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HomeMy WebLinkAbout13008_Pilot Mountain_Work Plan_20161101 WithersRavenel Our People. Your Success. 115 MacKenan Drive | Cary, NC 27511 t: 919.469.3340 | f: 919.467.6008 | www.withersravenel.com | License No. C-0832 Cary | Greensboro | Pittsboro | Raleigh | Wilmington November 1, 2016 NCDEQ-DWM Brownfields Program 124 W. Main Street, P.O. Box 1 Pilot Mountain, NC 27041 Attn: Ms. Jordan Thompson RE: Work Plan for Site Assessment of Potential Brownfields Property Former Amos & Smith Hosiery Mill Property 612 East Main Street Pilot Mountain, Surry County, North Carolina 27041 Brownfields Project Number 13008-09-86 WR Project No. 02090017.20 Dear Ms. Thompson: WithersRavenel, Inc. (WR) has completed this work plan to perform limited environmental site assessment (ESA) activities for the above referenced property. This work plan has been developed to address concerns identified during Phase I ESA activities conducted by WR for the referenced site. The work plan/proposal outlines our proposed scope of services. BACKGROUND WR previously completed a Phase I Environmental Site Assessment (ESA) for the subject site in February 2009. After completion of the Phase I ESA and after reviewing all of the site information, including the investigation reports by other consultants, WR concluded that additional assessment should be considered due to possible contamination from either the initial hosiery mill operations that were not investigated during the initial environmental study or the continued operation of the mill as a sock manufacturing facility subsequent to the initial environmental study. WR understands that an application for Brownfields was submitted to the NCDENR (now the NCDEQ) in June 2009 and found eligible for entry. In September 2009, an “Additional Assessment Requirements” letter was completed by Ms. Sharon Eckard of the NCDENR and provided to the Town of Pilot Mountain declaring next steps in the process to conduct assessment activities to determine how the site can be made safe for its intended use. In December 2011, the NCDENR issued a letter that changed the status of the site from “inactive eligible” to “No Further Interest” due to the inactivity on the project. WR was contacted by Homer Dearmin in late 2013 to complete an updated application for submittal to the Brownfields program for eligibility. The application was submitted and received in March 2014. WR, Mr. Homer Dearmin, and Ms. Sharon Eckard with the NCDENR, Division of Waste Management, Brownfields Program (Brownfields Program) participated in a conference call regarding development of a scope of work for completing assessment activities of the property per the 2009 letter issued by Ms. Eckard. WR understands that the Town did not pursue this work at that time because of the cost associated. WithersRavenel Our People. Your Success. Former Amos & Smith Hosiery Mill Property Brownfields Project Number 13008-09-86 Page 2 of 6 On May 12, 2016, WR and representatives of the Brownfield Program, including Ms. Sharon Eckard, Mr. Bruce Nicholson, and Ms. Joselyn Harriger, conducted a conference call to discuss the current status of the site and the additional information needed to allow this site into the Brownfield Program. The result of the meeting clarified that the NCDEQ wants an evaluation of the soil, groundwater, and soil vapor in various areas of the site. Particular areas mentioned included the areas near the current Otay, LLC/Sports Solutions property, the former dye and wet processing areas, the former boiler room, and the existing boiler room building. Discussion was also made about the previous sampling information on the site not being of proper detection limit when compared to their respective “2L Standards” as defined by NCAC Title 15A, Subchapter 2L, Section .0202 (Water Quality Standards for Class GA Groundwater). SITE CONDITIONS/USE Current Area - Otay, LLC/Sports Solutions WR has completed a recent site visit and in turn has summarized the current processes of the present Otay, LLC/Sports Solutions area. Sports Solutions is a textile manufacturing facility. They complete sock manufacturing and finishing, headband and wristband manufacturing and finishing, several imprinting applications, and screen printing. After review of the operations and facility construction, it is our opinion that this facility does not use or produce significant volumes of chemical