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Home My WebLink AboutNCS000057_Renewal Application_20110909.. W- September8, 2011 CHEMICAL SPECIALTIES, INC. Mr. Bradley Bennett Supervisor Stormwater Permitting Unit 1617 Mail Service Center Raleigh, NC 27699-1617 B !vN Subject: NPDES Stormwater Permit Coverage Renewal SEP 0 9 2011 Chemical Specialties Inc Permit Number: NCS000057 19MR•WATEROOA lTy WMANDSAND STONINATER BRANCH Dear Mr. Bennett: Please find enclosed Chemical Specialties Inc. (CSI) stormwater permit renewal application package. Included in this package are 2 copies of the following: • Site maps: SP-000-01, SP-000-02, DRAIN 2008, DRAIN 2008-2 • Summary of Analytical Monitoring results • Summary of Visual Monitoring results • Summary of Best Management Practices • Narrative describing changes in industrial activities • Certification of the development and implementation of Stormwater Pollution Prevention Plan CSI would like to request that the benchmark values for copper and zinc be increased. CSI has performed an analysis of its rainwater and Cu and Zinc are both contained in the rainwater. Copper is contained in rainwater above the benchmark. Please see the table below for the current benchmark, average stormwater results, rainfall and groundwater data. Benchmark Outfall Outfall Rainfall Groundwater Proposed (ppb) #1 Avg #2 Avg (ppb) Benchmark (ppb) (ppb) (ppb) Zinc 67 270 216 31 172 300 Copper 7.3 38.5 62.3 124 Not tested 150 The Rocky River does not have any TMDLs established for copper or zinc. CSI has implemented a variety of BMPS for copper and zinc without much change on the stormwater results. PO Box 1330.5910 Pharr Mill Road • Harrisburg, NC 28075 •704-455-5181 Main Fax 704-455-6507 • Purchasing and Transportation Fax 704-455-5987 Lab Fax 704-455-1123 • Accounting and PoleCare Fax 704-455-1940 Engineering Fax 704-454-5348 Zinc • Zinc production area is under roof. • All product storage areas have secondary containment and secondary containment waters go to waste water treatment. • Zinc oxide raw material bags are placed in plastic bags prior to disposal in compactor. • June 2011: due to reduction in site nonhaz waste, compactor has now been removed and replaced with covered dumpster. Cooper • 2012: Planned relocation of ACQ-C1 production under roof pending capital expenditure approval ($450K) • June 2010: began using roll off with metal lid for storage of used ACQ filters. • June 2010: began rinsing ACQ filters prior to disposal and placement in roll -off boxes to remove copper content and hence reduce volume and toxicity associated with potential copper discharges • March 2010: Repaired (poured new concrete over existing secondary containment structure) secondary containment for Copper Count N production area • March 2010: Coated secondary containment structure for T-251 & T-253 • Main drive improvements were completed in 2006 to completely pave the main drive, curb and establish catch basins which are routed to the WWT system. It is also concerning that the benchmark for copper is lower that actual rainwater results. CSI is concerned that the current benchmarks are unattainable. If you have any questions or need additional information please contact Jonna Stein at 704-455-4171 or ionnas@chemspec.com. Thank you for your consideration of this issue. Sincerely, Jonna A. Stein Safety, Health and Environmental Manager Analytical Monitoring Summary Chemical Specialties Inc. NCS000057 Outfall No. 001 _ 5/4/2007 4/28/2008 11/14/2008 5/6/2009 11/10/2009 5/17/2010 12/1/2010 7/6/2011 Average PH -- - 7.49 - -- 5.9 7.02 7.4 6.77 7.49 7.18 7.21 7.06 TSS mg/I 8.8 34.7 36 5 79.0 ND 8.5 67.7 34.2 COD g � 56.5 38 � ND 41.0 36.0 48.0 ; 57 l 47.5 Total As mRI _ 0.023 0.0266 6.031 0.0198 0.02 1 0.0096 0.028.6 0.032 1 0_.0_2_3_8_ Total Lea d/I � ND 1 ND ND � ND ND ND ND - ND Total