National Initiatives in Green Technologies: Hearings Before the Subcommittee on Technology, Environment, and Aviation of the Committee on Science, Space, and Technology, U.S. House of Representatives, One Hundred Third Congress, First Session, October 5 and November 18, 1993, Volume 4U.S. Government Printing Office, 1994 - 343 pages |
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Results 6-10 of 49
Page 51
... Solid , Hazardous Waste -25- Table 3.2 Selected Pollution Prevention Engineering Projects The following projects. Material Total Release Capital Annual Benzene Average No. of Projects Released Reduction Cost Cost Exposure Cost ( Note 1 ) ...
... Solid , Hazardous Waste -25- Table 3.2 Selected Pollution Prevention Engineering Projects The following projects. Material Total Release Capital Annual Benzene Average No. of Projects Released Reduction Cost Cost Exposure Cost ( Note 1 ) ...
Page 52
... solids waste loads in the sewer system , affecting the waste water treatment plant and volatile losses from the drainage system . 3. Reduce FCU Catalyst Fines : Evaluate possible performance of more attrition resistant FCU catalyst to ...
... solids waste loads in the sewer system , affecting the waste water treatment plant and volatile losses from the drainage system . 3. Reduce FCU Catalyst Fines : Evaluate possible performance of more attrition resistant FCU catalyst to ...
Page 53
... solid waste generation . 7. The Benzene Waste Operations NESHAP requires control of benzene emissions from refinery wastewater sources . separate projects ( 7A , 7B , and 7C ) were identified to meet these requirements . Specific design ...
... solid waste generation . 7. The Benzene Waste Operations NESHAP requires control of benzene emissions from refinery wastewater sources . separate projects ( 7A , 7B , and 7C ) were identified to meet these requirements . Specific design ...
Page 55
... Technology, Environment, and Aviation. Figure 2.2 Pollution Prevention Sampling Program ( Number of Samples ) Air 630 Solid Waste 37 Soils 39 Water 110 Groundwater 143 Pollutant Generation at Refinery : 27,504 ( See Figure 2.3. 55.
... Technology, Environment, and Aviation. Figure 2.2 Pollution Prevention Sampling Program ( Number of Samples ) Air 630 Solid Waste 37 Soils 39 Water 110 Groundwater 143 Pollutant Generation at Refinery : 27,504 ( See Figure 2.3. 55.
Page 56
... solids , inorganics 14 % Groundwater Solid Waste Hazardous and solid waste : 8104 Catalysts , sludges , spent caustic 29 % Caustic to off - site recycle : 3788 Water treatment Pollutant Releases from Refinery : 15,380 ( See Figure 2.5 ) ...
... solids , inorganics 14 % Groundwater Solid Waste Hazardous and solid waste : 8104 Catalysts , sludges , spent caustic 29 % Caustic to off - site recycle : 3788 Water treatment Pollutant Releases from Refinery : 15,380 ( See Figure 2.5 ) ...
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achieve activities air pollution air quality Amendments Amoco analysis application approach assessment benzene Chairman chemical clean Clean Air Act Clean Water Act compliance cost cotton criteria cycle assessments disposal DRAFT FOR DISCUSSION DRAFT-FOR DISCUSSION PURPOSES Ecollection economic effective effluent emission reduction emissions trading engineering environment environmental management environmental protection environmental technologies EPA's Esprit example facility Federal flexibility Georgia-Pacific goals green technology hazardous waste IMHOFF impact implementation improve incentives industry initiatives legislation life-cycle limited MACT major stationary source manufacturing materials multimedia NSPS operations opportunities options organizations permit pollution control pollution prevention potential priorities proposed quality-based RCRA recycling Refinery regulations regulatory release reduction requirements risk rule solid waste source category specific stationary source statute statutory strategies Subcommittee sustainable development toxic unit VALENTINE wastewater water quality Yorktown Project