waste that would create any additional subsurface contaminants. According to Mr. Josh East, who is the Director of Operations, Sports Solutions does not dye currently nor have they completed any dyeing operations at any time since they have occupied the building. Their “wet processing” is actually a sock washing area used to scour, soften, and whiten socks. There was a new 6” line installed for their waste water to go directly into the city sewer. Mr. East stated that they are not equipped to complete dyeing at the facility as you need water heated to a certain temperature to complete the dyeing operations. He stated that they would have to invest several thousands of dollars to acquire the equipment in order to complete this work. The facility contains a Doming /Print Room, Finishing/Screen Printing area, and a sock washing area (Please refer to Figure 3 for the location of structures and material). Mr. East has provided a full chemical list and comprehensive chemical use and process explanation of the onsite operations, which has been in as Appendix A. The corresponding MSDS sheets are provided in Appendix B. After a recent site reconnaissance conducted by WR, and a review of this material, it does not appear that chemicals in large quantities, excluding the preceding 55-gallon and 30-gallon drums, are being used or stored on the site. See Appendix C for current pictures of the Doming /Print Room, Finishing/Screen Printing area, and a sock washing area areas to correlate to the following information: 1) Photo #5 - The photo labeled "Oil for knitting machines" shows the storage and recycling of the knitting oil. The 55-gallon drum on the right of the photo shows new oil that is available for use for the machinery. The small 30 gallon drum is where they pour the used oil, then filter it through the pump on the platform above and discharge the filtered oil back into a second 55 gallon drum until needed. The filter pump uses a standard automobile filter. WithersRavenel Our People. Your Success. Former Amos & Smith Hosiery Mill Property Brownfields Project Number 13008-09-86 Page 3 of 6 2) Photo #6 - The photo labeled "Screen Print Dark Room" shows the dark room that is used for creating screens with an emulsion product. This room is typically used for cleanup of the screens and they are washed in the sink on the left hand of the photo. This sink drains directly to the town sewer system. 3) Photo #7 - The photo labeled "Screen printing area" shows the equipment and area where the screens are used to apply designs to the textile garment. According to this information, it does not appear that additional investigation of current conditions appears warranted when compared to historical operations of the facility. Historical Areas Based on review of available files, environmental databases, representative interviews, and site observations thus far, WR identified the following potential concerns addressed in this work plan (Please refer to Figures 1, 1A, and 2 through 4 for the location of structures and material): Chemical Storage & Air Filtration System • Chemicals associated with dyeing operations have been used and stored on the subject property. Signs and placards were noted on the detached boiler room and vacant warehouse exterior walls.  An air/water filtration system to remove lint from the air was located inside the warehouse with at least three floor drains and a possible trench. Former Shop Areas  Two former shop areas were noted on a former site plan sketch of the building acquired during the Phase I ESA in 2009. Maintenance/Repair Area • The basement had been used as a maintenance and repair area for hosiery machinery. Multiple Trench Drains and Floor Drains  Two large trench drains filled with concrete were noted in the central western portion of the site during the Phase I ESA. Several floor drains were also noted in the building. Boiler Rooms • The hosiery operation utilized two boiler rooms, one located within the building and another in the detached boiler room structure, which would have utilized petroleum fuels. WR observed a large containment basin adjacent to the detached boiler room structure. According to Mr. Harris, the former subject property owner, a 7,500 to 10,000-gallon petroleum AST had been located in this area. Obvious staining was observed near the piping WithersRavenel Our People. Your Success. Former Amos & Smith Hosiery Mill Property Brownfields Project Number 