoring for a particular pollutant indicates that the pollutant is not present(i.e. consistently below detection level), then the Division may remove the monitoring requirement in the reissued permit. 1. To perform a RPA on the Freshwater hardness-dependent metals the Permit Writer compiles the following information: • Critical low flow of the receiving stream, 7Q10 (the spreadsheet automatically calculates the 1Q10 using the formula 1Q10= 0.843 (s7Q10, cfs) 0.993 • Effluent hardness and upstream hardness, site-specific data is preferred • Permitted flow • Receiving stream classification Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 6 2. In order to establish the numeric standard for each hardness-dependent metal of concern and for each individual discharge, the Permit Writer must first determine what effluent and instream (upstream) hardness values to use in the equations. The permit writer reviews DMR's, Effluent Pollutant Scans, and Toxicity Test results for any hardness data and contacts the Permittee to see if any additional data is available for instream hardness values,upstream of the discharge. If no hardness data is available, the permit writer may choose to do an initial evaluation using a default hardness of 25 mg/L (CaCO3 or(Ca+Mg)). Minimum and maximum limits on the hardness value used for water quality calculations are 25 mg/L and 400 mg/L, respectively. If the use of a default hardness value results in a hardness-dependent metal showing reasonable potential, the permit writer contacts the Permittee and requests 5 site-specific effluent and upstream hardness samples over a period of one week. The RPA is rerun using the new data. The overall hardness value used in the water quality calculations is calculated as follows: Combined Hardness (chronic) = (Permitted Flow, cfs *Avg. Effluent Hardness, mg/L)x (s7Q10, cfs *Avg. Upstream Hardness., mg/L) (Permitted Flow, cfs + s7Q 10, cfs) The Combined Hardness for acute is the same but the calculation uses the 1 Q 10 flow. 3. The permit writer converts the numeric standard for each metal of concern to a total recoverable metal, using the EPA Default Partition Coefficients (DPCs) or site-specific translators, if any have been developed using federally approved methodology. EPA default partition coefficients or the"Fraction Dissolved"converts the value for dissolved metal at laboratory conditions to total recoverable metal at in-stream ambient conditions.This factor is calculated using the linear partition coefficients found in The Metals Translator: Guidance for Calculating a Total Recoverable Permit Limit from a Dissolved Criterion(EPA 823-B-96-007,June 1996)and the equation: _Cdiss = 1 Ctotal 1 + { [Kpo] [ss(i+a)] [10-6] } Where: ss=in-stream suspended solids concentration[mg/1],minimum of 10 mg/L used,and Kpo and a=constants that express the equilibrium relationship between dissolved and adsorbed forms of metals.A list of constants used for each hardness-dependent metal can also be found in the RPA program under a sheet labeled DPCs. Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 7 4. The numeric standard for each metal of concern is divided by the default partition coefficient(or site-specific translator) to obtain a Total Recoverable Metal at ambient conditions. In some cases, where an EPA default partition coefficient translator does not exist(ie. silver), the dissolved numeric standard for each metal of concern is divided by the EPA conversion factor to obtain a Total Recoverable Metal at ambient conditions. This method presumes that the metal is dissolved to the same extent as it was during EPA's criteria development for metals. For more information on conversion factors see the June, 1996 EPA Translator Guidance Document. 5. The RPA spreadsheet uses a mass balance equation to determine the total allowable concentration(permit limits) for each pollutant using the following equation: Ca= (s7Q10+ Qw) (Cwqs)—(s7Q10) (Cb) Qw Where: Ca=allowable effluent concentration (µg/L or mg/L) Cwqs =NC Water Quality Standard or federal criteria(µg/L or mg/L) Cb=background concentration: assume zero for all toxicants except NH3* (µg/L or mg/L) Qw=permitted effluent flow(cfs, match s7Q10) s7Q10= summer low flow used to protect aquatic life from chronic toxicity and human health through the consumption of water, fish, and shellfish from noncarcinogens (cfs) * Discussions are on-going with EPA on how best to address background concentrations Flows other than s7Q10 may be incorporated as applicable: 1 Q 10 =used in the equation to protect aquatic life from acute toxicity QA=used in the equation to protect human health through the consumption of water, fish, and shellfish from carcinogens 30Q2 =used in the equation to protect aesthetic quality 6. The permit writer enters the most recent 2-3 years of effluent data for each pollutant of concern. Data entered must have been taken within four and one-half years prior to the date of the permit application (40 CFR 122.21). The RPA spreadsheet estimates the 95th percentile upper concentration of each pollutant. The Predicted Max concentrations are compared to the Total allowable concentrations to determine if a permit limit is necessary. If the predicted max exceeds the acute or chronic Total allowable concentrations, the discharge is considered to show reasonable potential to violate the water quality standard, and a permit limit(Total allowable concentration) is included in the permit in accordance with the U.S. EPA Technical Support Document for Water Quality-Based Toxics Control published in 1991. 7. When appropriate,permit writers develop facility specific compliance schedules in accordance with the EPA Headquarters Memo dated May 10, 2007 from James Hanlon to Alexis Strauss on 40 CFR 122.47 Compliance Schedule Requirements. 8. The Total Chromium NC WQS was removed and replaced with trivalent chromium and hexavalent chromium Water Quality Standards. As a cost savings measure, total chromium data results may be used as a conservative surrogate in cases where there are no analytical Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 8 results based on chromium III or VI. In these cases, the projected maximum concentration (95th%) for total chromium will be compared against water quality standards for chromium III and chromium VI. 9. Effluent hardness sampling and instream hardness sampling,upstream of the discharge, are inserted into all permits with facilities monitoring for hardness-dependent metals to ensure the accuracy of the permit limits and to build a more robust hardness dataset. 10. Hardness and flow values used in the Reasonable Potential Analysis for this permit included: Table 7-Parameter Value Comments (Data Source) Average Effluent Hardness (mg/L) N/A No Metals Monitoring [Total as, CaCO3 or(Ca+Mg)] Average Upstream Hardness (mg/L) N/A No Metals Monitoring [Total as, CaCO3 or(Ca+Mg)] 7Q10 summer(cfs) N/A 0.0 1 Q 10 (cfs) N/A 0.0 Permitted Flow(MGD) 0.0 Not limited Fact Sheet for Renewal January 2022--NPDES NC0000795 Page 9 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 Form U.S Environmental Protection Agency 2F co EPA Application for NPDES Permit to Discharge Wastewater NPDES STORMWATER DISCHARGES ASSOCIATED WITH INDUSTRIAL ACTIVITY SECTION 1.OUTFALL LOCATION(40 CFR 122.21(g)(1)) 1.1 Provide information on each of the facilit 's outfalls in the table below Outfall Receiving Water Name Latitude Longitude Number 001 UT to East Fork Deep River 36° 4 35.4 N -79° 55' 41.52" W 0 c� 0 ° CU O ° „ 0 SECTION 2.IMPROVEMENTS(40 CFR 122.21(g)(6)) 2.1 Are you presently required by any federal,state,or local authority to meet an implementation schedule for constructing, upgrading,or operating wastewater treatment equipment or practices or any other environmental programs that could affect the discharges described in this application? ❑ Yes ❑✓ No 4 SKIP to Section 3. 2.2 Briefly identify each applicable project in the table below. Final Compliance Dates Brief Identification and Affected Outfalls Source(s)of Discharge Description of Project (list outfall numbers) Required Projected !A C N u) 2 EL 2.3 Have you attached sheets describing any additional water pollution control programs(or other environmental projects that may affect your discharges)that you now have underway or planned?(Optional Item) ❑ Yes ❑ No EPA Form 3510-2F(Revised 3-19) Page 1 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 SECTION 3.SITE DRAINAGE MAP(40 CFR 122.26(c)(1)(i)(A)) 3.1 Have you attached a site drainage map containing all required information to this application?(See instructions for ": 2 R specific guidance.) Cl, ws c ® Yes ❑ No SECTION 4.POLLUTANT SOURCES(40 CFR 122.26(c)(1)(i)(B)) 4.1 Provide information on the facility's pollutant sources in the table below. Outfall Impervious Surface Area Total Surface Area Drained Number (within a mile radius of the facility) (within a mile radius of the facility) specify units specify units 001 8.74 acres 8.74 acres specify units specify units specify units specify units specify units specify units specify units specify units specify units specify units 4.2 Provide a narrative description of the facility's significant material in the space below. (See instructions for content requirements.) Significant materials including gasoline,diesel,jet fuel,ethanol and butane,have been onsite within the three years prior to this application. The materials have been stored within steel tanks in a diked containment area in a manner to prevent exposure to storm water. Materials come in via pipeline or truck(ethanol/butane)and are unloaded/loaded co within a covered loading rack area. The storm water runoff in the truck loading rack area is diverted to an oil water separator. The oil is sent to a product tank and hauled off site for reprocessing at another facility. The water is directed to the onsite settling pond. The storm water collected in the tank containment dike is also drained to the a onsite settling pond and then discharged through Outfall 001. There are no pesticides,herbicides,soil conditioners or fertilizers applied at this facility. 4.3 Provide the location and a description of existing structural and non-structural control measures to reduce pollutants in stormwater runoff. (See instructions for specific guidance.) Stormwater Treatment Codes Outfall from Number Control Measures and Treatment Exhibit 2F-1 (list) 001 Settling Pond (after oil water separator and tank containment dike) 1-U 001 Containment Dike around Material Storage Tanks N/A 001 Roof over Truck Loading Rack N/A 001 Oil Water Separator(after Truck Loading Rack and before Settling Pond) 1-H EPA Form 3510-2F(Revised 3-19) Page 2 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 SECTIOIII 5.NON STORMWATER DISCHARGES(40 CFR 122.26(c)(1)(i)(C)) 5.1 1 certify under penalty of law that the outfall(s) covered by this application have been tested or evaluated for the presence of non-stormwater discharges. Moreover, I certify that the outfalls identified as having non-stormwater discharges are described in either an accompanying NPDES Form 2C, 2D, or 2E application. Name(print or type first and last name) Official title Signature Date signed CD En 5.2 Provide the testing information requested in the table below. Outfall Onsite Drainage Points Number Description of Testing Method Used Date(s)of Testing Directly Observed During Test is 001 Visual 02/26/2021 Inlet/outlets to pond co SECTION 6.SIGNIFICANT LEAKS OR SPILLS(40 CFR 122.26(c)(1)(i)(D)) 6.1 Describe any significant leaks or spills of toxic or hazardous pollutants in the last three years. None. .Q U) ccs 0 0 CCS a V C in SECTION 7.DISCHARGE INFORMATION(40 CFR 122.26(c)(1)(i)(E)) See the instructions to determine the pollutants and parameters you are required to monitor and,in turn,the tables you must o complete. Not all applicants need to complete each table. 