Zinc mg/I 0.32 0.181 0.284 0.214 0.300 0.2020 0.417 _0.239_r 0.2696 Total Copper 0.011 0.0454 1 0.0568 0100 8 0.0508 r 0.0504 0.0286 0.0542 0.0385 mg/1-_ Total ow MG 0.110 0.703 0 007 0.721 0.844 0.270 0.450 -� 0.0350.393 Outfall No 2. PH__ NA NA 7.38 6.62 6.74 6.92 7.83 6.92 7 07_ - - TSS m /I ! NA NA 41.6 55 66 23.2 11 0 3 5 5.6 23.4 --- - - - COD mg/I I NA NA _ ND 1 ND _ 28.0 34.0 r 74 0 54 47.5 Total As m /I NA i NA ND ND ND 1 0.0528 0.0115 0.0113 1 0.0252 - -- -- - - i NA ND ND ND ND + ND MD Total Lead m�/I _ NA I Total Zinc m�/I NA NA 0.202 0.161 0.074 0.'L550 0.25 0.356 0 2163 ---- - r---- , . -._ _ -- --._ - - Total Copper NA NA 0.0473 0.0503 0.0296 0.0466 0.0971 0.103 0.0623 mg/I ------ - ----- Total Flow MG NA NA 0.007 0.721 0.844 0.270 0.450 0.035 0.388 stormwater results history for permit renewal.xis ;. =o 0.341 0.u33i _ U, 06�i 3j3-6,c 0.S- M x - A £,- -, f 5/4/2007 4/28/2008 Outfall _D_escriit'wn_ -_ _Ditch/Creek Light _ __Ditch Amber (from ciir Color brownish/yellow and suspended solids)___ _ Odor None _ -_ Clarity_ - _ 4 _None 4 _ Floating Solids Suspended Solids _ 4 Foam 4 Yes (turbulence Oil sheen ----------- No No Deposition ----- - No - ----- No Erosion j No Other Indicators of _No II No _ No Pollution Outfall #2 Outfall Description NA NA Color NA NA Odor Clarity- _NA NA ? NA __ Floating Solids NA NA Suspended Solids _ NA NA Foam NA __ Oil sheen NA De osition NA NA _ Erosion NA _ + NA _s of Other Indicator NA _ NA Pollution Summary of Visual Monitoring Chemical Specialties Inc 11/14/2008 5/6/2009 11/10/2009 5/17/2010 12/1/2010 7/6/2011 Ditch Ditch Ditch Ditch _ _DitchDitch Light yellow Clear Clear Clear Clear Clear to light None _ —None _- _None None None None _ 2 ._ .__ _ 2 _ 3_ - 1 2 _ -r - --- !— 2----2 1 1 t- 1-- Z-T-- Yes _ _ No No Yes No N_o__ _ No - r- -_ No No_ _ No N_o No T No -_ No No No No No No No No No No No No i Pipe Pipe _ Pipe Pipe Pipe Pipe Clear Clear Clear Clear. _ Clear Clear None None_ ;_ None None None None 2 1 i 1 1 No No �_ No No 1 No- - - No No - No _ No No No i _ No No__ No No No ; No No No No No No I No_ I. No—�— No No No No No stormwater results history for permit renewal.xls Supplemental Information Chemical Specialties Inc NCS000057 Item # 4. Best Management Practices Utilized at the Facility Because CSI is a chemical manufacturer, most of the facility Best Management Practices (BMP) revolve around the concept of minimizing chemical contact with stormwater. In that effort, the CSI facility uses the following BMPs: • Indoor storage of product and raw materials where practical. • Redundant tank level indication. • Indoor & outdoor tank storage has secondary containment. • Inorganic secondary containment stormwater goes to WWT system. • Wood preservative secondary containment stormwater is collected and returned to the operating process. • Preventative maintenance to minimize leaks and drippages from the piping systems. • Tanker, railcar and hose inspection program. • Full tanker parking area drains to a lined spill lagoon which is part of the WWT system. • Concrete paved driveways sloped to catch basins which are piped to lined spill lagoon which is part of WWT system. • Series of stormwater system drains to minimize erosion • Series of stormwater gate valves to divert stormwater from river in the event of a spill. • Curbing and riprap to minimize impact of sheet flow • Railside track pans • No on -site maintenance of trucks or vehicles • Curbing along the south side of driveway to contain potential tanker leaks/spills. • Nonhaz waste minimization program decreased waste generation from 48 tons to 12 tons/year due to recycling effort and less waste such as raw material product storage bags was placed in dumpsters. • Oil water separators to collect oil from air compressors to eliminate possible oil contamination to stormwater. • Written