13008-09-86 Page 4 of 6 inside the boiler room building. Potential contamination associated with fueling overfills and possible leaks should be investigated in these areas. Former Dye House • The Dye House formerly contained trench-style floor drains that ran along the eastern sides of the room and discharged via piping into the sanitary sewer, after running through a lint filter. The floor drains have been filled in with concrete by the former owner, Carolina Caro Associates, LLC. Potential contamination associated with possible pipe leaks and the storage of chemicals in this area should be investigated. Residential Heating Oil ASTs • WR observed two 250-gallon ASTs adjacent to the eastern most residential structure. Staining and odors typical of petroleum products was observed on the oil filter and the ground surface below the filter. Additional petroleum staining was observed on the ground surface in close proximity to the ASTs. Existing Groundwater Monitoring Wells • A groundwater monitoring well is located on the northern portion of the site. A second well was discovered east of the detached boiler room, near the containment wall of the former AST. No indication of the origin of the well was revealed through the EDR report. It appears that three temporary wells were installed during the UST Closure activities. The third well, located near the southwest corner of the site, could not be located during Phase I ESA activities. SCOPE OF WORK WR has completed this work plan in an effort to satisfy the requirements for the Brownfields Agreement explained in the September 2009 “Additional Assessment Requirements” letter provided by the Brownfields Program. In order to address each area specifically, WR has completed the proposed sampling locations and analysis table in the appendices for review purposes. Please refer to Table 1 when reviewing the following information. The proposed assessment activities are intended to provide a general screen for possible impacts of the subject property by the above referenced potential sources of contamination rather than a detailed investigation to define the degree and extent of contamination from a known contaminant source. Therefore, this scope of work may not define the extent of contamination at the site and is not intended to satisfy all regulatory requirements for the site. WR has developed the following scope of work to complete assessment activities: 1. WR will use either a GeoProbe direct push drill rig or a decontaminated steel hand auger to advance the soil borings around the areas identified in Table 1. The borings will be advanced to a target depth of 2 feet below land surface (bls) unless obvious contamination is observed or refusal is met in stiff material. The borings completed inside the facility, for instances at the former trench locations, will be completed with a hammer/core drill and hand auger. Soil WithersRavenel Our People. Your Success. Former Amos & Smith Hosiery Mill Property Brownfields Project Number 13008-09-86 Page 5 of 6 samples will be collected at the 2-foot interval beginning at the surface. The soil sample will be screened for organic vapors using a TVA-1000B Toxic Vapor Analyzer or a Flame or Photo Ionization Detector (PID) and Organic Vapor Analyzer (OVA) combination. 2. In the vicinity of the detached boiler room and the former residential ASTs, WR will install three soil borings in each area to 2 ft. Field screen all borings and select a minimum of one sample per area for laboratory analysis. If field screening (PID readings, visual and olfactory observations) indicate impacts in more than one sample, submit all samples from that area for laboratory analysis. 3. Soil samples from the site will be collected from 0.5 to 2 feet below land surface (soil samples for VOC analysis should not be collected from the upper 6 inches of the soil column) and submitted for laboratory analyses of volatile and semi-volatile organic compounds (VOCs/SVOCs) by EPA Methods 8260B plus Tentatively Identified Compounds (TICS) & 8270C plus TICS, respectively, as well as hazardous substance list (HSL) metals by EPA Method 6020/7471. The HSL list includes antimony, arsenic, beryllium, cadmium, chromium, copper, lead, manganese, mercury, nickel, selenium, silver, thallium, and zinc. WR will also advance two soil borings in a remote area on site (outside the building) in order to collect background samples for HSL metals by EPA Method 6020/7471 for site comparisons. 