7.1 Is this a new source or new discharge? w ❑ Yes 4 See instructions regarding submission of ❑ No 4 See instructions regarding submission of estimated data. actual data. E Tables A,B,C,and D a 7.2 Have you completed Table A for each outfall? ❑✓ Yes ❑ No EPA Form 3510-2F(Revised 3-19) Page 3 EPA IderitificaUon Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST - Greensboro 1 Terminal OMB No. 2040 -0004 SECTION 5 . NON STORMWATER DISCHARGES (40 CFR 122.26(c)(1 )(i)(C)) 5 . 1 I certify under penalty of law that the outfall(s) covered by this application have been tested or evaluated for the presence of non-stormwater discharges. Moreover, 1 certify that the outfails identified as having nonstorm water discharges are described in either an accompanying NPDES Form 2C, 20, or 2E application. Name ( pri r type first and last na e) Official title r y 41/a6P-eFlPipcilf• 17gnature I Date signed vt4.04 ‘7' to a> 5 . 2 Provide the testing information requ /sted in the table below. Onsite Drainage Points Outfall Descrip) . n of Testing Method Used Date (s) of Testing Directly Observed Number Durgin Test a5 001 Visual 02/26/2021 Inlet/outlets to pond 0 c 0 1 SECTION 6 . SIGNIFICANT LEAKS OR SPILLS (40 CFR 122.26(c)(1 )(i)(D)) 6 . 1 Describe any significant leaks or spills of toxic or hazardous pollutants in the last three years . None . •Q 0 Y N J cv c� rn to SECTION 7. DISCHARGE INFORMATION (40 CFR I 22.26 (c)(I )(i) (E)) See the instructions to determine the pollutants and parameters you are required to monitor and , in turn , the tables you must o com plete . Not all a I elicants need to com . lete each table . •.+7.P (13 7 . 1 Is this a new source or new discharge? Yes 4 See instructions regarding submission of No See instructions regarding submission of estimated data . actual data . FT Tables A, B , C , and D 7 . 2 Have you completed Table A for each outfall? I Yes ❑ No EPA Form 3510 -2F (Revised 3-19) Page 3 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 7.3 Is the facility subject to an effluent limitation guideline(ELG)or effluent limitations in an NPDES permit for its process wastewater? ❑ Yes ❑✓ No 4 SKIP to Item 7.5. 7.4 Have you completed Table B by providing quantitative data for those pollutants that are(1)limited either directly or indirectly in an ELG and/or(2)subject to effluent limitations in an NPDES permit for the facility's process wastewater? 2 Yes ❑ No 7.5 Do you know or have reason to believe any pollutants in Exhibit 2F-2 are present in the discharge? ❑✓ Yes ❑ No 4 SKIP to Item 7.7. 7.6 Have you listed all pollutants in Exhibit 2F-2 that you know or have reason to believe are present in the discharge and provided quantitative data or an explanation for those pollutants in Table C? ❑✓ Yes ❑ No 7.7 Do you qualify for a small business exemption under the criteria specified in the Instructions? ❑ Yes 4SKIP to Item 7.18. ❑✓ No 7.8 Do you know or have reason to believe any pollutants in Exhibit 2F-3 are present in the discharge? ❑✓ Yes ❑ No 4 SKIP to Item 7.10. 7.9 Have you listed all pollutants in Exhibit 2F-3 that you know or have reason to believe are present in the discharge in CD Table C? ElYes ❑ No 0 7.10 Do you expect any of the pollutants in Exhibit 2F-3 to be discharged in concentrations of 10 ppb or greater? ❑✓ Yes ❑ No 4 SKIP to Item 7.12. 7.11 Have you provided quantitative data in Table C for those pollutants in Exhibit 2F-3 that you expect to be discharged in a� concentrations of 10 ppb or greater? Elcrs Yes ❑ No 7.12 Do you expect acrolein,acrylonitrile,2,4-dinitrophenol,or 2-methyl-4,6-dinitrophenol to be discharged in concentrations of 100 ppb or greater? ❑ Yes ❑✓ No 4 SKIP to Item 7.14. 7.13 Have you provided quantitative data in Table C for the pollutants identified in Item 7.12 that you expect to be discharged in concentrations of 100 ppb or greater? El Yes ❑ No 7.14 Have you provided quantitative data or an explanation in Table C for pollutants you expect to be present in the discharge at concentrations less than 10 ppb(or less than 100 ppb for the pollutants identified in Item 7.12)? El Yes ❑ No 7.15 Do you know or have reason to believe any pollutants in Exhibit 2F-4 are present in the discharge? ❑ Yes ❑✓ No 4 SKIP to Item 7.17. 7.16 Have you listed pollutants in Exhibit 2F-4 that you know or believe to be present in the discharge and provided an explanation in Table C? El Yes ❑ No 7.17 Have you provided information for the storm event(s)sampled in Table D? El Yes El No EPA Form 3510-2F(Revised 3-19) Page 4 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 Used or Manufactured Toxics E 7.18 Is any pollutant listed on Exhibits 2F-2 through 2F-4 a substance or a component of a substance used or manufactured as an intermediate or final product or byproduct? 0 `-' ❑ Yes ❑✓ No 4 SKIP to Section 8. a 0 .co 7.19 List the pollutants below,including TCDD if applicable. 1. 4. 7. co 2. 5. 8. 0 3. 6. 9. SECTION 8.BIOLOGICAL TOXICITY TESTING DATA(40 CFR 122.21(g)(11)) 8.1 Do you have any knowledge or reason to believe that any biological test for acute or chronic toxicity has been made on any of your discharges or on a receiving water in relation to your discharge within the last three years? co a ❑✓ Yes ❑ No 4 SKIP to Section 9. •N 8.2 Identify the tests and their purposes below. Submitted to NPDES Test(s) Purpose of Test(s) Date Submitted Permitting Authority? Acute Toxicity Annually Required by Permit ❑/ Yes ❑ No 02/25/2019 c Acute Toxicity Annually Required by Permit ❑✓ Yes ❑ No 02/25/2020 Acute Toxicity Annually Required by Permit ❑✓ Yes ❑ No 02/25/2021 SECTION 9.CONTRACT ANALYSIS INFORMATION(40 CFR 122.21(g)(12)) 9.1 Were any of the analyses reported in Section 7(on Tables A through C)performed by a contract laboratory or consulting firm? ❑✓ Yes ❑ No 4 SKIP to Section 10. 9.2 Provide information for each contract laboratory or consulting firm below. Laboratory Number 1 Laboratory Number 2 Laboratory Number 3 Name of laboratory/firm ESC Lab Sciences PACE Analytical-Purchased a ESC Lab Sciences CD E ti Laboratory address 12065 Lebanon Road 12065 Lebanon Road Mount Juliet,TN 37122 Mount Juliet,TN 37122 co c CD R c Phone number V (615)758-5858 (615)758-5858 Pollutant(s)analyzed Oil&Grease,Total Phenol. Oil&Grease,Total Phenol. BTEX,Naphthalene,MTBE, BTEX, Naphthalene,MTBE, Total Suspended Solids, Total Suspended Solids, Turbidity,Acute Toxicity Turbidity,Acute Toxicity,TOC, COD,BOD,Ammonia,TKN, Phospohorus EPA Form 3510-2F(Revised 3-19) Page 5 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal OMB No.2040-0004 SECTION 10.CHECKLIST AND CERTIFICATION STATEMENT(40 CFR 122.22(a)and(d)) 10.1 In Column 1 below,mark the sections of Form 2F that you have completed and are submitting with your application. For each section,specify in Column 2 any attachments that you are enclosing to alert the permitting authority. Note that not all applicants are required to complete all sections or provide attachments. Column 1 Column 2 ❑' Section 1 ❑ w/attachments(e.g.,responses for additional outfalls) ❑� Section 2 ❑ w/attachments ❑' Section 3 ❑� w/site drainage map ❑' Section 4 ❑ w/attachments ❑' Section 5 ❑ w/attachments ❑' Section 6 ❑ w/attachments ❑' Section 7 ❑✓ Table A ❑ wl small business exemption request c ❑✓ Table B El w/analytical results as an attachment .773 ❑✓ Table C ✓❑ Table D i� Section 8 ❑ w/attachments co co ❑� Section 9 ❑ w/attachments(e.g., responses for additional contact laboratories or firms) ❑� Section 10 ❑ 10.2 Certification Statement I certify under penalty of law that this document and all attachments were prepared under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system or those persons directly responsible for gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations. Name(print or type first and last name) Official title Bob Gray Operations Manager Signature Date signed EPA Form 3510-2F(Revised 3-19) Page 6 I EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05119 NCD000825547 NC0000795 KMST Greensboro 1 Terminal 1 OMB No. 2040-0004 SECTION 10. CHECKLIST AND CERTIFICATION STATEMENT (40 CFR 122 .22 (a) and (d)) 10 . 1 In Column I below, mark the sections of Form 2F that you have completed and are submitting with your application . For each section , specify in Column 2 any attachments that you are enclosing to alert the permitting authority . Note that not all_applicants are required to complete all sections or provide attachments . Column 1 Column 2 ✓ Section 1 ❑ wl attachments (e. g . , responses for additional outfalls) NI Section 2 ❑ wl attachments ✓ Section 3 ✓ w/ sitedrainage map ✓ Section 4 ❑ wl attachments ✓ Section 5 ❑ wl attachments .... I ✓ Section 6 ❑ wl attachments da) � ✓ Section 7 171 Table A ❑ wl small business exemption request y c ✓ Table B ✓ wl analytical results as an attachment 0 ✓ Table C ✓ Table D !-= � ✓ Section 8 ❑ w/attachments -0 (1) 1 Section 9 El wiattachments (e . g . , responses for additional contact laboratories or firms) ✓ Section 10 ❑ U 10 . 2 Certification Statement 1 certify under penalty of law that this document and all attachments were prepared under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system or those persons directly responsible for gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations. Name (print or type first and last name) ', Official title Bob Gray Operations Manager Signatu - Date signed • ..� EPA Form 3510-2F (Revised 3-19) Page 6 EPA Identification Number NPDES Permit Number Facility Name Outfall Number Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal 001 OMB No.2040-0004 TABLE A.CONVENTIONAL AND NON CONVENTIONAL PARAMETERS(40 CFR 122.26(c)(1)(i)(E)(3))1 You must provide the results of at least one analysis for every pollutant in this table. Complete one table for each outfall.See instructions for additional details and requirements. Maximum Daily Discharge Average Daily Discharge Source of (specify units) (specify units) Number of Storm Information Pollutant or Parameter Grab Sample Taken Flow-Weighted Grab Sample Taken Flow-Weighted Events Sampled (new source/new During First During First dischargers only;use Composite Composite 30 Minutes 30 Minutes ) codes in instructions 1. Oil and grease 18.9 mg/L 3.19 mg/L 41 2. Biochemical oxygen demand(BODs) 2.7 mg/L 1 3. Chemical oxygen demand(COD) <25.0 mg/L 1 4. Total suspended solids(TSS) 42 mg/L 9.62 mg/L 41 5. Total phosphorus <0.050 mg/L 1 6. Total Kjeldahl nitrogen(TKN) <0.50 mg/L 1 7. Total nitrogen(as N) <0.10 mg/L 1 pH(minimum) 6.34 S.U. 1 8. pH(maximum) 1 Sampling shall be conducted according to sufficiently sensitive test procedures(i.e., methods)approved under 40 CFR 136 for the analysis of pollutants or pollutant parameters or required under 40 CFR chapter I,subchapter N or 0.See instructions and 40 CFR 122.21(e)(3). EPA Form 3510-2F(Revised 3-19) Page 7 EPA Identification Number NPDES Permit Number Facility Name Outfall Number Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal 001 OMB No.2040-0004 TABLE B.CERTAIN CONVENTIONAL AND NON CONVENTIONAL POLLUTANTS(40 CFR 122.26(c)(1)(i)(E)(4)and 40 CFR 122.21(g)(7)(vi)(A))1 List each pollutant that is limited in an effluent limitation guideline(ELG)that the facility is subject to or any pollutant listed in the facility's NPDES permit for its process wastewater(if the facility is operating under an existing NPDES permit).Complete one table for each outfall.See the instructions for additional details and requirements. Maximum Daily Discharge Average Daily Discharge Source of (specify units) (specify units) Number of Storm Information Pollutant and CAS Number(if available) Grab Sample Taken Grab Sample Taken (new source/new During First Flow-Weighted During First Flow-Weighted Events Sampled dischargers only;use 30 Minutes Composite 30 Minutes Composite codes in instructions) Not Applicable-no ELGs/process wastewater