operating procedures and operator training. • Spill kits with drain blankets. • Semi-annual inspection of secondary containments and stormwater collection drains and production areas. • Annual employer stromwater training. Please find attached a table indicating materials manufactured, handled or stored and the associated BMP for each specific product. This table is intended to comply Item # 4 on the Supplemental Information Checklist. Item # 5. Changes in Industrial Activity Chemical Specialties Inc is a chemical manufacturer that produces inorganic products for industrial and agricultural applications and wood preservatives. Inorganics include metal nitrates such as calcium, magnesium, aluminum, manganese, copper, lithium and zinc. Metal chlorides including aluminum, magnesium, zinc and manganese are also produced. Other products produced by the inorganic branch of the business also include metal acetates, such as magnesium, lithium and zinc. While product mix does vary the product offering in this product line has remained relatively constant since the last permit issuance. Wood preservatives manufactured include chromated copper arsenate (CCA), arsenic acid, alkaline copper quaternary (ACQ), DBlaze fire retardant (phosphor -ammonium boron compound) and water repellants (wax based products). While these products have been manufactured or handled at the facility for many years the wood preservative industry is transitioning from metal based chemistries to organic based chemistries based on biodegradable biocides called ITAs or chloroisothiazolinones. Hence the volumes of CCA and arsenic acid are decreasing with launch of the new organic products. The production of these organic based products includes the storage and handling of new organic chemicals including; Dowanol, Tergitol, Texanol, castor oil and derivatives, emulsifiers and the organic pesticides Imidicloprid and Tebuconazole. z Supplemental Information Required for a Renewal of Individual Stormwater Permit BMP Summary Chemical Specialties Inc. NCS000057 Material Storage Location Usage Qty Stored BMPs Utilized Arsenic trioxide bags Indoor Waste Bags washed 3 times. Material stored indoors. Stored outside and under roof. NA Equip. is deconed prior to storage. Abandoned equipment Used equipment/Bone yard Varies New storage shed in bone yard (2009) to minimize contact with rain and major equipment cleanup. Stored outside in tanks w/ secondary containment. Acetic Acid Indoor & outdoor tanks Raw 40,000 Ibs Stormwater back to process. Material Containment repairs made in October of 2010 during scrubber installation. Main production areas/storage ACQ Tank farm that is under roof Product <500,000 under roof with secondary containment. High volume of Ibs tankers transported across site. Stormwater back to process. Tanks have secondary Ammonia 19% Raw containment. Stormwater back to (ammonium hydroxide) Outside tank storage Material 90,000 Ibs process. Containment repairs made in October of 2010 during scrubber installation. Ammonium Chloride Solid Indoor Raw Material <20,000 Ibs Stored inside in bags s Antifoam (silicone) Indoor & minimal outdoor Raw Material <100,000 Stored inside in drums but used outside in areas with secondar/ & Ibs I I containment. Small volumes Material Storage Location Usage Qty Stored BMPs Utilized Product transferred. Arsenic acid Indoor & outdoor (some process Product <1 000,000 Stored outside in tanks under roof 4 w/secondary containment. All tanks not under roof) Ibs stormwater back to process. Arsenic Trioxide Indoor & Outdoor Raw <1 000,000 Stored outside in silos within containment. Bags stored indoors. Material Ibs All stormwater back to process. Boric acid Indoor & outdoor Raw Stored inside. Only in small Material 70,000 Ibs volumes outside. Carbon Dioxide Raw Stored outside in tanks but Raw