4. Five temporary Type II monitoring wells will be installed in the referenced areas noted in Table 1 using the GeoProbe drill rig modified to allow air rotary drilling operations. The monitoring wells will be constructed of a 2-inch diameter PVC riser connected to a 15 to 20-foot section of 2-inch diameter, 0.010-inch slotted PVC screen. WR estimates that the wells will be completed to 40 feet bls. The annular space around the wells will be filled with #2 filter sand up to approximately 1 to 2 feet above the top of the screen, if a natural sand pack does not occur. A 1 to 2-foot thick bentonite seal will be placed over the sand pack and hydrated. Upon receipt of analytical data, it will be decided to either abandon the monitoring wells or complete them as a permanent well. WR understands that shallow bedrock may be present on the site due to the formation of this area. Therefore, a larger drill rig may be required to install the wells. 5. The monitoring wells, to include the existing and newly installed, will be developed, purged, and sampled. Groundwater samples will be collected and submitted for analysis by EPA Methods 8260B plus TICS & 8270C plus TICS and aniline, respectively, as well HSL metals by EPA Method 6020/7470. WR will collect a sample of the existing well located on the northern portion of the site between the facility and Main Street installed in 1990 and the well to the east of the detached boiler location. All laboratory samples will be submitted for “standard” turn around times. Additionally, the groundwater sample from the wells installed near the former dye house, stated to contain chlorine/peroxide storage, will be field-tested for chloride concentrations using a Hach® assay kit. Discussions will be made with the lab to set laboratory detection limits below 2L standards, where possible. 6. WR will complete a receptor survey of the surrounding area according to the “Brownfields Property Receptor Survey” by collecting information on possible receptors that include property and Building characteristics, surrounding property land use, subsurface structures/utilities, water supply wells, and surface water bodies and wetlands. WR will also WithersRavenel Our People. Your Success. Former Amos & Smith Hosiery Mill Property Brownfields Project Number 13008-09-86 Page 6 of 6 collect additional related information including public water supply availability, location of any nearby well head protection areas, and surrounding property owners and occupants. Soil vapor sampling will initially be withheld from this work plan to analyze the results from the soil and groundwater samples collected on the Site. If the soil/groundwater results indicate impacts above vapor intrusion screening levels, WR will submit a separate work plan for NCDEQ approval. QA/QC All sampling activities will be performed by properly trained environmental professionals. Sampling personnel will don new disposable gloves for each sampling location to prevent contact with skin and prevent cross contamination of samples. Sampling equipment will be decontaminated prior to advancement of each borehole. All samples will be collected directly into laboratory prepared containers, immediately placed on ice in a cooler, and transported under chain of custody to a NC certified laboratory for analysis. WR will include at least one duplicate for all samples and analysis collected and at least one trip blank for groundwater. The duplicate samples will be chosen from the sample collected exhibiting an obvious sign of contamination. WR will request Level II QA/QC from the laboratory that will be analyzing the samples. REPORT PREPARATION Upon receipt of laboratory analytical data for the samples collected, WR will prepare a report summarizing the methodology and results of the field sampling and tank removal activities conducted as outlined in this work plan/proposal. The report will include a site location map and a site plan showing pertinent site features. The report will be reviewed by WR senior personnel for quality assurance. SCHEDULE WR is prepared to complete this project within approximately four to eight weeks (based on selected laboratory reporting time) of authorization to proceed. The delivery of the report will be contingent on the timely receipt of soil and groundwater assessment data from the subcontract laboratory and availability of the drilling contractor. WR appreciates the opportunity to submit this proposal. If you have any questions or desire further information, please call us at 469-3340. Sincerely, WithersRavenel K. Ty Colwell C. Chan Bryant, P.E. Project Manager Senior Vice President FIGURES CO N T O U R S - A AS PROVIDED DURING 2009 PHASE I ESA SI T E L A Y O U T F O U N D D U R I N G F I L E R E V I E W P H A S E O F P H A S E I E S A TABLE Fo r m e r K n i t t i n g & S t o r a g e A r e a / C o n c r e t e Ba s i n / a i r f i l t e r s y s t e m / C h e m i c a l S t o r a g e B- 7 N/ A 0. 