limi 1 Sampling shall be conducted according to sufficiently sensitive test procedures(i.e.,methods)approved under 40 CFR 136 for the analysis of pollutants or pollutant parameters or required under 40 CFR chapter I,subchapter N or 0.See instructions and 40 CFR 122.21(e)(3). EPA Form 3510-2F(Revised 3-19) Page 9 EPA Identification Number NPDES Permit Number Facility Name Outfall Number Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal 001 OMB No.2040-0004 TABLE C.TOXIC POLLUTANTS,CERTAIN HAZARDOUS SUBSTANCES,AND ASBESTOS(40 CFR 122.26(c)(1)(i)(E)(4)and 40 CFR 122.21(g)(7)(vi)(B)and(vii))1 List each pollutant shown in Exhibits 2F-2,2F-3,and 2F-4 that you know or have reason to believe is present.Complete one table for each outfall.See the instructions for additional details and requirements. Maximum Daily Discharge Average Daily Discharge Source of (specify units) (sped units) Number of Storm1 Information Pollutant and CAS Number(if available) Grab Sample Taken Grab Sample Taken (new source/new Flow-Weighted Flow-Weighted Events Sampled During First During First dischargers only;use 30 Minutes Composite 30 Minutes Composite codes in instructions) Oil and Grease 18.9 mg/L 3.19 mg/L 41 Benzene 1.12 µg/L 0.52 µg/L 41 Ethylbenzene <1 µg/L 0.5 µg/L 41 Toluene 3.5 µg/L 0.87 µg/L 41 Phenol <50 µg/L 20.73 µg/L 41 Naphthalene <5 µg/L 2.46 µg/L 41 1 Sampling shall be conducted according to sufficiently sensitive test procedures(i.e.,methods)approved under 40 CFR 136 for the analysis of pollutants or pollutant parameters or required under 40 CFR chapter I,subchapter N or 0.See instructions and 40 CFR 122.21(e)(3). EPA Form 3510-2F(Revised 3-19) Page 11 EPA Identification Number NPDES Permit Number Facility name Outfall Number Form Approved 03/05/19 NCD000825547 NC0000795 KMST-Greensboro 1 Terminal 001 OMB No.2040-0004 TABLE D.STORM EVENT INFORMATION(40 CFR 122.26(c)(1)(i)(E)(6)) Provide data for the storm event(s)that resulted in the maximum daily discharges for the flow-weighted composite sample. Number of Hours Between Duration of Storm Event Total Rainfall During Beginning of Storm Measured and Maximum Flow Rate Total Flow from Rain Event Date of Storm Event (in hours) Storm Event End of Previous Measurable Rain During Rain Event (in gallons or specify units) (in inches) Event (in gpm or specify units) Provide a description of the method of flow measurement or estimate. There were no flow-weighted composite sampling events conducted. Only one discharge event is sampled per month. Click to go back to the beginning of Form EPA Form 3510-2F(Revised 3-19) Page 13 DRAINAGE AREAS TO OUTFALL 001: ,„..71„ c,/7 , •,. N TRUCK LOADING RACK TOTAL DRAINAGE AREA:1.22 ACRES Guilford Elem I F� TRUCK LOADING RACK TOTAL IMPERVIOUS AREA:1.22 ACRES ," j CONTAINMENT DIKE TOTAL DRAINAGE AREA:7.52 ACRES CONTAINMENT DIKE IMPERVIOUS AREA:7.52 ACRES / d4,' n �a7El TOTAL DRAINAGE AREA TO OUTFALL 001:8.74 ACRES N�1 '''e Re RUC ,op l� TOTAL IMPERVIOUS AREA:8.74 ACRES c c_ F JT 9T ti , Qp40 _ic., - N- 4\\\ JT i V4 I "1 V rwrrioIVA v,r SITE BOUNDARY `� / / \ , ri. \ \' / . / NNNNX, \\ i — Dons Henderson / / ` Nee,comersera Sth__- �� c1 .• VPt P21 c ESSNA DR o TRUCK LOADING RACK -.,0 �2 1101 IND DR �, 'Neste' D . I.I .Sudford HS TANK DIKED CONTAINMENT. o N I N ••` M1 • 2 OUTFALL 001 `°'a'1 LAT:36°4'35.4" N e° o ` 4 LONG:-79°55'41.52"W , o FLOWS TO UNNAMED TRIBUTARY 4- 4 0 �OF EAST FORK DEEP RIVER �� cQ` "."'''''''.....‹... o 9 7 \ o ,;T n� i .,,---------------. ...---... . 444 z . `Q4\b `` j C. w a m D 4.04 ��F N G q< „, O m C" . - _ ,I 1,ORNA4.111, Ay) s 0 2,000 4,000 v (FEET) _ oir 1 REFERENCE: drr^� I_ _ J Tank Containment Dike Area Y GIS BASE LAYERS WERE OBTAINED FROM THE ESRI ONLINE USGS NATIONAL TOPOGRAPHIC • d BASEMAP. THIS MAP IS FOR INFORMATIONAL PURPOSES ONLY. ALL FEATURE LOCATIONS `� Q�` Truck Loading Rack Area 2' DISPLAYED ARE APPROXIMATED.THEY ARE NOT BASED ON CIVIL SURVEY INFORMATION, Property Boundary UNLESS STATED OTHERWISE. 6 SCALE: FIGURE NO. SITE MAP 1 ° = 2,000 ' - DIDATE: I I IIIKINDER MORGAN SOUTHEAST TERMINALS - GREENSBORO I TERMINAL 2-27-21 1 6907 WEST MARKET STREET PROJECT NUMBER GREENSBORO, GUILFORD COUNTY, NORTH CAROLINA 211299C Kinder Morgan Greensboro Terminal I-NPDES Permit#NC0000795 Stormwater Analysis Summary for Period of 3/01/2016 to 1/4/2021 Analysis Pewits wit Units Monthly T55 oral eecaverable Oil and Benzene AMe Average Flow Daily Max.Discharge Total Grease Etylbenzene Toluene Nylenes Naphthalene MM. Turbidity Toxicity Month/Year sampling Date IMGDI IMGDI Im9/0 (09/0 I06/0 146/0 Ipg/LI 941/II Ip9/L9 Ip9/0 (<9/1) (MU) (%Mon4BA March 2016 3/1/2016 0.1738 0.1975 14.7 <40 <5.68 e1 <1 <5 <3 <5 N/A Na N/A April 2016 4/1/2016 0.1713 0..33 14.4 40 <5.81 <1 <i <5 <3 <5 <i NA N/A May 2016 5/4/2016 0.230E 0.2425 143 <40 <5.88 <1 el <5 . e5 N/A NA N/A June 2016 6/13/2016 0.1769 0.1789 103 <40 <5.75 <I <1 <5 <3 <5 N/A NA N/A July 2015 7/11/2016 0.1565 0.1875 38 <40 <588 <1 e1 <5 <3 N/5 <1 NA WA August 2016 N/S 0 0 N/S N/5 N/S N/S WS WS N/S WS WS N/S N/5 September 2015 9/2/2016 0.1432 0.1746 38 e40 <5.56 <1 e1 <5 <3 e5 N/A 36.4 N/A October2016 10/3/2016 0.186 0.214 27.2 <40 <6.15 <1 01 <5 <3 <5 <I 39.9 N/A November2016 N/S D D N/S N/S N/S N/s N/S WS N/5 N/S N/S N/S N/5 December.. N/S 0 0 N/S N/5 N/S N/S WS N/5 N/S WS WS N/S N/5 January2017 1/4/2017 0.169 0.216 17.6 e40 <588 1.13 <1 3.5 <3 45 <1 14 >90 February 2017 2/3/2017 811895 0.221 10.7 <40 <5.66 <1 01 <1 <3 <5 N/A 10.E N/A March 2017 N/S D D N/S N/5 N/S N/S Ws Ws N/S Ws Ws N/S N/S April 2017 N/S 0 0 N/S N/5 N/S N/S N/5 N/S N/S N/5 N/5 N/S WS May 2017 5/1/2017 0.190E 0.235 6.35 40 <558 <1 <1 <1 <3 e5 <1 115 N/A June 2017 6/19/2017 0.2426 0.2425 12 <40 <5.81 <1 <1 <1 <3 <5 N/A 143 N/A July2017 N/S D D N/S N/S N/S N/S WS N/5 N/S WS WS N/S N/5 August 2017 N/S 0 0 N/S N/S N/S N/S N/S N/S N/S WS N/5 N/S N/S 5eptember3017 N. 0 0 N. N/5 N. N/S N/5 N/5 N/s N/5 N/5 N. N/S October2017 N/S 0 0 N/S N/5 N/S N/S N/5 N/5 N/S WS WS N/5 N/S November 2017 11/16/E017 0.oe31 0.1604 Al <50 <38 41 <6 e1 4 4 <3 1.3 WA December 2017 N/S 0 0 N/S N/5 N/S N/S WS N/5 N/S N/S WS N/S N/5 January2018 N/S 0 0 N/S N/S N/S N/S N/5 N/5 N/S N/S N/5 N/S N/5 February 2018 2/5/2018 0.271 0.271 3 <40 <5.56 <1 <1 <1 <3 <5 <1 6.64 050 March 2018 N/S 0 0 N/S N/S N/s WS N/S N/5 N/S WS N/S N/S N/5 April 2018 4/4/2018 0.17 0.1954 3.2 40 <5.56 <I 01 01 <3 <5 <3 7.6 N/A May 2018 N/S 0 0 N/S N/5 N/S N/S N/5 N/5 N/S N/S N/5 N/S N/5 June2018 N/5 0 0 N/5 N/5 N/S N/S WS WS N/S WS WS N/S WS July2018 7/25/2018 0.0539 0.094E 14.7 e40 <5.68 <1 e1 e1 <3 <5 <1 258 N/A August2018 8/1/2018 0.1068 0.1101 12.5 40 <5.62 <1 <1 <1 <3 <5 N/A 14 N/A September 2018 9/14/2018 0.0937 0.037 <2.5 <40 <5.56 <1 e1 e1 <3 <5 N/A 11.5 N/A October 2016 10/1/2018 0.0791 0.0859 9.2 <40 <532 <1 01 <1 <3 <5 Si 9.59 N/A November 2018 11/1/2018 0.0558 0.0887 9.86 <40 <5.43 <1 <1 .<3 e5 N/A 8.78 N/A December 2018 13/3/2018 0.0558 0.0558 <2.5 <40 <6.02 <I <1 <1 <5 N/A 4.28 N/A January1019 1/2/2019 0.0595 0.0595 <25 e40 <5.81 <1 e1 <1 <3 <5 <1 4.77 >90 February 2019 2/5/2019 0.01326 0.1634 <2.5 <40 <5.75 <I 01 01 <3 <5 N/A 3.6 N/A March 2019 3/5/2019 0.1093 0.1093 <1.5 <40 <6.49 <1 e1 e1 <3 <5 N/A 6.31 WA April 2019 4/8/2019 91399 0.1454 <1.5 40 <5.56 <I 01 01 <3 <5 <1 2.66 N/A May 2019 N/S 0 0 N/S N/5 N/s N/S N/5 N/S N/S N/5 N/5 N/S N/S June2019 6/10/2019 0.1498 0.2252 6.4 40 18.9 <I <I <1 <3 <5 N/A 6.97 N/A July 2019 7/17/2019 0.1081 0.1081 .0 40 <5.38 <1 e1 <L <3 e5 <3 6.99 WA August2019 8/5/1019 0.0969 0.0998 736 <40 <531 <I <i <1 <3 <5 N/A 8.94 N/A September 2019 9/4/2019 0.1251 0.1251 20.5 40 <5.49 41 <1 4 <3 <5 N/A 24 WA October 2019 N/S 0 0 N/5 N/5 N/5 N/5 N/5 N/S N/5 WS WS N/S N/5 November 2019 11/4/3019 0.084 9.145 14.1 <40 <5.75 <1 e1 e1 <3 <5 <1 8.03 WA December2019 12/2/2019 0.1121 0.1646 8.5 40 <5.56 <1 <1 <1 <3 <5 N/A 83 N/A January2020 1/6/2020 0.0979 0.1459 3.6 40 <538 <1 e1 e1 <3 e5 <1 6.12 010 February 2020 2/7/2020 0.1147 0.1315 8.75 40 <531 <1 <S <1 <3 <5 N/A 13 N/A March 2020 N/S 0 0 N/S N/5 N/S N/S WS N/S N/S N/5 N/5 N/S N/5 April 2020 4/12/2020 0.075 0.075 4 40 <5.15 <1 <1 <1 <3 <5 <1 6.1E N/A May 2020 5/4/2020 0.0913 0.0935 <2.5 40 <533 <1 <1 e1 <3 e5 N/A 5.96 N/A June2020 6/2/2020 0.0921 0.0958 5.6 40 <5.56 <I 01 <1 <3 <5 N/A 5.17 N/A July-20 N/S 0 0 N/S N/5 N/S N/S N/S N/5 Ws N/5 N/5 N/S N/S August2020 8/13/2020 0.0859 0.0914 103 40 <5A9 <1 01 <1 <3 <5 <I 7.59 N/A September 2020 9/9/2020 0.0785 0.0922 10.3 40 <5. <1 e1 <1 <3 e5 <1 8.65 N/A October 2020 10/2/2020 0.0728 0.0772 12.3 40 <5.62 <1 01 <I <3 <5 <I 10.9 N/A November 2020 11/2/2020 0.0563 0.0563 10 <40 <5.49 <1 e1 <1 <3 e5 N/A 9.41 WA December 2020 12/3/2021 0.0584 0.3045 6.6 40 <5.56 <1 01 01 <3 <5 N/A 7.33 N/A January2021 1/4/2021 0.0763 0.0831 <4.18 40 <5.49 <1 01 0 <3 <5 <1 5.57 00 Number of Analyses 59 59 41 41 41 41 41 41 41 41 20 36 5 Lon¢Term Average Dolly°Inhume' 0.71 9.52 20.73 3.19 0.52 0.5 0.87 351 2 0.53 10.59 Maximum Discharge 0.271 Z .46' 0.3.5' 42 <50 18.9 1.12 <S 3.5 c4 6 <2 39.9 >90% NOT 6calculating Long Term Average Daily Discharges,I/2 of the MDL was used for those results that were below detection limits. 2.The maximum dolly discharge that occurred during the month far which the result was reponed. 3.The mwvmum total monthly discharge reported from 2015-20E1 INGO-millllon gallons per day Reported analyses are shown as BOLD. N/A.Not analyzed.Not required in previous pen.. N/5-No alscharge this month,so not sample collected. mg/L milligrams per liter m/L•micrograms per liter Greensboro News Record Advertising Affidavit Account Number 4019534 200 E. Market St Date Greensboro, NC. 27401 (336)373-7287 October 29,2021 NCDEQ-DIVISION OF WATER RESOURCES 1617 MAIL SERVICE CENTER RALEIGH,NC 27699-1617 PO Number Order Category Description 0000750077 Legal Notices Public Notice North Carolina Environmental Management Commission/NPDES Unit 1617 Mail Publisher of the Greensboro News Record Before the undersigned,a Notary Public duly commissioned,qualified,and authorized by law to administer oaths,personally appeared the Publisher's Representative who by being duly sworn deposes and says:that he/she is authorized to make this affidavit and sworn statement;that the notice or other legal advertisement,a copy of which is attached hereto, was published in the Greensboro News Record on the following dates: 10/29/2021 and that the said newspaper in which such notice,paper document,or legal advertisement was published,was at the time of each and every such publication,a newspaper meeting all the requirements and qualifications of Section 1-597 of the General Statutes of North Carolina. Billing Representative Sworn to and subscribed before me the 29th d ctober,2021. (Notary Public) Crystal • • Robinson Notary Public Commonwealth of Virginia State of Virginia Reg.No.7932290 County of Hanover My Comm.Expires June 30,2025 My commission expires: THIS IS NOT A BILL. PLEASE PAY FROM INVOICE. THANK YOU Public Notice North Carolina Environmental Man- agement Commission/NPDES Unit 1617 Mail Service Center Raleigh,NC 27699-1617 Notice of Intent to Issue a NPDES Wastewater Permit NC0000795 Greensboro 1Terminal and NC0042501 Greensboro 2 Terminal The North Carolina Environmental Management Commission proposes to issue a NPDES wastewater dis- charge permit to the person(s)listed below. Written comments regarding the proposed permit will be accept- ed until 30 days after the publish date of this notice.The Director of the NC Division of Water Resources (DWR)may hold a public hearing should there be a significant degree of public interest.Please mail com- ments and/or information requests to DWR at the above address.Inter- ested persons may visit the DWR at 512 N.Salisbury Street,Raleigh,NC 27604 to review information on file. Additional information on NPDES permits and this notice may be found on our website:http://deq.nc. gov/about/d ivisions/water- resou