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0 which describe the content, volume, and generator of the specific waste. All incoming materials will be screened, sampled, and tested prior to acceptance at the Facility. Any breach of contract by a customer will result in immediate action by the Facility personnel to disclose the situation, reject the material, and possibly cancel the customer contract. o Air Emissions Control. The Facility will not generate regulated air emissions. The processing activities will involve the separation of water and inorganic waste. In addition, specific air emission control devices will be installed inside the Facility: an activated carbon air filtration system will collect and purify any organic vapors in the storage part of the Facility; and a packed column, wet caustic scrubber will contain any accidental generation of hydrogen cyanide during cyanide destruction operations. --The --Facility -will.. emit exhausts from -the. -heating - system and nitrogen and carbon dioxide gases incident to the cyanide destruction process. These exhausts will be limited and safe. o Wastewater Treatment and Discharge. The Facility will discharge a relatively large amount of water to the sewer system. This discharge will not be dangerous and can be accepted by the City -Metropolitan system. The discharge must comply with Metropolitan Waste Control Commission industrial waste discharge standards. An industrial waste discharge permit will be obtained. Discharge waters will have been neutralized, filtered through activated carbon and sand filters, and metals will have been removed in compliance with discharge limits established by the MWCC. o Storm Drainage and Spillage Control Facilities. The Facility site will be served by the City's storm water collection system. on -site collection, retention, and conveyance devices will be constructed to limit the potential contact of precipitation with waste materials coming to or accidentally spilled on site. Stormwater runoff contact with potential spills or leaks will be prevented by construction features, interior off-loading, and operational practices. If storm water were to accidentally mix with waste materials, it would be pumped to internal storage and tested prior to alternative disposal. Spillage control within the building will be accomplished by sumps, containment barriers, and trenches. Materials will be pumped to appropriate waste storage tanks if a spill with enough volume to require pumping occurs. Small spills will be managed by the use of a bentonite clay absorbent and the immediate clean-up and disposal of spilled materials in appropriate containers. The interior of the building will be constructed so that tank volumes of stored material can be totally contained by the internal dike and berm 2.