5 - 2 , N / A 1 1 0 1 (Soil)1 (Soil)1 (Soil) Fo r m e r S h o p A r e a s B- 8 , B - 9 TW - 7 0. 5 - 2 , 4 0 3 2 1 2 ( S o i l ) , 1 ( G W ) 2 ( S o i l ) , 1 ( G W ) 2 ( S o i l ) , 1 ( G W ) Fo r m e r H o s i e r y E q u i p m e n t R e p a i r A r e a (B a s e m e n t ) B- 1 5 TW - 6 0. 5 - 2 , 4 0 2 1 1 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) Mu l t i p l e T r e n c h D r a i n s f i l l e d w i t h c o n c r e t e (c e n t r a l w e s t e r n p o r t i o n o f s i t e ) B- 1 0 , B - 1 1 N/ A 0. 5 - 2 , N / A 2 2 0 2 (Soil)2 (Soil)2 (Soil) Fo r m e r C o a l P i l e B- 1 2 , B - 1 3 N/ A 0. 5 - 2 , N / A 2 2 0 2 (Soil)2 (Soil)2 (Soil) Fo r m e r B o i l e r R o o m B- 1 6 TW - 5 N/ A , 4 0 2 1 1 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) Fo r m e r D y e R o o m B- 1 4 TW - 4 0. 5 - 2 , 4 0 2 1 1 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) Re s i d e n t i a l A S T s B- 4 , B - 5 , B - 6 N/ A 0. 5 - 2 , N / A 3 3 0 1-3 (Soil)* 1 - 3 ( S o i l ) * 1 - 3 ( S o i l ) * De t a c h e d B o i l e r R o o m B u i l d i n g a n d F o r m e r AS T B- 1 , B - 2 , B - 3 TW - 2 0. 5 - 2 , 4 0 4 3 1 1 - 3 ( S o i l ) * , 1 ( G W ) 1 - 3 ( S o i l ) * , 1 ( G W ) 1-3 (Soil)*, 1 (GW) QA / Q C S a m p l e s / D u p l i c a t e * * NE NE 0. 5 - 2 , 4 0 0 0 0 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) 1 ( S o i l ) , 1 ( G W ) QA / Q C S a m p l e s / T r i p B l a n k * * N/ A N/ A N/ A 0 0 0 1 (GW)1 (GW)1 (GW) Ba c k g r o u n d S a m p l e s BG - 1 , B G - 2 N/ A 0. 5 - 2 , N / A 2 2 0 0 0 2 (Soil) Ex i s t i n g M o n i t o r i n g W e l l s N/ A TW - 1 , T W - 3 N/ A 2 0 0 (2)2 (GW)2 (GW)2 (GW) NO T E : 1 - G W = G r o u n d w a t e r . 2 - N / A = N o t A p p l i c a b l e . 3 - N E = N o t Y e t E s t a b l i s h e d . 4 - * = I n t h e v i c i n i t y o f t h e d e t a c h e d b o i l e r r o o m a n d t h e f o r m e r r e s i d e n t i a l A S T s , W R w i l l i n s t a l l t h r e e s o i l b o r i n g s i n e a c h a r e a t o 2 f t . Fi e l d s c r e e n a l l b o r i n g s a n d s e l e c t a m i n i m u m o f o n e s a m p l e p e r a r e a f o r l a b o r a t o r y a n a l y s i s . I f f i e l d s c r e e n i n g ( P I D r e a d i n g s , vi s u a l a n d o l f a c t o r y o b s e r v a t i o n s ) i n d i c a t e i m p a c t s i n m o r e t h a n o n e s a m p l e , s u b m i t a l l s a m p l e s f r o m t h a t a r e a f o r l a b o r a t o r y a n a l y s i s . 5 - * * = W R w i l l i n c l u d e a t l e a s t o n e d u p l i c a t e f o r a l l s a m p l e s a n d a n a l y s i s c o l l e c t e d a n d a t l e a s t o n e t r i p b l a n k f o r g r o u n d w a t e r . T h e du p l i c a t e s a m p l e s w i l l b e c h o s e n f r o m t h e s a m p l e c o l l e c t e d e x h i b i t i n g a n o b v i o u s s i g n o f c o n t a m i n a t i o n . 13 (Soil)*, 9 (GW) 61 2 E a s t M a i n S t r e e t Pi l o t M o u n t a i n , S u r r y C o u n t y , N o r t h C a r o l i n a 2 7 0 4 1 HSL METALS/ CHROMIUMEPA 8260 plus TICSEPA 8270 plus TICS TO T A L # O F PO I N T S TA B L E 1 SU M M A R Y O F S A M P L E L O C A T I O N S A N D A N A L Y S I S Fo r m e r A m o s & S m i t h H o s i e r y M i l l P r o p e r t y LO C A T I O N DE P T H S I N F E E T , RE S P E C T I V E L Y GR O U N D W A T E R SA M P L E I D Br o w n f i e l d s P r o j e c t N u m b e r 1 3 0 0 8 - 0 9 - 8 6 WR P r o j e c t N o . 0 2 0 9 0 0 1 7 . 