rces/water-resou rces- perm its/wastewater-branch/npdes- wastewater/public-notices,or by calling(919)707-3601. Kinder Mor- gan Southeast Terminals,LLC ap- plied to renew NPDES permit for the Greensboro 1 Terminal[NC0000795], 6907 W Market St,Guilford County, surface-water pollution prevention system discharging treated stormwater/wastewater to East Fork Deep River,Cape Fear River Basin. Currently Total Suspended Solids and Turbidity are water-quality lim- ited.This discharge may affect fu- ture wasteload allocations in this portion of East Fork Deep River. Kinder Morgan Southeast Terminals, LLC applied to renew NPDES permit for the Greensboro 2 Terminal [NC0042501],6376 Burnt Poplar Rd, Guilford County,surface-water pol- lution prevention system discharging treated stormwater/wastewater to East Fork Deep River,Cape Fear Riv- er Basin.Currently Total Suspended Solids,Turbidity and Benzene are water-quality limited.This discharge may affect future wasteload alloca- tions in this portion of East Fork Deep River. Permit Facility Month Day Year Parameter UoM Value NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 00070 -Turbidity ntu 11.5 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 00070 -Turbidity ntu 9.59 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 00070 -Turbidity ntu 8.78 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 00070 -Turbidity ntu 4.28 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 00070 -Turbidity ntu 4.77 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 00070 -Turbidity ntu 3.6 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 00070 -Turbidity ntu 6.21 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 00070 -Turbidity ntu 2.68 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 00070 -Turbidity ntu 6.97 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 00070 -Turbidity ntu 6.99 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 00070 -Turbidity ntu 8.94 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 00070 -Turbidity ntu 24 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 00070 -Turbidity ntu 8.03 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 00070 -Turbidity ntu 8.2 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 00070 -Turbidity ntu 6.12 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 00070 -Turbidity ntu 13 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 00070 -Turbidity ntu 6.12 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 00070 -Turbidity ntu 5.06 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 00070 -Turbidity ntu 5.17 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 00070 -Turbidity ntu 7.59 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 00070 -Turbidity ntu 8.65 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 00070 -Turbidity ntu 10.9 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 00070 -Turbidity ntu 9.41 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 00070 -Turbidity ntu 7.33 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 00070 -Turbidity ntu 5.57 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 00070 -Turbidity ntu 9.13 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 00070 -Turbidity ntu 9.96 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 00070 -Turbidity ntu 7.55 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 00070 -Turbidity ntu 3.73 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 00070 -Turbidity ntu 4.11 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 00556 -Oil & Grease mg/I 5.32 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 00556-Oil & Grease mg/I 5.43 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 00556 -Oil & Grease mg/I 6.02 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 00556-Oil & Grease mg/I 5.81 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 00556 -Oil & Grease mg/I 5.75 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 00556-Oil & Grease mg/I 6.49 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 00556-Oil & Grease mg/I 18.9 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 00556 -Oil & Grease mg/I 5.38 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 00556-Oil & Grease mg/I 5.84 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 00556 -Oil & Grease mg/I 5.49 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 00556-Oil & Grease mg/I 5.75 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 00556-Oil & Grease mg/I 5.39 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 00556 -Oil & Grease mg/I 5.32 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 00556-Oil & Grease mg/I 5.15 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 00556 -Oil & Grease mg/I 5.32 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 00556 -Oil & Grease mg/I 5.49 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 00556 -Oil & Grease mg/I 5.44 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 00556 -Oil & Grease mg/I 5.62 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 00556 -Oil & Grease mg/I 5.49 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 00556 -Oil & Grease mg/I 5.49 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 00556 -Oil & Grease mg/I 5.26 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 00556 -Oil & Grease mg/I 5.56 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 22417 - Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 22417 - Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 22417 - Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 22417 - Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 22417- Methyl Tert-Butyl Eth ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 32730 - Phenolics, Total Rec ug/I 40 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 34010 -Toluene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 34030 - Benzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 34371 - Ethylbenzene ug/I 1 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 34696- Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 34696 - Naphthalene ug/I 5 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 15 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 16 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 17 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 18 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 19 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 20 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 21 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 22 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 23 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 24 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 25 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 26 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 9 27 2018 50050 - Flow, in conduit or th mgd 0.0485 NC0000795 Kinder Morgan - Greensboro Terminal I 9 28 2018 50050 - Flow, in conduit or th mgd 0.097 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 50050 - Flow, in conduit or th mgd 0.0757 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2018 50050 - Flow, in conduit or th mgd 0.0757 NC0000795 Kinder Morgan - Greensboro Terminal I 10 3 2018 50050 - Flow, in conduit or th mgd 0.0757 NC0000795 Kinder Morgan - Greensboro Terminal I 10 4 2018 50050 - Flow, in conduit or th mgd 0.0757 NC0000795 Kinder Morgan - Greensboro Terminal I 10 5 2018 50050 - Flow, in conduit or th mgd 0.0757 NC0000795 Kinder Morgan - Greensboro Terminal I 10 9 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 10 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 11 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 12 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 13 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 14 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 15 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 16 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 17 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 18 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 19 2018 50050 - Flow, in conduit or th mgd 0.077 NC0000795 Kinder Morgan - Greensboro Terminal I 10 26 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 10 27 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 10 28 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 10 29 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 10 30 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 10 31 2018 50050 - Flow, in conduit or th mgd 0.0859 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 3 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 5 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 6 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 7 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 8 2018 50050 - Flow, in conduit or th mgd 0.0887 NC0000795 Kinder Morgan - Greensboro Terminal I 11 13 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 14 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 15 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 16 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 17 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 18 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 19 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 20 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 21 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 22 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 23 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 24 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 25 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 26 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 27 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 28 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 11 29 2018 50050 - Flow, in conduit or th mgd 0.055 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 4 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 5 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 6 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 7 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 8 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 9 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 10 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 11 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 12 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 13 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 14 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 15 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 16 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 17 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 18 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 19 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 20 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 21 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 22 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 23 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 24 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 25 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 26 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 27 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 28 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 29 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 30 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 12 31 2018 50050 - Flow, in conduit or th mgd 0.0558 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 3 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 5 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 7 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 8 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 9 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 10 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 