Common use of WATER POLLUTION CONTROL Clause in Contracts

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drain, cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes and special yard gradings (berms) which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drain, Series 1999A Restated Loan Agreement cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes and special yard gradings (berms) which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drain, Series 1999B Restated Loan Agreement cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes and special yard gradings (berms) which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. NORTH PLANT AREA DRAINAGE SYSTEM The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drainxxxxx xxxxx xxxxx, cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes and special yard gradings (berms) which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" ” diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. NORTH PLANT AREA DRAINAGE SYSTEM The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drain, cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes and special yard gradings (berms) which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" ” diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.

WATER POLLUTION CONTROL. NORTH PLANT SEDIMENT POND The north plant sediment pond is designed to collect and store the storm runoff from the general north plant area. These waters are retained in the pond, allowing natural evaporation to desiccate the pond. This prevents high quantities of suspended solids from being discharged to Armells Creek or other state surface waters. The north plant area drainage system is designed to collect and store storm runoff from the water treatment building, fuel oil handling area and the cooling tower area in the north plant area drain pond. The pond also serves as a storage facility for one cooling tower basin drain, cooling tower overflow, water treatment filter backwash, and for the cooling tower blowdown water not used in the flue gas scrubbing process. These waters are potentially contaminated with oil and high suspended and dissolved solids, and this system stores these discharges preventing any discharge to Armells Creek or other state surface waters. The north plant area drainage system consists of collection basins, piping, concrete culverts, yard drains, manholes basins and special yard gradings (berms) piping which route these discharges to the north plant area sump and north plant area drain pond. The north plant area drain pond incorporates a hypalon liner to comply with a permit requirement for minimum seepage. The oil separator section of the sump receives oily surface collection drains. The oil and water are separated. The oil from the sump is then trucked away for disposal. The water discharges are either pumped to the scrubber effluent holding pond via a 6" diameter pipeline, 19,000 feet in length for evaporation, to the circulating water system, or to the plant oily waste sump as appropriate. Each discharge arrangement has its own set of sump pumps. The pumps and piping system which discharge to the plant oily waste sump are not included in the costs covered by this Report, nor is the circulating water system. The waters recovered are excess to any plant requirements and recovery of the waters does not provide any economic benefit to the plant.