2 0 13 (Soil)*, 9 (GW)15 (Soil)*, 9 (GW) SO I L B O R I N G S MO N I T O R I N G WE L L P T S . To t a l s 25 SO I L S A M P L E I D 5 ( 2 E x i s t i n g ) 18 APPENDIX A CHEMICAL USE AND PROCESS EXPLANATION Sports Solutions - Chemical Information List (Refer to attached MSDS sheets) 1. Print Room a. Print Room Supply – Part A of Epoxy Resin – Z8200HG Part A (Weekly) b. Print Room Supply – Part B of Epoxy Resin – Z8200 Part B (Weekly) c. Print Room Supply – Solvent pigment Ink – Ink Jet Plotter Ink (Various colors) (daily) d. Print Room Supply – Vinyl Adhesive – Quick Stick AF908 Application Fluid (Sparingly) e. Print Room Supply – Cleaning Solution – Mimaki Cleaning Solution 200 (Weekly) f. Print Room Supply – Sublimation Printer Ink – SEA_***** Ink (daily) 2. Shop Area (Embroidery Side) a. Embroidery Supply – Embroidery Machine oil – Barudan Industrial (daily) b. Embroidery Supply – Machine Lubricant - White Lithium Grease (Sparingly) c. Embroidery Supply – Belt Conditioner – CRC Belt Conditioner (Sparingly) d. Embroidery Supply – Non-Stick agent – Silicone Spray (Sparingly) e. Embroidery Supply – Sewing Machine Oil – Lily White Sewing Machine Oil (daily) f. Embroidery Supply – Gear Lube – LubriMatic Gear Lube (Sparingly) 3. Screen Printing Area a. Screen Printing Supply – Screen cleaner – Camie 22/80 Citrus Cleaner (daily) b. Screen Printing Supply – Screen opener – Camie 480 Screen Opener (daily) c. Screen Printing Supply – Screen Print Ink – Plastisol Ink (various names) (daily) d. Screen Printing Supply – Screen Print Ink – Puff Additive (various names) (daily) e. Screen Printing Supply – Emulsion – Autotype Autosol XL (Once per year) f. Screen Printing Supply – Plastisol Ink Remover – Bean-e-doo Plastisol Ink Remover (daily) g. Screen Printing Supply – Ink Remover – EASISOLV 701 (Weekly) h. Screen Printing Supply – Heat Transfer Adhesive Powder - Unilon Transfer Powder (daily) i. Screen Printing Supply – Flash Cure Spray Adhesive – Camie 375 (Once per year) j. Screen Printing Supply – Belt Cleaner – Rubbing Alcohol (Monthly) k. Screen Printing Supply – Stencil Remover – IMS601 RFU Stencil Remover (Weekly) l. Screen Printing Supply – Dawn Dish Detergent (daily) m. Cleaning Supply - Toilet and Sink Cleaning – Clorox Regular Bleach (daily) n. Screen Printing Supply – Oiling agent for hinges – WD-40 Spray (Sparingly) o. Screen Printing Supply – Starch for Textile oven belt – Faultless Heavy Starch (Monthly) 4. Sock Wash Room a. Sock Wash Room – Bleaching agent – Oxalic Acid (daily) b. Sock Wash Room – Fabric Softener – Sursoft SN (daily) c. Sock Wash Room – Laundry Detergent – Surchem GPR (daily) d. Sock Wash Room – Spot Remover – Home Run Cleaning Fluid/Spot Remover (daily) e. Sock Wash Room – Specialty Fabric Softener – SurSil (Sparingly) 5. Sock Knitting a. Sock Knitting – Penetrating Oil – AeroKroil (Sparingly) b. Sock Knitting – Electronic Cleaner – QD Electronic Cleaner (Sparingly) 6. Shop Area (Knitting Side) a. Knitting Supply – Knitting Machine oil – MorOil MorKnit 1500 series (daily) b. Shop Supply – Parts Washer Fluid – KrudKutter Parts Washer (Sparingly) Sports Solutions ‐ Chemical use and process explanation  1. Print Room  a. Print Room Supply – Part A of Epoxy Resin – Z8200HG Part A (Weekly)  b. Print Room Supply – Part B of Epoxy Resin – Z8200 Part B (Weekly)  i. Process description: Parts A and B combine together to create a hard shell on the top of  printed stickers referred to as “domes”.  The process includes using a combining set of  tubes with a dispenser gun that mix A & B in small quantities and then dispense onto  the sticker in preset volumes.  The typical amount dispensed each time is approximately  8mL to 10mL.  This is controlled by a computer program to ensure consistent resin  mixture and consistent volumes per sticker.  Any waste is typically caught in the lined  trash can nearby.  The maximum volume available at any time is 20,000mL per bag.  c. Print Room Supply – Solvent pigment Ink – Ink Jet Plotter Ink (Various colors) (daily)  i. This material is contained in closed containers/cartridges similar to an inkjet printer.  d. Print Room Supply – Vinyl Adhesive – Quick Stick AF908 Application Fluid (Sparingly)  i. This material is used in very small volumes and only as needed.  This is maybe used once  a year and the volume available is very small (less than 1 liter).  e. Print Room Supply – Cleaning Solution – Mimaki Cleaning Solution 200 (Weekly)  i. This material is used to clean the print heads of the printer.  Foam and cotton swabs are  used for this process.  A very small volume is available at any time (less than 1 liter).  f. Print Room Supply – Sublimation Printer Ink – SEA_***** Ink (daily)  i. This material is a liquid ink that is poured into an ink well on the printer.  Each container  is less than 1 liter in size.  One container is handled at a time.    2. Shop Area (Embroidery Side)  a. Embroidery Supply – Embroidery Machine oil – Barudan Industrial (daily)  i. This material is used to oil parts on the embroidery machine.  