11 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 12 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 13 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 14 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 15 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 16 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 17 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 18 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 19 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 20 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 21 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 22 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 23 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 24 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 25 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 26 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 27 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 28 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 29 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 30 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 1 31 2019 50050 - Flow, in conduit or th mgd 0.0595 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 50050 - Flow, in conduit or th mgd 0.0734 NC0000795 Kinder Morgan - Greensboro Terminal I 2 6 2019 50050 - Flow, in conduit or th mgd 0.0734 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2019 50050 - Flow, in conduit or th mgd 0.0734 NC0000795 Kinder Morgan - Greensboro Terminal I 2 8 2019 50050 - Flow, in conduit or th mgd 0.0734 NC0000795 Kinder Morgan - Greensboro Terminal I 2 14 2019 50050 - Flow, in conduit or th mgd 0.1306 NC0000795 Kinder Morgan - Greensboro Terminal I 2 15 2019 50050 - Flow, in conduit or th mgd 0.1306 NC0000795 Kinder Morgan - Greensboro Terminal I 2 16 2019 50050 - Flow, in conduit or th mgd 0.1306 NC0000795 Kinder Morgan - Greensboro Terminal I 2 17 2019 50050 - Flow, in conduit or th mgd 0.1306 NC0000795 Kinder Morgan - Greensboro Terminal I 2 18 2019 50050 - Flow, in conduit or th mgd 0.1306 NC0000795 Kinder Morgan - Greensboro Terminal I 2 21 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 22 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 23 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 24 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 25 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 26 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 27 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 2 28 2019 50050 - Flow, in conduit or th mgd 0.1634 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 50050 - Flow, in conduit or th mgd 0.1093 NC0000795 Kinder Morgan - Greensboro Terminal I 3 6 2019 50050 - Flow, in conduit or th mgd 0.1093 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 50050 - Flow, in conduit or th mgd 0.1454 NC0000795 Kinder Morgan - Greensboro Terminal I 4 9 2019 50050 - Flow, in conduit or th mgd 0.1454 NC0000795 Kinder Morgan - Greensboro Terminal I 4 10 2019 50050 - Flow, in conduit or th mgd 0.1454 NC0000795 Kinder Morgan - Greensboro Terminal I 4 12 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 4 14 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 4 15 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 4 16 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 4 17 2019 50050 - Flow, in conduit or th mgd 0.1371 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 50050 - Flow, in conduit or th mgd 0.1393 NC0000795 Kinder Morgan - Greensboro Terminal I 6 11 2019 50050 - Flow, in conduit or th mgd 0.1393 NC0000795 Kinder Morgan - Greensboro Terminal I 6 12 2019 50050 - Flow, in conduit or th mgd 0.1393 NC0000795 Kinder Morgan - Greensboro Terminal I 6 13 2019 50050 - Flow, in conduit or th mgd 0.1393 NC0000795 Kinder Morgan - Greensboro Terminal I 6 14 2019 50050 - Flow, in conduit or th mgd 0.1393 NC0000795 Kinder Morgan - Greensboro Terminal I 6 19 2019 50050 - Flow, in conduit or th mgd 0.2252 NC0000795 Kinder Morgan - Greensboro Terminal I 6 20 2019 50050 - Flow, in conduit or th mgd 0.2252 NC0000795 Kinder Morgan - Greensboro Terminal I 6 24 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 6 25 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 6 26 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 6 27 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 6 28 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 6 29 2019 50050 - Flow, in conduit or th mgd 0.1334 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 18 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 19 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 20 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 21 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 22 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 23 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 24 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 25 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 26 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 27 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 28 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 7 29 2019 50050 - Flow, in conduit or th mgd 99787 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 50050 - Flow, in conduit or th mgd 0.0954 NC0000795 Kinder Morgan - Greensboro Terminal I 8 6 2019 50050 - Flow, in conduit or th mgd 0.0954 NC0000795 Kinder Morgan - Greensboro Terminal I 8 7 2019 50050 - Flow, in conduit or th mgd 0.0954 NC0000795 Kinder Morgan - Greensboro Terminal I 8 8 2019 50050 - Flow, in conduit or th mgd 0.0954 NC0000795 Kinder Morgan - Greensboro Terminal I 8 15 2019 50050 - Flow, in conduit or th mgd 0.0998 NC0000795 Kinder Morgan - Greensboro Terminal I 8 16 2019 50050 - Flow, in conduit or th mgd 0.0998 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 50050 - Flow, in conduit or th mgd 0.1251 NC0000795 Kinder Morgan - Greensboro Terminal I 9 5 2019 50050 - Flow, in conduit or th mgd 0.1251 NC0000795 Kinder Morgan - Greensboro Terminal I 9 6 2019 50050 - Flow, in conduit or th mgd 0.1251 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 50050 - Flow, in conduit or th mgd 0.145 NC0000795 Kinder Morgan - Greensboro Terminal I 11 5 2019 50050 - Flow, in conduit or th mgd 0.145 NC0000795 Kinder Morgan - Greensboro Terminal I 11 6 2019 50050 - Flow, in conduit or th mgd 0.145 NC0000795 Kinder Morgan - Greensboro Terminal I 11 7 2019 50050 - Flow, in conduit or th mgd 0.145 NC0000795 Kinder Morgan - Greensboro Terminal I 11 8 2019 50050 - Flow, in conduit or th mgd 0.145 NC0000795 Kinder Morgan - Greensboro Terminal I 11 12 2019 50050 - Flow, in conduit or th mgd 0.0381 NC0000795 Kinder Morgan - Greensboro Terminal I 11 13 2019 50050 - Flow, in conduit or th mgd 0.0381 NC0000795 Kinder Morgan - Greensboro Terminal I 11 14 2019 50050 - Flow, in conduit or th mgd 0.0381 NC0000795 Kinder Morgan - Greensboro Terminal I 11 15 2019 50050 - Flow, in conduit or th mgd 0.0381 NC0000795 Kinder Morgan - Greensboro Terminal I 11 27 2019 50050 - Flow, in conduit or th mgd 0.0537 NC0000795 Kinder Morgan - Greensboro Terminal I 11 28 2019 50050 - Flow, in conduit or th mgd 0.0537 NC0000795 Kinder Morgan - Greensboro Terminal I 11 29 2019 50050 - Flow, in conduit or th mgd 0.0537 NC0000795 Kinder Morgan - Greensboro Terminal I 11 30 2019 50050 - Flow, in conduit or th mgd 0.0537 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 4 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 5 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 6 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 7 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 8 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 9 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 10 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 11 2019 50050 - Flow, in conduit or th mgd 0.0647 NC0000795 Kinder Morgan - Greensboro Terminal I 12 12 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 13 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 14 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 15 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 16 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 17 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 18 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 19 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 12 20 2019 50050 - Flow, in conduit or th mgd 0.1648 NC0000795 Kinder Morgan - Greensboro Terminal I 1 1 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 3 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 5 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 7 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 8 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 9 2020 50050 - Flow, in conduit or th mgd 0.0553 NC0000795 Kinder Morgan - Greensboro Terminal I 1 14 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 15 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 16 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 17 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 18 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 19 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 20 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 1 21 2020 50050 - Flow, in conduit or th mgd 0.1459 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 8 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 9 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 10 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 11 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 12 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 13 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 14 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 15 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 16 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 17 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 18 2020 50050 - Flow, in conduit or th mgd 0.1315 NC0000795 Kinder Morgan - Greensboro Terminal I 2 25 2020 50050 - Flow, in conduit or th mgd 0.0744 NC0000795 Kinder Morgan - Greensboro Terminal I 2 26 2020 50050 - Flow, in conduit or th mgd 0.0744 NC0000795 Kinder Morgan - Greensboro Terminal I 2 27 2020 50050 - Flow, in conduit or th mgd 0.0744 NC0000795 Kinder Morgan - Greensboro Terminal I 2 28 2020 50050 - Flow, in conduit or th mgd 0.0744 NC0000795 Kinder Morgan - Greensboro Terminal I 2 29 2020 50050 - Flow, in conduit or th mgd 0.0744 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 14 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 15 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 16 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 17 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 18 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 19 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 4 20 2020 50050 - Flow, in conduit or th mgd 0.075 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 50050 - Flow, in conduit or th mgd 0.0861 NC0000795 Kinder Morgan - Greensboro Terminal I 5 5 2020 50050 - Flow, in conduit or th mgd 0.0861 NC0000795 Kinder Morgan - Greensboro Terminal I 5 6 2020 50050 - Flow, in conduit or th mgd 0.0861 NC0000795 Kinder Morgan - Greensboro Terminal I 5 7 2020 50050 - Flow, in conduit or th mgd 0.0861 NC0000795 Kinder Morgan - Greensboro Terminal I 5 8 2020 50050 - Flow, in conduit or th mgd 0.0861 NC0000795 Kinder Morgan - Greensboro Terminal I 5 20 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 21 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 22 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 23 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 24 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 25 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 26 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 