mat'Vindoor & outdoor Material 60,000 Ibs becomes gas at ambient temp and pressure Stored inside and outside in tanks CCA) Indoor & outdoor Product 000,000 w/containment. Some tanks under Ibs roof. All stormwater back to process. Chromic acid Indoor Raw < 500,000 Stored inside in drums Material Ibs Copper Ammonium Outdoor Product 575,000 Ibs Stored outside in tanks w/ Carbonate (Compsol) secondary containment. All stormwater back to process. Stored outside in tanks w/secondary containment. Small consumer commodities stored Copper Count N (Copper Ammonium Indoor & outdoor Product <99,000 Ibs inside. All stormwater back to process. Containment repairs Acetate) made in October of 2010 to containment during scrubber installation. Copper metal Indoor & outdoor Raw Material 120,000 Ibs Usually stored indoors but sometimes outside. Material Storage Location Usage Qty Stored BMPs Utilized Rinse filters prior to disposal to minimize chemical content. Use hard topped covered roil -offs to Copper wastes Indoor & outdoor Waste 30,000 lbs. minimize contact with rain. Curbing and containing area where roll -off is stationed. Routine inspection by operations. Stored outside in tanks w/ D-blaze Outdoor Product 100,000 Ibs secondary containment. Stormwater back to process. Dowanol (Product to be eliminated at end of Raw Stored in tank farm with roof and 2011 due to Outdoor Material 100,000 secondary containment. discontinuation of Stormwater back to process. Ecovance Filter media (diatomaceous earth, Indoor & minimal outside (spill kits) Raw 60,000 Ibs Stored indoors. Spill kits covered clay) Material w/plastic Fuel oil Outdoor Fuel Oil <10,000 gal Stored outside in double wall tank. Hydrated lime & Outdoor & minimal indoor storage Raw 350,000 Ibs Stored outside in silos. Hydrated Calcium Hydroxide solid of bags Material lime area drains to WWT. Stored outside in tanks Hydrochloric Acid Outdoor Raw Material 300,000 Ibs w/secondary containment structure. All captured SW to WWT. Hydrogen Peroxide Outside Raw Material <100,000 Ibs Tank has secondary containment. Imidacloprid & Tebuconazole Indoor Raw Material 50,000 Ibs Stored indoors. Magnesium Hydroxide Outdoor Raw Material 850,000 Ibs Tank has secondary containment. Stormwater to WWT. Material Storage Location Usage Qty Stored BMPs Utilized Reactors controlled with weigh Metal Acetates (Mg, Li & cells and PLC. Outside area Zn) Indoor & outdoor Product 180,000 Ibs sloped to drains All stormwater drains to WWT system. Totes stored indoors. Operator training Metal Carbonates (Cu, Indoor Raw <100,000 Li, Mn, Na) material Ibs Stored inside in containers. Reactors controlled with weigh Metal Chlorides (Al, Mg, Zn, & Mn) Indoor & outdoor Product 900,000 Ibs cells and PLC. Outside area sloped to drains All stormwater drains to WWT system. Totes stored indoors. Operator training. Reactors controlled with weigh Metal Nitrates (Ca, Mg, Al, Mn, Cu, Li, & Zn) Indoor & outdoor Product 1,670,000 lbs cells and PLC. Outside area sloped to drains All stormwater drains to WWT system. Totes stored indoors. Operator trainin . Containers stored inside. Zinc Metal Oxides (Cu, Al, Raw 1,060,000 oxide empty raw material bags Mg, & Zn) Indoor Material Ibs are placed in plastic bags prior to disposal in com acter. Stored in tank farm that is under Monoethanol-amine Indoor & outdoor Raw <1,000,000 roof with secondary containment. Collected water goes back to Material Ibs process. Smaller containers stored indoors. Nitric Acid Indoor & outdoor Raw 500,000 Ibs Tank has secondary containment. Material Stormwater goes to WWT. Bulk storage tanks under roof with Raw secondary containment. Most Oils and waxes linseed, ( Indoor and outdoor Material <100,000 production indoors. Some mw 2, castor, pine) & Ibs containers stored inside but used Products outside in areas wlsecondary containment. Oxygen