One container is available  for use in small volumes (less than 1 liter).  b. Embroidery Supply – Machine Lubricant ‐ White Lithium Grease (Sparingly)  i. This material is used for lubrication of machine parts.  One container is available for use  (less than 200 mL).  c. Embroidery Supply – Belt Conditioner – CRC Belt Conditioner (Sparingly)  i. This material is used for lubrication of machine belts.  One container is available for use  (less than 600 mL).  d. Embroidery Supply – Non‐Stick agent – Silicone Spray (Sparingly)  i. This material is used for lubrication of machine parts.  One container is available for use  (less than 600 mL).  e. Embroidery Supply – Sewing Machine Oil – Lily White Sewing Machine Oil (daily)  i. This material is used for lubrication of machine components. One container is available  for use (less than 1 liter).  f. Embroidery Supply – Gear Lube – LubriMatic Gear Lube (Sparingly)  i. This material is used for lubrication of machine components. One container is available  for use (less than 1 liter).    3. Screen Printing Area  a. Screen Printing Supply – Screen cleaner – Camie 22/80 Citrus Cleaner (daily)  i. This material is used to clean capillary film or emulsion from screens.  One container is  available for use (less than 600 mL).  b. Screen Printing Supply – Screen opener – Camie 480 Screen Opener (daily)  i. This material is used to spot clean certain parts of capillary film or emulsion from  screens.  One container is available for use (less than 600 mL).  c. Screen Printing Supply – Screen Print Ink – Plastisol Ink (various names) (daily)  i. This material is used in the screen printing process as the ink for designs. Most  containers used are less than 1 liter, but there are 5 gallon buckets available on heavier  volume colors.  d. Screen Printing Supply – Screen Print Ink – Puff Additive (various names) (daily)  i. This is an additive to the Screen Print Ink to allow for puffing of the print.  One container  is available for use (less than 1 liter).  e. Screen Printing Supply – Emulsion – Autotype Autosol XL (Once per year)  i. This material is used on the screens in the screen printing process.  This is rarely used,  but is available if our current screen printer is not available.  f. Screen Printing Supply – Plastisol Ink Remover – Bean‐e‐doo Plastisol Ink Remover (daily)  i. This material is used in the cleanup process for screen printing.  One container is  available for use (less than 1 liter).  g. Screen Printing Supply – Ink Remover – EASISOLV 701 (Weekly)  i. This material is used in the cleanup process for screen printing.  One container is  available for use (less than 1 liter).  h. Screen Printing Supply – Heat Transfer Adhesive Powder ‐ Unilon Transfer Powder (daily)  i. This material is a powder that is sprinkled on the screen printed heat transfers to add a  heat activated adhesive.  One container is available for use (Less than 5 gallon  container).  i. Screen Printing Supply – Flash Cure Spray Adhesive – Camie 375 (Once per year)  i. This material is used in the curing process of specialty orders and therefore is used  rarely.  One container is available for use (less than 600 mL).  j. Screen Printing Supply – Belt Cleaner – Rubbing Alcohol (Monthly)  i. This is a common material used for cleaning powdered adhesive from the textile dryer  belt. One container is available for use (less than 600 mL).  k. Screen Printing Supply – Stencil Remover – IMS601 RFU Stencil Remover (Weekly)  i. This material is used in the cleanup process for screen printing.  One container is  available for use (less than 1 liter).  l. Screen Printing Supply – Dawn Dish Detergent (daily)  i. This material is used in the cleanup process for screen printing.  One container is  available for use (less than 1 liter).  m. Cleaning Supply ‐ Toilet and Sink Cleaning  – Clorox Regular Bleach (daily)  i. This material is used in regular housekeeping practices.  One container is available for  use (less than 4 liters).  n. Screen Printing Supply – Oiling agent for hinges – WD‐40 Spray (Sparingly)  i. This material is used for lubrication of machine parts.  One container is available for use  (less than 600 mL).  o. Screen Printing Supply – Starch for Textile oven belt – Faultless Heavy Starch (Monthly)  i. This material is used for cleaning the textile oven belt.  