27 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 28 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 29 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 30 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 5 31 2020 50050 - Flow, in conduit or th mgd 0.0935 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 3 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 4 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 5 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 6 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 7 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 8 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 9 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 11 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 12 2020 50050 - Flow, in conduit or th mgd 0.0958 NC0000795 Kinder Morgan - Greensboro Terminal I 6 15 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 16 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 17 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 18 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 19 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 20 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 21 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 22 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 23 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 24 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 6 25 2020 50050 - Flow, in conduit or th mgd 0.0885 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 14 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 15 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 16 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 17 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 18 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 19 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 20 2020 50050 - Flow, in conduit or th mgd 0.0914 NC0000795 Kinder Morgan - Greensboro Terminal I 8 24 2020 50050 - Flow, in conduit or th mgd 0.0749 NC0000795 Kinder Morgan - Greensboro Terminal I 8 25 2020 50050 - Flow, in conduit or th mgd 0.0749 NC0000795 Kinder Morgan - Greensboro Terminal I 8 26 2020 50050 - Flow, in conduit or th mgd 0.0749 NC0000795 Kinder Morgan - Greensboro Terminal I 8 27 2020 50050 - Flow, in conduit or th mgd 0.0749 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 10 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 11 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 12 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 13 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 15 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 16 2020 50050 - Flow, in conduit or th mgd 0.07 NC0000795 Kinder Morgan - Greensboro Terminal I 9 25 2020 50050 - Flow, in conduit or th mgd 0.0922 NC0000795 Kinder Morgan - Greensboro Terminal I 9 26 2020 50050 - Flow, in conduit or th mgd 0.0922 NC0000795 Kinder Morgan - Greensboro Terminal I 9 27 2020 50050 - Flow, in conduit or th mgd 0.0922 NC0000795 Kinder Morgan - Greensboro Terminal I 9 28 2020 50050 - Flow, in conduit or th mgd 0.0922 NC0000795 Kinder Morgan - Greensboro Terminal I 9 29 2020 50050 - Flow, in conduit or th mgd 0.0922 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 3 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 4 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 5 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 6 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 7 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 8 2020 50050 - Flow, in conduit or th mgd 0.0679 NC0000795 Kinder Morgan - Greensboro Terminal I 10 14 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 15 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 16 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 17 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 18 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 19 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 20 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 10 21 2020 50050 - Flow, in conduit or th mgd 0.0772 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 3 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 5 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 6 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 7 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 8 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 9 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 10 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 11 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 12 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 13 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 14 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 15 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 11 16 2020 50050 - Flow, in conduit or th mgd 0.0563 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 4 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 5 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 6 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 7 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 8 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 9 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 10 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 11 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 12 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 13 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 14 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 15 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 16 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 17 2020 50050 - Flow, in conduit or th mgd 0.2423 NC0000795 Kinder Morgan - Greensboro Terminal I 12 18 2020 50050 - Flow, in conduit or th mgd 0.3054 NC0000795 Kinder Morgan - Greensboro Terminal I 12 19 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 20 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 21 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 22 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 23 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 24 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 25 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 26 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 27 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 12 28 2020 50050 - Flow, in conduit or th mgd 0.0405 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 50050 - Flow, in conduit or th mgd 0.00001 NC0000795 Kinder Morgan - Greensboro Terminal I 1 7 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 8 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 9 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 10 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 11 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 12 2021 50050 - Flow, in conduit or th mgd 0.0831 NC0000795 Kinder Morgan - Greensboro Terminal I 1 26 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 1 27 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 1 28 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 1 29 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 1 30 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 1 31 2021 50050 - Flow, in conduit or th mgd 0.0822 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 2 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 3 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 4 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 6 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 8 2021 50050 - Flow, in conduit or th mgd 0.0796 NC0000795 Kinder Morgan - Greensboro Terminal I 2 11 2021 50050 - Flow, in conduit or th mgd 0.002 NC0000795 Kinder Morgan - Greensboro Terminal I 2 18 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 19 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 20 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 21 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 22 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 23 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 24 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 25 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 26 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 27 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 2 28 2021 50050 - Flow, in conduit or th mgd 0.085 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 2 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 3 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 4 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 6 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 7 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 8 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 9 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 10 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 11 2021 50050 - Flow, in conduit or th mgd 0.1131 NC0000795 Kinder Morgan - Greensboro Terminal I 3 30 2021 50050 - Flow, in conduit or th mgd 0.1193 NC0000795 Kinder Morgan - Greensboro Terminal I 3 31 2021 50050 - Flow, in conduit or th mgd 0.1193 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 2 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 3 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 4 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 5 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 6 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 7 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2021 50050 - Flow, in conduit or th mgd 0.1182 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 50050 - Flow, in conduit or th mgd 0.0011 NC0000795 Kinder Morgan - Greensboro Terminal I 5 11 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 12 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 13 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 14 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 15 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 16 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 17 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 18 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 19 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 20 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 21 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 22 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 23 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 24 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 25 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 26 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 27 2021 50050 - Flow, in conduit or th mgd 0.08 NC0000795 Kinder Morgan - Greensboro Terminal I 5 29 2021 50050 - Flow, in conduit or th mgd 0.0439 NC0000795 Kinder Morgan - Greensboro Terminal I 5 30 2021 50050 - Flow, in conduit or th mgd 0.0439 NC0000795 Kinder Morgan - Greensboro Terminal I 5 31 2021 50050 - Flow, in conduit or th mgd 0.0439 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 3 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 4 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 5 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 6 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 7 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 8 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 9 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 11 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 12 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 13 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 14 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 15 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 16 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 17 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 18 