Indoor & outdoor Raw Material 65,000 Ibs Stored outside in tank but becomes gas at ambient temp and pressure. Material Storage Location Usage Qty Stored BMPs Utilized Raw Stored outside in tank with Phosphoric Acid Indoor &outdoor Material 80,000 Ibs secondary containment. Stormwater goes to WWT. Preact (Zinc Ammonium Outdoor Stored outside but all stormwater Chloride) Product 20,000 Ibs goes to WWT system. Outside storage is in tank farm Quaternary Ammonium ry Compounds (Q-50C, Q- Indoor and Outdoor Material <1,000,000 that is under roof with secondary containment. Collected water goes 5097, CTAC) & Product Ibs back to process. Smaller containers stored indoors. Raw <100,000 Stored outside in tanks but all Sodium Hydroxide Outdoor Material Ibs stormwater goes to WWT system. (Isothiazolinones or Raw ITAs) Bulk storage in indoor tanks Material <500,000 w/containment. Containers stored Supatimber HE 14, Indoor & Ibs indoors. Process area indoors. Moldex 45, DCOIT Product Tergitol (Product to be eliminated at end of Stored in tank farm under roof with 2011 due to Outdoor Raw 100,000 Ibs containment. All stormwater goes discontinuation of Material back to process. Ecovance) Texanol (ester alcohol) Product to be eliminated Stored in tank farm under roof with at end of 2011 due to Outdoor Raw <100,000 containment. All stormwater goes discontinuation of Material Ibs back to process. Ecovance) Timber rubbish & debris (PPE & misc. debris) Waste material/indoor Waste 24,000 Ibs. Stored indoor in containers. Timbersaver (disodium Indoor Product <100,000 Ibs Stored inside octaborate tetrahydrate) I Material Storage Location Usage Qty Stored BMPs Utilized Ultrawood Indoor &outdoor Product <100,000 Ibs Stored outside in tanker trucks in full tanker parking area. Transfers performed in contained area. Most pallets stored on recycle trailer. Some stored outside. Waste Multiple Product contamination should be Wood pallets Recycled indoor (trailer) & outdoor minimal. Pallets decontaminated prior to recycling. Stormwater from area collected to WWT. 4. TON ,. a. -I PREVENT TION PIS AN , ...,.. N-D.1"'M-PE.'1IEITATIN :�.E'VELl—P.�h' . t � ��yR'�'�Fr�ATI�►N n•Y North Carolina Division of Water Quality - Stormwater Permitting Unit Facility Name: Chemical Specialties Permit Number: NCS000057 Location Address: 5910 Pharr Mill Rd Harrisburg, NC 28075 County: Cabarrus "I certify, under penalty of law, that the Stormwater Pollution Prevention Plan (SPPP) document and all attachments were developed and implemented under my direction or supervision in accordance with a system designed to assure that qualified personnel properly gather and evaluate the information required by the SPPP. Based on my inquiry of the person or persons who manage the system, or those persons directly responsible for gathering the information, the information gathered is, to the best of my knowledge and belief, true, accurate and complete." And "I certify that the SPPP has been developed, signed and retained at the named facility location, and the SPPP has been fully Implemented at this facility location in accordance with the terms and conditions of the stormwater discharge permit." And "I am aware that there are significant penalties for falsifying information, including the possibility of fines and Imprisonment for knowing violations." Or is to ermit si ato requirements - a"r6tuM this Cerfificahon. DO NOT g. QN P N WITH THIS CERT.kE ON. y�'S•.. /! ,.t. � ��'� .,,'• ...i � i ....-�.....SvQ'�.i .:•�:.,.'�f.'.:..iR.s(. �%r.r.... ..7.�,.. ,...v-.rr.... Signature Print or type name of person signing above Date �5 Title SPPP Certification 5/09 r i I 1 I i 3 i 5 , { ( 9 ; 1 1 I. ai - 161 i( 18� 191 201 21 22 231 24 { 25 26 2_ 2� 29 3n I` - - - -- PLANT N ORTH TRUE NORTH .