One container is available for use  (less than 600 mL).    4. Sock Wash Room  a. Sock Wash Room – Bleaching agent – Oxalic Acid (daily)  i. This material is used in our bleaching process of our socks.  This is used in the wash cycle  of our standard washing machines.  All drainage from the washing machine goes directly  to town sewer system.  This is in powder form and is in one 5 gallon container.  b. Sock Wash Room – Fabric Softener – Sursoft SN (daily)  i. This material is used in our wash room processes of our socks.  This is used in the wash  cycle of our standard washing machines.  All drainage from the washing machine goes  directly to town sewer system.  This is in liquid form and is in one 55 gallon drum.  c. Sock Wash Room – Laundry Detergent – Surchem GPR (daily)  i. This material is used in our wash room processes of our socks.  This is used in the wash  cycle of our standard washing machines.  All drainage from the washing machine goes  directly to town sewer system.  This is in liquid form and is in one 55 gallon drum.  d. Sock Wash Room – Spot Remover – Home Run Cleaning Fluid/Spot Remover (daily)  i. This material is used in spot treating socks before or after washing.  This is in liquid form  and is in one 1 gallon container.  e. Sock Wash Room – Specialty Fabric Softener – SurSil (Sparingly)  i. This material is used in our wash room processes of our socks.  This is used in the wash  cycle of our standard washing machines.  All drainage from the washing machine goes  directly to town sewer system.  This is in liquid form and is in one 55 gallon drum.    5. Sock Knitting  a. Sock Knitting – Penetrating Oil – AeroKroil (Sparingly)  i. This material is used to penetrate joints on machine components.  This is contained in a  spray can (less than 600 mL and is used sparingly.  b. Sock Knitting – Electronic Cleaner – QD Electronic Cleaner (Sparingly)  i. This material is used to clean electronic devices in machines that collect lint.  This is  contained in a spray can (less than 600 mL and is used sparingly.    6. Shop Area (Knitting Side)  a. Knitting Supply – Knitting Machine oil – MorOil MorKnit 1500 series (daily)  i. This material is used on sock knitting machines to allow the parts and components to  move freely while knitting the socks.  This is used in one gallon increments on each  machine.  There are 40 machines total.  This is available in a 55 gallon drum.  b. Shop Supply – Parts Washer Fluid – KrudKutter Parts Washer (Sparingly)  i. This material is used to clean parts from sock knitting machines.  This is placed in a  closed system parts washer sink that has a sink and a catch barrel underneath.  There is  no discharge of this material from the sink to any other part of the plant.  The product is  placed in the catch barrel and recycled through the sink until the parts are clean.   Leftover product remains in the catch barrel for next use or until it evaporates.  One  container is available for use (less than 1 gallon).  APPENDIX B MSDS SHEETS APPENDIX C PHOTOESSAY OTAY, LLC/Town of Pilot Mountain WR Project # 02090017.20 Work Plan for Site Assessment August 2016 Photo 1 View of Doming/Printing Area Facing East (Note the lined trash can to the far right of the photo). Photo 2 View of Doming/Printing Area Facing North and West. OTAY, LLC/Town of Pilot Mountain WR Project # 02090017.20 Work Plan for Site Assessment August 2016 Photo 3 View of Wet Processing Area (The blue plastic, 55-gallon drum to the left contains Sursil Silicone Softener, the white 5-gallon bucket to the right contains Oxylic Acid). Photo 4 View of Wet Processing Area (The black plastic, 55-gallon drum to the left contains Surchem Laundry Detergent, the blue plastic, 55-gallon drum to the right contains Sursoft Fabric Softener). OTAY, LLC/Town of Pilot Mountain WR Project # 02090017.20 Work Plan for Site Assessment August 2016 Photo 5 Oil for knitting machines stored in the “Tools & Parts Storage” area. The 55-gallon drum on the right contains new oil, the small 30-gallon drum contains used oil and the second 55 gallon drum contains filtered oil. Photo 6 The "Screen Print Dark Room" that is used for creating screens with an emulsion product. This room is typically used for cleanup of the screens and they are washed in the sink on the left hand of the photo. OTAY, LLC/Town of Pilot Mountain WR Project # 02090017.20 Work Plan for Site Assessment August 2016 Photo 7 View of the Screen Printing Area.