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 19 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 20 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 21 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 22 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 23 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 6 24 2021 50050 - Flow, in conduit or th mgd 0.1084 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 8 13 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 81551 -Xylene (mix of m+o+ ug/I 3 NC0000795 Kinder Morgan - Greensboro Terminal I 9 14 2018 CO530 - Solids, Total Suspei mg/I 25 NC0000795 Kinder Morgan - Greensboro Terminal I 10 1 2018 CO530 - Solids, Total Suspei mg/I 9.2 NC0000795 Kinder Morgan - Greensboro Terminal I 11 1 2018 CO530 - Solids, Total Suspei mg/I 9.86 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2018 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 2 5 2019 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 3 5 2019 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 4 8 2019 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 6 10 2019 CO530 - Solids, Total Suspei mg/I 6.4 NC0000795 Kinder Morgan - Greensboro Terminal I 7 17 2019 CO530 - Solids, Total Suspei mg/I 10 NC0000795 Kinder Morgan - Greensboro Terminal I 8 5 2019 CO530 - Solids, Total Suspei mg/I 7.26 NC0000795 Kinder Morgan - Greensboro Terminal I 9 4 2019 CO530 - Solids, Total Suspei mg/I 20.5 NC0000795 Kinder Morgan - Greensboro Terminal I 11 4 2019 CO530 - Solids, Total Suspei mg/I 14.1 NC0000795 Kinder Morgan - Greensboro Terminal I 12 2 2019 CO530 - Solids, Total Suspei mg/I 8.5 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 CO530 - Solids, Total Suspei mg/I 3.6 NC0000795 Kinder Morgan - Greensboro Terminal I 2 7 2020 CO530 - Solids, Total Suspei mg/I 8.75 NC0000795 Kinder Morgan - Greensboro Terminal I 4 13 2020 CO530 - Solids, Total Suspei mg/I 4 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2020 CO530 - Solids, Total Suspei mg/I 2.5 NC0000795 Kinder Morgan - Greensboro Terminal I 6 2 2020 CO530 - Solids, Total Suspei mg/I 5.6 NC0000795 Kinder Morgan - Greensboro Terminal 1 8 13 2020 CO530 - Solids, Total Suspei mg/I 10.8 NC0000795 Kinder Morgan - Greensboro Terminal I 9 9 2020 CO530 - Solids, Total Suspei mg/I 10.3 NC0000795 Kinder Morgan - Greensboro Terminal I 10 2 2020 CO530 - Solids, Total Suspei mg/I 12.3 NC0000795 Kinder Morgan - Greensboro Terminal I 11 2 2020 CO530 - Solids, Total Suspei mg/I 10 NC0000795 Kinder Morgan - Greensboro Terminal I 12 3 2020 CO530 - Solids, Total Suspei mg/I 6.6 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 CO530 - Solids, Total Suspei mg/I 4.18 NC0000795 Kinder Morgan - Greensboro Terminal I 2 1 2021 CO530 - Solids, Total Suspei mg/I 6.6 NC0000795 Kinder Morgan - Greensboro Terminal I 3 1 2021 CO530 - Solids, Total Suspei mg/I 2.98 NC0000795 Kinder Morgan - Greensboro Terminal I 4 1 2021 CO530 - Solids, Total Suspei mg/I 5.38 NC0000795 Kinder Morgan - Greensboro Terminal I 5 4 2021 CO530 - Solids, Total Suspei mg/I 3.87 NC0000795 Kinder Morgan - Greensboro Terminal I 6 1 2021 CO530 - Solids, Total Suspei mg/I 4.1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 2 2019 TGE6C - Pass/Fail Static 241- pass/fail 1 NC0000795 Kinder Morgan - Greensboro Terminal I 1 6 2020 TGE6C - Pass/Fail Static 241- pass/fail 90 NC0000795 Kinder Morgan - Greensboro Terminal I 1 4 2021 TGE6C - Pass/Fail Static 241- pass/fail 1 Modifier LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESST HAN LESSTHAN GRATRTHN 2016 Generic RPA (non-hardness dependent) - 95% Probability/95% Confidence MAXIMUM DATA POINTS = 58 REQUIRED DATA ENTRY Table 1. Project Information Table 2. Parameters of Concern ❑ CHECK IF HQW OR ORW Name Type Chronic Modifier Acute PQL Units Facility Name Morgan Southeast Terminals LLC - Greensboro 1 Termir Par01 WWTP/WTP Class PC-1 Par02 NPDES Permit NC0000795 Par03 Outfall 001 Par04 Flow, Qw (MGD) 0.140 Ei Par05 Benzene C 1.19 WS 1 pg/L Receiving Stream UT to East Fork Deep River Par06 Benzene C 51 HH 1 pg/L Stream Class WS-IV:* Par07 Toluene NC 11 FW 1 pg/L 7Q10s (cfs) 0.00 Par08 7Q10w (cfs) 0.00 Par09 30Q2 (cfs) 0.00 Par10 Ethylbenzene NC 97 FW 1 pg/L QA(cfs) 0.00 Par11 1Q10s (cfs) 0.00 Par12 Xylenes, Mixture NC 670 FW 3 pg/L Data Source(s) Par13 ❑ CHECK TO APPLY MODEL Par14 Napthalene NC 12 FW 5 pg/L Par15 BIMS Jan2018-Jul2021 - Par16 MTBE (Methyl Tertiary-butyl Ether) NC 19 WS 1 pg/L Par17 MTBE (Methyl Tertiary-butyl Ether) NC 1500 HH 1 pg/L Par18 Phenolics, Total Recoverable NC 300 FW 40 pg/L Follow directions for data entry. In some cases a Par19 comment menu list the available choices or a Par20 dropdown menu will provide a list you may select - from. Error message occur if data entry does not Par21 meet input criteria. Par22 00795 Kinder Morgan RPA Oct2021- 9595 GENERIC non_hardness.xlsm, input 12/3/2021 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC0042501 KMST - Guilford (Greensboro 2) OMB No. 2040-0004 Form U .S. Environmental Protection Agency 1 EPA Application for NPDES Permit to Discharge Wastewater NPDES GENERAL INFORMATION SECTION 1 . ACTIVITIES REQUIRING AN NPDES PERMIT (40 CFR 122.21 (f) and (f)(1 )) 1 . 1 Applicants Not Required to Submit Form 1 Is the facility a new or existing publicly owned Is the facility a new or existing treatment works 1 . 1 . 1 1 treatment works? 1 . .2 treatingdomestic sewage? g If yes, STOP. Do NOT complete [7 No If yes, STOP. Do NOT No Form 1 . Complete Form 2A. complete Form 1 . Complete Form 2S. 1 .2 Applicants Required to Submit Form 1 1 .2. 1 Is the facility a concentrated animal feeding 1 .2.2 Is the facility an existing manufacturing, operation or a concentrated aquatic animal commercial, mining, or silvicultural facility that is o- production facility? currently discharging process wastewater? 1 Yes 4 Complete Form 1 No Yes 4 Complete Form ✓- No a and Form 2B. 1 and Form 2C. c 1 .2.3 Is the facility a new manufacturing, commercial, 1 .2.4 Is the facility a new or existing manufacturing, D) mining, or silvicultural facility that has not yet commercial, mining, or silvicultural facility that commenced to discharge? discharges only nonprocess wastewater? [ Yes r-) Complete Form 1 ✓ No ,7 Yes 4 Complete Form = No U) and Form 2D. 1 and Form 2E. •�' 1 .2.5 Is the facility a new or existing facility whose .' discharge is composed entirely of stormwater associated with industrial activity or whose discharge is composed of both stormwater and non-stormwater? Yes 4 Complete Form 1 Iv' No and Form 2F unless exempted by 40 CFR 122.26(b)( 14)(x) or b 15 . SECTION 2. NAME, MAILING ADDRESS, AND LOCATION (40 CFR 122.21 (f)(2)) 2. 1 Facility Name Kinder Morgan Southeast Terminals (KMST), LLC - Guilford Terminal (Greensboro Terminal 2) 2.2 EPA Identification Number 0 —1NCD083634964 CO 2.3 Facility Contact Name (first and last) Title Phone number 13 Gordon Terhune (770) 457-2507 Email address gordon_terhune@kindermorgan.com 5 aC 2.4 Facility Mailing Address Street or P.O. box 4064 Winters Chapel Road City or town State ZIP code Doraville Georgia 30360 EPA Form 3510-1 (revised 3-19) Page 1 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC0042501 I<MST - Guilford (Greensboro 2) OMB No. 2040-0004 u `3 2.5 Facility Location .0 Street, route number, or other specific identifier Q o 6376 Burnt Poplar Road v o County name County code (if known) a Guilford a) _Li City or town State ZIP code z co Greensboro North Carolina 27409 SECTION 3. SIC AND NAICS CODES (40 CFR 122.21 (f)(3)) 3. 1 SIC Code(s) Description (optional) 4226 Special Warehousing and Storage, Not Elsewhere Classified c� 0 z 3.2 NAICS Code(s) Description (optional) -a caa 493190 Other Warehousing and Storage U SECTION 4. OPERATOR INFORMATION (40 CFR 122.21 (f)(4)) 4. 1 Name of Operator Kinder Morgan Southeast Terminals (KMST), LLC ,0 4.2 Is the name you listed in Item 4.1 also the owner? 4-70 If Yes I No 4.3 Operator Status 03 • Public—federal Li Public—state — Other public (specify) o I Private Other (specify) 4.4 Phone Number of Operator (336) 855-4460 4.5 Operator Address o Street or P.O. Box E 0 6907 West Market Street co o ,z City or town State ZIP code o Greensboro North Carolina 27409 ca U Email address of operator demond_cushingberry@kindermorgan.com SECTION 5. INDIAN LAND (40 CFR 122.21 (f)(5)) = 5. 1 Is the facility located on Indian Land? co c �' Yes I ✓ No EPA Form 3510-1 (revised 3-19) Page 2 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC0042501 KMST - Guilford (Greensboro 2) OMB No. 2040-0004 SECTION 6. EXISTING ENVIRONMENTAL PERMITS (40 CFR 122.21 (f)(6)) 6. 1 Existing Environmental Permits (check all that apply and print or type the corresponding permit number for each) � NPDES (discharges to surface II RCRA (hazardous wastes) UIC (underground injection of water) fluids) �. NC0042501 w a PSD (air emissions) Nonattainment program (CM) NESHAPs (CM) 101 Fl Ocean dumping (MPRSA) FtDredge or fill (CWA Section 404) Other (specify) w CAA 02851121 SECTION 7. MAP (40 CFR 122.21 (f)(7)) 7. 1 Have you attached a topographic map containing all required information to this application? (See instructions for 0. specific requirements.) co v' Yes 1 No . CAFO—Not Applicable (See requirements in Form 2B.) SECTION 8. NATURE OF BUSINESS (40 CFR 122.21 (f)(8)) 8.1 Describe the nature of your business. This is a bulk storage and distribution facility for hydrocarbon fuels (diesel, gasoline and kerosene) that includes ethanol and butane blending operations. The terminal receives petroleum product via pipeline (gasoline, diesel and kerosene) and truck (ethanol and butane) on an intermittent basis and at certain times of the year, blends butane •� into the pipeline receipts. The terminal stores petroleum products for customers and operates a loading rack that loads the petroleum products onto transport trucks for distribution. Kinder Morgan does not own the product stored in the tanks. 0 1 co SECTION 9. COOLING WATER INTAKE STRUCTURES (40 CFR 122.21 (f)(9)) 9. 1 Does your facility use cooling water? LYes ✓, No SKIP to Item 10. 1 . tta Pa 9.2 Identify the source of cooling water. (Note that facilities that use a cooling water intake structure as described at 40 CFR 125, Subparts I and J may have additional application requirements at 40 CFR 122.21 (r). Consult with your ® � NPDES permitting authority to determine what specific information needs to be submitted and when.) U SECTION 10. VARIANCE REQUESTS (40 CFR 122.21 (f)(10)) - - - �10.1 Do you intend to request or renew one or more of the variances authorized at 40 CFR 122.21 (m)? (Check all that apply. Consult with your NPDES permitting authority to determine what information needs to be submitted and when.) c- Fundamentally different factors (CWA L Water quality related effluent limitations (CWA Section Section 301 (n)) 302(b)(2)) Non-conventional pollutants (CWA - Thermal discharges (CWA Section 316(a)) Section 301 (c) and (g)) p Not applicable EPA Form 3510-1 (revised 3-19) Page 3 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC004250 1 KMST - Guilford (Greensboro 2) OMB No. 2040-0004 SECTION 11 . CHECKLIST AND CERTIFICATION STATEMENT (40 CFR 122.22 a) and (d)) 11 .1 In Column 1 below, mark the sections of Form 1 that you have completed and are submitting with your application . For each section, specify in Column 2 any attachments that you are enclosing to alert the permitting authority. Note that not all applicants are required to provide attachments. Column 1 Column 2 V Section 1 : Activities Requiring an NPDES Permit w/ attachments I J ! Section 2: Name, Mailing Address, and Location w/ attachments v Section 3: SIC Codes LI w/ attachments l_v____ Section 4: Operator Information ' w/ attachments _v Section 5: Indian Land w/ attachments • v Section 6: Existing Environmental Permits Li w/ attachments w/ topographic - w k Section 7: Map w/ additional attachments as map in o v Section 8: Nature of Business 4 w/ attachments o F. / ' Section 9: Cooling Water Intake Structures Il w/ attachments 0 v, Section 10: Variance Requests : w/ attachments c as .. v , Section 11 : Checklist and Certification Statement I w/ attachments w 11 .2 Certification Statement I certify under penalty of law that this document and all attachments were prepared under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations. Name (print or type first and last name) Official title f. Operations Manager PLAncoY\ 56(1Q-1011 \r Sign .ti r Date signe i‘p, ,e;, Ag i 3/- I ir .., „ . Click to go back to the beginning of Form . EPA Form 3510-1 (revised 3-19) Page 4 �, , t 111 -;;� 1l Cree DRAINAGE AREAS TO OUTFALL 001 : `; �\'\' ) . /-/ ` ,' %/,-evt- - � TRUCK LOADING RACK TOTAL DRAINAGE AREA: 0.46 ACRES7 _ °:I;:2.r.