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. OUTFALL #2 <__ 4- EMERGENCY SHUTOFF VALVE x X-x-x-x-X-x-x-xx- TRUCK SCALE TS-004 G-004 .. ®� lid ® l GRAVEL ROAD 4 EA,11.', - -A PIPES, ABOVE GROUND ♦♦��♦♦:�/ ..-1-�!!r!!r!!!rrlrlr!!r!r!lrrr!!rrlrlr rrrrrrrrrrrrlrrr!lrrrrrrrrrrrrrrrrrlrlrlrrlrlrrrrlrrrlr!!r-!!rlrr!!!!!!rlrrrlrlrrr!!!r!!!!!rr—!!llnmm�„yl--�-�=-�-1+-■ /� .♦�� a w rrG rar �i , •�, DADA =--____ e gal --• tl`Y■ t r v t ! rrrrrrinr!!r! ` �a �„ t -. . - �- ■ �. �. a.+rr—rrlrr!!!!!!r!r!!!!!!!!!r!r!!rlrrrrrrrrrlr , I o�: :... ,� � ►, - -; � III: � �:;]I . , _ � _ ♦ � .. ♦. ♦ j��r ♦. :: 'I ,:� iI �� IIIIII��'lll® :: nlllli��nw _� �1:. ®` � ♦♦♦� +� � ♦ �:� I .:, � -- . ` II � - � - IIII' _:...I „ - II :, i '1■i■■O■I� I IIII : • � ; ; �►.♦+♦� � �i��l �II'V�II♦+♦ - �� ' � � II � ® � � � 1 . I I IIIIL�raI ;, � � ♦ f1�1,�;� III --III III-i�I - :: I �• � 1 � � ,: 0 T-� T-405 T-404 _L2 NiS 12 2c-zl 0 tiV PB-4 10 \\ BLDG 'COR GND / '\ (5» I ►„!♦,,♦,` . .• _.,�'-may �I � � � � ®I I I i■JI� —„ I� 1 ' '' III ;�� ° �: ::,: ' .,II„ ' . , --- ��♦�► w'"S♦♦� ♦�♦♦� - ilk iU® `�♦♦♦♦!!!• � � � Iillllll �`J �/0 - � = ® I _ � I •� ililllllllillllll I ■ MA MAP a Are Ar IV, spiq Eli IFWN -002 TRUCK SCALE TS OVA MA OWN 541 ��♦+♦+♦+♦� � ' 411t ♦.�' I ♦� tire � � ,,._� t , I, ,,♦, . .- :. � � III ' ♦ ♦ '!!♦!! �� . I �i+i+i+i+l+i+♦+i+♦+♦+i+i+i+l+♦+i+l+l, I �+i+♦++i'-♦+i+i+i+i+i+i+i+i�.�+♦ : BLUE (UNDERGROUND STORMWATE:R LINES) RED (TO LINED LAGOON) SWAIL DITCH TO RIVER IF CLEAN IF NOT BACK TO PROCESS TO WASTE WATER TREATMENT (WWT) TO RIVER IF CLEAN If NOT BACK TO WWT TO PROCESS UNDER R00F STORM- DRAIN TO RIVER A/C BLDG 7 UNIT UMT A/C UNIT Y3LDG COR GND �l w I�m♦♦♦••w'9w•♦w♦Ed0ON ♦w4 ♦110.=♦, ' T-600 BLDG WARAMIM ♦ ♦♦ ♦♦♦ ij,♦,♦+♦,♦,♦,♦,♦� ♦,♦,+�++♦,♦+♦�+�♦,♦ ��EXISTING ji I ENGINEERING BUILDINGX\., ♦♦♦♦♦ ♦! ♦♦♦ �I ♦♦♦♦♦♦�►♦ .. MEN ------------------- ------------------ ------ - GRASS T13 STORMWATER GRAVEL ROAD WOODS GGNG PAo EMERGENCY WT-OFF VALVE 7 �♦L AS DRAWN AS DRAWN CONTINGENCY PLAN REVIaIONS AS --BUILT PER 2006 4 REVISED SPILL KIT LOCATIONS SITEPLAN 2004 UPDATE SITEPLAN 2002 UPDATE 1 AS PER COMMENTS (D.C. PRELIMINARY NO. REVISIONS TP D-1 BLDG OR (D_ TWO-WAY TRAFFIC 00 OOOOO0000000000 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 18 1902 21 22\ 3 24 25O 6027028 n29O300 31 5 6 ., O 00000 �/ O x Ll 0 .:_O 00��000000000 ° 2 3 4 5 6 7 8 9 10 11; 12 13 14 15 y EXISTING GRAVEL ROAD 1__A 1 H 4.3 K W L M N 0 1 O CHEMICAL HARRISBURG, CS1 SPECIALITIES, INC. NORTH CAROLINA --- 8 04 11 WLM JS 3/19/10 TBC JS 8 14 09 TBC JS 9/19/06 DSW JS CSI MASTER SITE PLAN F DRAINAGE WASTE WATER ROOF J 8c UNDERGROUND STORM WATER _. T 6/23/06 DSW TR ,/13/04 DSW TR 0/23/02 DSW HH 1 /17/00 DSW H H MRD CAD NO. DR AIN2008- SCALE N. T. S. DATE 11/01/95 i/9/00 DSW P F 7- PROJECT NO. ��ITE - DRAWING NUMBER DRAIN-2008-2 REV. 8 DATE BY :Y:D 21 31 41 51 6 7 j 8 1 9 1 ill 1 131 141 15 GRATING EXIST. 8" PVC FROM RAIL UNLOADING OVERFLOW RIP --RAP ROCK BALLAST WASHED STONE TO TOP QF R.R. TIE ELEV. PLATE TO SEAL � TOP OF C.B. PLANT NORTH 8"D.I. PIPE -EXIST 12"RCP 18" DRAIN TO 16 �,, 20'X12' TRACK PANS TO DRAIN _ _ / UNDER TRACK TO`1O TRUE NORTH NEW 24"X36" CATCH BASIN W/T.F. ROOF DRAINS y NEW 12" RCP TO 20 DRAIN FROM ACQ PRODUCTION AREA TIES IN UNDERGROUND OUTFALL #2 EMERGENCY SHUTOFF VALVE DE T AII_ (SECTION VIEW; INTO TANK FARM CONTAINMENT /8" D.I. PIPE W/12" GRATE AT EL.2'-O" BELOW TOP OF TANK FARM WALL F-RENCH DRAIN TO TEI-IN TO F-IST.8" D.I. DETAIL #4 (SECTION VIEW) / STONE `o�Ogfl 0 �_FABRIC ao m 6" FLEX DRAIN- DETA L #131 NEW FRENCH DRAIN AT EDGE OF ASPHALT CUT r' i i 12" RCP & NEW CATCH BASIN 2;.; ' : I z .', Z25� 2� 27' 8 291 --- LiNES TO WASTE WATER TREA MENT SPILL SUPPLIES LISTING A OVEGROUND STORMWATER ,RAINS ROOF DRAINS) LOCATION A. MAIN DOCK BLDG. 14 - (ONE DRUM WITH PADS AND ABSORBENT PIGS) USW UNDERGROUND STORMWATER TO WWT VIA LINED LAGOON B. NORTH END S-8 BLDG 1 (TWWO DRUMS