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check for any faults with the finished circuit board product. <br /> Next he showed us the photo room where they use an ammonia based <br /> machine to produce the circuitry image onto film. The resulting <br /> waste ammonia is then used for pH adjusting in the waste treatment <br /> area. <br /> During the inspection, Mr. Smith stated that 16"x 20" trays <br /> containing developer and fixer solutions were disposed of in their <br /> waste treatment system. Mr. Smith stated he did not use a metal <br /> recovery system because they (RV Circuits) only dispose of <br /> approximately 2 gallons a month. <br /> We then entered the silk screening room. Mr. Smith stated that the <br /> caustic soda used in this process is batch treated prior to <br /> discharge. <br /> Mr. Smith then showed us the gold plating/nickel plating area where <br /> the solder fingers are plated first with nickel, then with gold. <br /> Mr. Smith explained that the nickel plating solution is run through <br /> carbon filters and these filters are then disposed of under <br /> manifest. The gold is sent to a reclaimer for processing. <br /> We then entered the hot oil reflow area which had raised wooden <br /> floor slats for walking above the floor. The floor had a lot of <br /> hot oil reflow spillage beneath the wooden slats. There was a <br /> continuous discharge going down a sink in the room where Mr. Hyde <br /> and Ms. Archbold collected a sample. Ms. Archbold pointed to a 55 <br /> gallon drum that contained reflow oil and was labeled with masking <br /> tape as such. I asked Mr. Smith what they did with the reflow oil <br /> when it was spent and Mr. Smith stated they take it out a couple of <br /> buckets at a time and place it in a 55 gallon drum to eventually be <br /> hauled as hazardous waste. Mr. Smith then proceeded to show me the <br /> series of drag out tanks used to process the circuit boards. This <br /> floor also contained many areas of liquid spillage and the walking <br /> area was covered with wooden slats. The ammonia etch area was <br /> located just before the waste treatment area. I noted an extremely <br /> strong ammonia odor which was being minimized with the use of fans <br /> aimed up at the ceiling. <br /> When we finished touring the inside processing area, Mr. Smith <br /> notified me that he had an 11:30 a.m. appointment. I told him that <br /> we could resume the inspection at 1:30 p.m. , and we all left the <br /> facility. <br /> Mr. Hyde, Ms. Archbold, Charles Hunt and myself met back at the <br /> facility at approximately 1330 hours. We met with J. R. Tupas, who <br /> showed us the waste water treatment and hazardous waste storage <br /> area. While Ms. Archbold and Mr. Hyde questioned Mr. Tupas about <br /> the waste water treatment, Mr. Hunt and I inspected the hazardous <br /> waste storage area. Several storage violations were noted. Most <br /> of the drums were unlabeled, uncovered, and if found labeled, were <br /> dated beyond the 90 day storage limit. Mr. Smith rejoined the <br /> inspection group at about 1400 hours. Mr. Hunt and I followed Mr. <br /> Tupas to his office to review the facility paperwork. Several <br />