- , _ TRUCK LOADING RACK TOTAL IMPERVIOUS AREA: 0.46 ACRES \ '"� -.`1 (-j /; + rt 1\ CONTAINMENT DIKE TOTAL DRAINAGE AREA: 11 .48 ACRES 1i Cf "L- _ ._ _f�" -- • • rr%r \ , _-- Sri " i CONTAINMENT DIKE IMPERVIOUS AREA: 8.96 ACRES = '`V` �'� J \ , i TOTAL DRAINAGE AREA TO OUTFALL 001 : 11 .94 ACRES 1 •' ��: ) :',• ! ` : �� TOTAL IMPERVIOUS AREA: 9.42 ACRES r 0 ) i` • • t 1 r+/ --? -. c j / , . , . • 1 , ,, 09 f // i(__ i 1. til : .-_..) ,' ,:. • ')- ./Lf •..- . . II I i ( 1 , ( ' \ I , ) i 1 - i .,., ,___., __, y, ( ,-... .z,.1 \ ' (2,.1 --- c' - ? /i .. r I <,/ if\ .*\:\1/4\ , • ,- �;� it i� ti _ Z -i , •� i ..t> t..•1 t :/IS°;7'li 1..•".":::1-_- -C.:.''r:'..4'''11:4'-I)I 4?::' t::::1 4:::.' . . I ' ' \ " • • •ti• t '� f t, ! - �� . 1 .e':Li 2,:f‘*'-'kkj„8,._.\\g‘...: Q • 4 + , _ � u r tt kr ! x f • � _ me+ r �, E J :� .� : \ i t ( ,t /' J' r -� , ~ .- ' `1ni A �� (/ , _ 4} i Doris N idi rr,-.() f ik, i ._ . r, s .. .., 0., .- \ . ; 1; ( • , , • . • . ' . ._...----- , 7 /. / i r / , t ' ." , ,'" i . "' • I t SITE BOUNDARY y' �° Intti i ' • TANK DIKED CONTAINMENT AREAS { `1`�.. '. •may•. E / '. \`. r 5 t-_ '-•fin rt., \ . cw , ��`_ t 0 _ 4C 0 G1 , - - • I _\ ' • 1. • Op ll J • ~`"A I :E ram- k v •`> f t \ �.�- rj� JJ -,,�, , mit EI. ! \� .I TRUCK LOADING ' -`-- , '� ; ' •� . ' > ". - Q RACK AREA t _ _ -. ; C •� k r ti f 111-7_.,.: ,.... 1 .-‘,..,i. ., ., 7„,./ ,1 0 . i 't.."- .0' . ‘ ". *"...., ---- .c . - ' VI I c ) aa'�1 // ?�4 � f tJ �. \ r` +` ''. i l ; f • �1 l - , �:'i� /"; • a .• per I I� - l! ��- 1•, Z r 1- f r i i , i , / t , 1 _ 1 1 �G '.' -- ._, . '; I TNNI.;:i,,,,410- 4 . • , ,. .. , , , „....„: J . ., • , , , . ,,,._ .. , .‘ C ‘ ,--• • ,1 L- 1 \-, ., i I •' •i ( ,, - i • .-.1., , , _,.... --,J i ., j ap ..,._., ..___, . , i ,i , O t,a..`� , .1��♦ 1`~1 ��_ -��',`..- t . ) . '_- •-� I I 1, ! .O a t - ,, 1 .. a • , :,.:, ..:::. .___ : " - hl • -� \.t�1. l , t 7 jr) i i II - �'' ,[ f j 1•a� i • �'1 • 'i� - I ., f�:.�....•� , . yf��—tr-` ti' 7 -. _ '1a • - + ! t ( __ .. Ap ,,jyf j-;; . ! tj r- ili '\ s' --3 y0. . r I:4:: .`cr) ✓ ri.` ..'ky i4 i t \, i , ! C.��- nr i ' �! \ ,, ..- ^\ ,-• f (: ; _i - '") i�- D /:‘(_.- s ` T":". 1 ,... . ''. — ' ) ..."--s--:" ---, ,,,,, 1 \ r-4..\\:,z, ,..„.., . ,, —a. k / . k \ I. \ ..,) . .. ._ - , _— — .3 lc-1 r'' i Ui -- o t� �=jJ'�_ ,�Y :, �• �� f - - J ,,- ri 1�;� ,_ MO , AUAY"RD • �•/ ••J /�► `' - J , \f.i- _j_�.7 1....L. .'-.—..��/ //;f .- .L11- � ` ; tt ,v' ) '' , 1 j. �. 1• l-�� i J _`?t - irr: -_ t �y "�_~ �� 1 i /i I - �a � '. CIt,'' - 1 fn• �* - `~3 rt I -- j .-../ -.'^� i / — ti` _ - - - - --- - �c . c � fT1--1 •' , ! - ,� --r" - - �'� \ t' i .. ��`, .7 1 .. , "` S �i •-' U[1J`i/itL7C f Cj� -k P t.‘ a) t fr--\* \i/ 4/:' it:t '''- \.` `.: --J\ ) 1 ';.--,•:,..., _ _ ,...;„ ____. 1 ,..‘ ,• , ...„ •••-, • • , 0 ? ; : 2 000 , 4 000 -1 �, r.,te r t / y-. , �f �, ,, ;j��i .• `\•,, ` i f- 7 k •` ,� c • . ,q r \ +: L_ • <. ft �,,, .:1 J L. 3. j .•L i 1\_I 1 _� i jJ I -273) r. \ . \ f t�. ' i / r _ + / . `i i. \.�•• _r LI --1 - '. 1 : \ a f I 1 •.� ET) w<^L~ / f '`�_1 -- i ✓ �- _ ' } f FiI. 1 1 \- �— 3 i air t, 4^• �' � : to l l i r< }.,,. , t/1 REFERENCE: '• • I •, ) tf ,; ? Tank Containment Dike Area v , � a GIS BASE LAYERS WERE OBTAINED FROM THE ESRI ONLINE USGS NATIONAL TOPOGRAPHIC i,: 'r r ., '. BASEMAP. THIS MAP IS FOR INFORMATIONAL PURPOSES ONLY. ALL FEATURE LOCATIONS ; ��i:r Ai 41)04/1 Truck Loading Rack Area 2'' DISPLAYED ARE APPROXIMATED. THEY ARE NOT BASED ON CIVIL SURVEY INFORMATION, 1 ;�� l 3 - , - _f ,v�_ f I Property Boundary UNLESS STATED OTHERWISE. 0 SCALE: FIGURE NO. SITE MAP 1 " = 2,000 ' 7 DATE: 1 ii KINDER MORGAN SOUTHEAST TERMINAL - GREENSBORO 2 TERMINAL 2-27-21 1 i. \''' IsTzt ,. __ 6376 BURNT POPLAR ROAD PROJECT NUMBER �; RNSBORO. GUILFORD COUNTY, NORTH CAROLINA 211299C - EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC0042501 KMST - Guilford (Greensboro 2) OMB No. 2040 0004 lift Environmental Protection Agency FORM A Application for NPDES Permit to Discharge Wastewater 2E %0•EPA NPDES MANUFACTURING, COMMERCIAL, MINING, AND SILVICULTURAL FACILITIES WHICH DISCHARGE ONLY NONPROCESS WASTEWATER ,ter— , SECTION 1 . OUTFALL LOCATION (40 CFR 122.21 (h)(1 )) 1 . 1 Provide information on each of the facili 's outfalls in the table below. o Outfall Receiving Water Name Latitude Longitude Number 0 001 UT to East Fork Deep River 36° 41 37.14" N -79° 561 2.26" W J 76 ° , „ ° , „ 0 p , „ ° , „ SECTION 2. DISCHARGE DATE (40 CFR 122.21 (h)(2)) Are you a new or existing discharger? (Check only one response.) c New discharger Id Existing discharger 4 SKIP to Section 3. .2 Specify your anticipated discharge date: 0 SECTION 3. WASTE TYPES (40 CFR 122.21 (h)(3)) 3.1 What types of wastes are currently being discharged if you are an existing discharger or will be discharged if you are a new discharger? (Check all that apply.) Sanitary wastes 1 Other nonprocess wastewater (describe/explain I Restaurant or cafeteria waste directly below) —I Stormwater in Dikes and in truck loading racks `. Non-contact cooling water a.a) Does the facility use cooling water additives? m • Yes ✓ No 4 SKIP to Section 4. 3.3 List the cooling water additives used and describe their corn .osition . Cooling Water Additives Composition of Additives (list) (if available to you) SECTION 4. EFFLUENT CHARACTERISTICS (40 CFR 122.21 (h)(4)) AMP 4.1 Have you completed monitoring for all parameters in the table below at each of your outfalls and attached the results to this application package? ✓, Yes 1 I No; a waiver has been requested from my NPDES permitting authority (attach waiver request and additional information) 4 SKIP to Section 5. 4.2 Provide data as requested in the table below. (See instructions for specifics.) u) Number of Maximum Daily Average Daily Source Analyses Discharge Discharge (use codes ParameterorPollutant 'w (if actual data (specify units) (specify units) per O reported) Mass Conc. Mass Conc. instructions) co cu Biochemical oxygen demand (BOD5) 1 < 2.0 mg/L 0 Total suspended solids (TSS) 56 11.9 mg/L 3.28mg/L c m Oil and grease 56 <6.25 mg/L 3.50mg/L uu Ammonia (as N) 1 <0.10 mg/L Discharge flow 59 1.019 MGD pH (report as range) 1 8.13 S. U. Temperature (winter) 1 2.3 C Temperature (summer) 1 Sampling shall be conducted according to sufficiently sensitive test procedures (i.e., methods) approved under 40 CFR 136 for the analysis of pollutants or pollutant parameters or required under 40 CFR chapter I, subchapter N or 0_ See instructions and 40 CFR 122.21 (e)(3). EPA Form 3510-2E (revised 3-19) Page 1 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/ 19 NCD083634964 NC0042501 KMST - Guilford (Greensboro 2) OMB No. 2040-0004 4.3 Is fecal coliform believed present, or is sanitary waste discharged (or will it be discharged)? Yes No =) SKIP to Item 4.5. 4.4 Provide data as requested in the table below.1 (See instructions for specifics.) Number of Maximum Daily Average Daily Source Parameter or Pollutant Analyses Discharge Discharge (Use codes (if actual data (specify units) (specif units) per reported) Mass Conc. Mass Conc. Instructions.) Fecal coliform -0 E. coli Enterococci 0 4.5 Is chlorine used (or will it be used)? U LI Yes 11_1 No SKIP to Item 4.7. 0 4.6 Provide data as requested in the table below.1 (See instructions for specifics.) Number of Maximum Daily Average Daily Source Parameter or Pollutant Analyses Discharge Discharge (use codes v (if actual data (specify units) (specify units) per = reported) Mass Conc. Mass Conc. instructions) Total Residual Chlorine i 4.7 Is non-contact cooling water discharged (or will it be discharged)? Li Yes 111 No 4 SKIP to Section 5. 4.8 Provide data as requested in the table below.1 (See instructions for specifics.) Number of Maximum Daily Average Daily Source Parameter or Pollutant Analyses Discharge Discharge (use codes (if actual data (specify units) (specify units) _ per reported) Mass Conc. Mass Conc. instructions) Chemical oxygen demand (COD) Total organic carbon (TOC) SECTION 5. FLOW (40 CFR 122.21 (h)(5)) - 5. 1 Except for stormwater water runoff, leaks, or spills, are any of the discharges you described in Sections 1 and 3 of this application intermittent or seasonal? Yes 4 Complete this section. [v No 4 SKIP to Section 6. 0 5.2 Briefly describe the frequency and duration of flow. ii SECTION 6. TREATMENT SYSTEM (40 CFR 122.21 (h)(6)) 6.1 Briefly describe any treatment system(s) used (or to be used). The materials have been stored within steel tanks in a diked area in a manner to prevent exposure to storm water. Materials come in via pipeline (gas, diesel, kerosene) or truck (ethanol and butane). The materials are loaded into cn c tanker trucks for distribution within a covered loading rack area. The truck loading rack runoff is directed to an oil water separator. The oil is sent to a product tank and the water is directed to a carbon filtration treatment system, and then is discharged to Outfall 001. The storm water collected in the containment dike located around the bulk IL" storage tanks is discharged through Outfall 001. 1 Sampling shall be conducted according to sufficiently sensitive test procedures (i.e., methods) approved under 40 CFR 136 for the analysis of pollutants or pollutant parameters or required under 40 CFR chapter I, subchapter N or 0. See instructions and 40 CFR 122.21 (e)(3). EPA Form 3510-2E (revised 3-19) Page 2 EPA Identification Number NPDES Permit Number Facility Name Form Approved 03/05/19 NCD083634964 NC0042501 KMST - Guilford (Greensboro 2) OMB No. 2040-0004 SECTION 7. OTHER INFORMATION (40 CFR 122.21 (h)(7)) 7. 1 Use the space below to expand upon any of the above items. Use this space to provide any information you believe the reviewer should consider in establishing permit limitations. Attach additional sheets as needed. 4 Co E SECTION 8. CHECKLIST AND CERTIFICATION STATEMENT (40 CFR 122.22(a) and (d)) 8.1 In Column 1 below, mark the sections of Form 2E that you have completed and are submitting with your application. For each section, specify in Column 2 any attachments that you are enclosing to alert the permitting authority. Note that not all applicants are required to provide attachments. Column 1 Column 2 I L'1 Section 1 : Outfall Location I I w/ attachments (e.g., responses for additional outfalls) tr Section 2: Discharge Date w/ attachments Li Section 3: Waste Types 1 w/ attachments a) Section 4: Effluent Characteristics w/ attachments E V Section 5: Flow wl attachments (13 ® V Section 6: Treatment System w/ attachments OW 0 Section 7: Other Information w/ attachments IS-0 Section 8: Checklist and Certification Statement 1. w/ attachments 8.2 Certification Statement I certify under penalty of law that this document and all attachments were prepared under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations. Name (print or type first and last name) Official title S clOwc. Operations Manager Signature Date signed g3/4 ( 3 Click to go back to the beginning of Form EPA Form 3510-2E (revised 3-19) Page 3