WITH ABSORBENT PADS AND PIGS) STORM WATER LINES TO RIVER C. SPILL SUPPLIES BLDG. #17 (ABSORBANT CLAY, REDUCING AGENTS,NEUTRALIZING CHEMS, SHOVELS AND SQUEEGEES) D. SPILL KIT #3 DRIVEWAY (ONE DRUM WITH CLAY ABSORBENT PADS AND PIGS) 0--- UNDERGROUND STORMWATER E. #4 WAREHOUSE BLDG. 230 (CLAY ABSORBENT , PADS, PIGS) LINE W/CATCH BASIN F. TEXTILE PLANT BLDG. 42 (ONE DRUM WITH A DRAIN BLANKET AND PALLET OF ABSORBENT) G. ACQ TANK FARM (SHOVELS AND A PALLET OF ABSORBENT) BACK TO PROCESS H. MAINTAINENCE SHOP, BLDG 4 (ONE DRUM WITH PIGS AND PADS) SWAIL DITCH TO RIVER CATCH BAD IN LISTING LOCATION 1. BACK Ri)AD SOUTHWEST OF LIME PIT 2. BACK 0 - S-8 BY BLOWER SHED 3. NORTH OF S-8 AT LOADING DOCK 4. ACROSS DRIVE NORTH OF S-8 5. S-8 BE -WEEN ADMIN. BLDG. @ S-8 6. ADMIN F ARKING NEAR S-8 xx-x-� 7. PARKING LOT IN ADMIN BUILDING #2 SOUTH OF S-8 _x-x-xTx-x-x-x + 8. MANAGERS TRAILER UNDER STAIRS +� GRAVEL ROAD\+\ 9. TRASH COMPACTOR AT S-8 } T7' N2 TANK (RUCK SCALE TS-OOG-004 1 X + DR COL \ 10. PARKIN , LOT OF ADMIN BUILDING #2 SOUTH OF S-8 T-322 T-323 T-324 T-326 T-326 0; -332 T-334 -336 PIPES ON PEIRS +\ 11. SIDEWALK NEAR HANDICAPPED PARKINI�� A T SIDE O F ADMIN. 30 MOVE+\} �xi*' 12. SOUTH OF LIME SILOS BETWEEN RR TRACKS AND BACK ROAD. I. IIGROUND VALVE @ CATCH BASIN T-3 i 7 r-*� T-405 T-404 I �x "�iRMYVATR IRIVE T-32p j-321 T-325 T-327 -1. T-330 r_33, T_333 T-335 E13. MAIN DDCK AT PALLET TRAILER x�x�X 14. MAIN DJCK STAIRS WW1 -'- ► CDR COL G-016 QLG_°,5 COR COL �- x 15. LIME S l U R R Y P I T I O 12 J _x -x x x 16. MGoH ANK SUMP AND COVERED SUMP BACK TO PROCES' �D17 17. #2 DRIVEWAY TWO SUMPS _ 18. 198 MCC ROOM L -012 • ^ �'a^ a 1 b. 010 OP-230 - �014 =- R C R E T E. _-PAD LC-013 �°09 CONCRI IE DOCK 2 AC-21 19. BEHIND ACQ PLANT x - LDc CDR ® 20. RIVER )RAIN AT TEXTILE PLANT 21. 198 GRAVITY TANK COVERED 1 C� 0 AREA m WMO20❑ 110 ❑ MI-510 BRFAK OIL PB-405 POPPER NITRP.TE -52, 22. OXYGEII TANK AT 198 PLANT P= 6-306 f W 250 BM-250 P-314 - w 1261 T-523 R0� 3P- 4 �313 T-,65 rw 0 T-148 T-147 ❑ RIOC 17 9D8 N am 15 9 BLDG i 4 ❑'°�' R- 5 R- D6 T- T- 70 T- 14 Q � T-ib6 S-261 9DO $ DOCK i 0 D- D-T O A3, m �. p oaG�sa 23. PETTIBI)NE PARKING T 0-308 T-6 T-152 T i 149 e �� WW2 0 ° ° T_22g o o g-,4q DC-I42 HE-26f O �-215 O 1 3 24. SIDE EI JTRANCE #4 WAREHOUSE o 0�-2,7A-� 25. SMALL DRAIN END OF #2 DRIVEWAY R_/ P-307 r_ 7 T_ T 1 ° S T_5 T-151 225 1i 143 742 AD-2Fill 78O ft4_261 B 7-29 T-� i0 26. MAIN ERVEWAY SCALE TRENCH DRAIN A- 3 A- 4 A. 13 0 Hb: (SEE NDTE #2) O O-57A x DTE1)O D� R-40 oT-73 S-57A _ \ COR CONIC A 31 A 37 T F-145A - _...,- 5 - 25 5-28 _._ -�-- R-24 -24 BLDG COR GN11 /'\ BLDG OR F-1458 DDOt T_49 T 51 EL 577.81 O D aDD u ) r 4-bra/`� \T DRRjER _7'w E� I �1 i T-,85 T-184 T-181 T-128 I 57 a US 'WASTE WA1Ems' TRAFFIC m T-145P-491 EL 8.35E 580.1-T-127 T_200 -254 HI-59 NIS -84 B{DD 9+C 2 CONC COR COL °CONCPY84016 4 HB-001 I EL 569.61�� 0 50 WW1. RAILS DE COLLECTION SUMP. i-137 T-136 I -5 580.08 OFFICE 1AO ° - o- P-186 `°°° _ WW2. BETW=EN T-95 & T-50 (HYDROXIDE SUMP) FH �11 \�k CO e� T-92A T-928 7-115 T_� v a T-54 _ -_ ' 0 14 R-58 NI6 � Q w PRmUC110T1 DDIlDIO T-191 BLDG ` -135 T-134 7-133 T-ff8 T 117 O WW3 �� 7_g7 T-, 86 Bum 14 WW4 DETIVIL #2 E396A T-199 BIRD 3D f +\+ / 29 �a ._ T-120 S-»0 Cw T-1IA..� - - -� 5-,92 / Gin T? WW3. S.S. )LIMP AT DRIVE #2 20'X12' TRACK PANS TO DRAIN \ T-,59 w B T-,22 -,7B 'P ! t FIREWATER ,-"K b• • O O 1G-006 T-,00 -1 P-192 INTO TANK FARM CONTAINMENT �\ Q �� T-»f �- -47 3 _69 H-192A 7 ® UF 96 CI < OFFICE 7 WW4. BOILER ROOM SUMP T-124 1 002 T 1 R H-i91 O T_i77 x T_ P-2D R_ p 'P- o �DDD AEG WW5. LAB 13ASEMENT ROOM SUMP ° -41 }\} G �� -107 T-106 ��...� T -36A E-579 UWT T-003 BIDD 7 \} N2 TANK BLDG 24 &DG 22 LG-007 i 122 LG-007 8 '�-576 P- 3A UNIT -251 \� 'NEW. O -1 -� &T A;T TP SPILL /ITS LOCKER 9M. BLDG O T-70 T-33 D-s K-t7 \ 2 6 219 o HE-170 � � 102 COR WALL . 68 ° 64 66 7-t86 0 � _ ' CT-002 NAIL®BLDG � LDG COR GNO \ j \} BL OR AT MET NEW 17 05-772 R-104 R-103 COR ALL LG-005 T 3 O I '1 LOCKER RM. T-253 T-252 R-136 O 8 $-f08 COR WALLCOR WALL COR W COR WALL WALL \ \ LOADIi\ G AREA + BLDG CDR BLDG CDR ° COR WALi,IS TREATMENT + -169 T-17 C WALL \ \ LOADIF G DOCK SUMP OVERFLOW VZ_33 -yy- C WALL CDR WALL TO STORMWATER \\}\+ -330 O 2 J ifppC sr4uE Ts-0ax °� SEE DETAIL p OR G4AND7� LDG ®LANDING T-1677 w MAD NIL L A T-330 \+ @y BIDOM K N2 TANK - + SW e I s I s I-x- _J i �aiLNOWNdDA 3 \ T-329 N.C. R h D LAB (J \\ + I BIDC SB \\\ I I - \ I I 326 , i- - IdLDG CDRi � FRENCH DRAIN \ \+ t STORMWATER DRAiN TO 20 YELLOW HANDLE - SCREW CLOCKWISE TO PLUG TEE INTO STORM DRAIN LINE FRENCH DRAIN FRENCH DRAIN (2� 8' VERFLOW LINES TO LINED LAGOON FROM C.B. #11 TO STORM WATER DETAIL #2 (OLD BOILER BLOWDOWN PIT) DETAIL4 (SIDE MEW) 0 TIP T-74 \-ABSORBENT PALL_.; T-77 BM 230 BLDG 231 BIDG 4 MAINTENANCE BUILDING anG 101 ENGINEERING EXISTING BUILDING 66'x28' GRAVEL ROAD X 4" CPVC PRE -CAST CONCRETE SUMP NOTES: 1.) 198 COOLING TOWER BLOWDOWN S DRAIN PIPED TO WASTE WATER LINE. LOADING OM LOADING FROM STORM DOCK 2.) 1 1 /2" HOSE CONNECTIONS TO PUMP PIT WATER TO T-34. 12' RCP TO EITHER STORM OR WASTE WA -ER SYSTEMS. (SEE DETAIL #3) n n DETAIL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 g TWO-WAY TRAFFIC 16 180190 02102202302 4 250 6027028029030� 31� 5 6 7 8 9 10 11 12 i N.O. 0 DIRE TO LAGOON OR RIVER ElN.C. ° 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 2 3 4 EXISTING GRAVEL ROAD ENUMENCY SHUT-OFF VALVE o DRAWING UPDATES DRAWING UPDATES REV PER 2007 SITE SUF ` Y AS -BUILT PER 2006 4 REVISED SPILL KIT LOCA i NS 3 / SITEPLAN 2004 UPDATE % / SITEPLAN 2.002 UPDATE 1 AS PER COMMENTS (D.0 PRELIMINARY NO. REVISIONS 30 A B C I CHEMICAL PFCIALITIES, INC. 18;05,11 i WLM 13/19/10 TBC JS CaCal HARRISBURGI NOR H CAROLINA14 O8 ATJ JS 19/19/06 DSW JS CSI MASTER SITE PLAN 6/23/05 DSW TR ROOF DRAINAGE,! ai WASTE WATER _ '03/04 DSW TR 0/23/02 DSW HH 8c UNDERGROUN STORM WATER 1 /1 I /00 DSW H H MRD 'AD NO. DRAIN2008 _T SCALE 1"=50' DATE 1/01/95 aj9/o0 DSW PFZ DATE BY CKD. PROJECT NO. SITE DRAVANG D R A I NUMBER - 2 0 0 8 REV. PLANT NORTH TRUE NORTH N THIS DOCUMENT WAS ❑RIGINALLY ISSUED AND SEALED OCT, 17, 2005 THIS DRAWING WAS DELIVERED VIA ELECTRONIC MEANS FOR ❑RIGINAL SEAL AND SIGNATURE CALL HARRISBURG SURVEYING TWO-WAY TRAFFIC 1 PLANT NORTH TRUE NORTH N 21 31 41 51 6 - 1 7 1 8 1 9 1 101 ill 121 131 141 151 161 171 181 19 201 211 221 231 241 251 261 271 28 I 29 1 30 I per### 001 BALL #2 r ------------ --------------------------------------------------------------- WIN,-------------------------------------------------------------- - -----= ---------------------------= ------ ---- - - " " --- -- -----_ `! ! * - �■.-� �� 1 �� ♦• 0� _ - _t imi-rAla -- o0 `•� D ! _ _. PMPLOYEE I . I ARKING O SS O ❑ EMPTY TANKER PARKING mm OUT FALL #1 O Rw m 11/O O10FO > N n O r m '#3 L3 G \ �j O�0SS <4 4p A J'� # ❑ _r GRAVEL " LOADED TANKER PARKING EXISTING GRAVEL ROAD T�0-WAY TRAFFIC l - A RECYCLED OIL QLINED LAGOON A FIRE PUMP OIL T-328, T-329 (FIBERGLASS TO LINED LAGOON) A 7RIOXIDE UNLOADING Q CLOSED LANDFILL #3 A CCA LOADING DF;IVE 3 Q4 CLOSED LANDFILL #2 A CCA PRODUC710II QCLOSED LANDFILL #4 A QC LAB ROCQS Q #5 SETTLING POND E WAINTENANCE AREAS ASATELLITES LOCATIONS ; C F ARSENIC ACID PANT 90-- " Q8 NONHAZ FILTERCAKE O CHANGE ROOW QOTHER NON-HAZ Qg ACO JYASTE LOIL STORAGE Q EMPTY CONTAINERS i C0 E F G W J M N 0 0 S T u 0 60 120 SCALE IN FEET CHI_MICAL SPECIALITIES, INC, Y s' HARR SBURG, NORTH CAROLINA ---- CHEMICr\L SPECIALTIES, INC. MASTER SI FE PLAN AND GROUND': N AS -BUILT 2007 1 07 07 ATJ PZ HARRISBURG NORTH CAROLINA ADDED BREAK ROOMS 2/17/04 NEZ NEZ uW CAD 40, SCALE DATE AS -BUILT 2002 14 1 02 DSW SBF SP-000-001 1 60' 1/1/!15 .-- PROJECT Na MA"G (µ vem RE N0. REVISIONS DATE BY CKD, C K P- 0 0 0- 0 0 2 L'