A graphical approach to determine the economics of recovering resources from municipal solid waste
Tài liệu tham khảo
1976, 172
1976, 520
Abert, 1974, The economics of resource recovery, Science, 183, 1052, 10.1126/science.183.4129.1052
Nontechnical Issues, in Resource Recovery and Utilization, Proc. of the National Materials Conservation Symposium, ASTM Special Technical Publication 592, American Society for Testing and Materials.
Lewis, 1975, Development of refuse to energy systems: The Institutional Issues, 67
1976, Resource Recovery and Energy Rev., 3, 10
Kelliher, 1976, The Boston North Shore system — A case study of a multi-community, privately financed refuse disposal and energy recovery system, Proc. Conf. Conversion of refuse to energy, 3, 513
MacAdam, 1976, Design and pollution control features of the Saugus, Massachusetts steam generating refuse-energy plant, Resource Recovery and Conservation, 1, 235, 10.1016/0304-3967(76)90035-4
McEwen, 1976, Can Nashville's story be placed in perspective?, Solid Wastes Management, 19, 24
Engdahl, 1976, Identification of technical and operating problems of Nashville Thermal Transfer Corporation waste to energy plant, 28
1975, Waste Age, 6, 22
1975, Solid Wastes Management, 18, 20
Funk, 1975, Solid waste for power generation fuel in a small city, Conversion of Refuse to Energy, 18, 268
Klumb, 1976, Union Electric Company's solid waste utilization system, Resource Recovery and Conservation, 1, 225, 10.1016/0304-3967(76)90034-2
Lacke, 1975, The Americology approach to resource recovery
De Leuw, Catler and Co, 1975, Solid waste management and disposal system for the City of Milwaukee, 338
1974, NCRR Bull., 4, 7
1976, Suloway, Chicago's refuse disposal system — organization and financing, 437
1976, NCRR Bull., 6, 4
Elo, 1976, Solid waste fuel pellets provide fuel supplement, Pollution Eng., 8, 32
Rigo, 1975, Technical evaluation study: Energy recovery solid waste incineration at Naval Station Mayport, Florida, 61
Weinstein, 1975, Pyrolysis/state of the art, Public Works, 106, 83
Fisher, 1976, Purox system, 447
Flanagan, 1976, Pyrolysis of domestic refuse with mineral recovery, 226
Levy, 1976, The conversion of municipal solid waste to a liquid fuel by pyrolysis, 226
Zulver, 1976, A full-scale refuse pyrolysis system for Baltimore, Maryland, 238
Levy, 1975, San Diego County demonstrates pyrolysis of solid waste, U.S. Environmental Protection Agency, Environmental Grant No. S-80158
Lingle, 1976, Baltimore pyrolysis and waste-fired steam generator emissions, Waste Age, 7, 6
Lingle, 1976, Baltimore pyrolysis and waste-fired steam generator emissions, Waste Age, 7, 77
Sussman, 1975, Baltimore demonstrates gas pyrolysis, U.S. Environmental Protection Agency, Grant No. S-801533
U.S. Environmental Protection Agency, 1972, Salvage Markets for Materials in Solid Wastes, 156
National Center for Resource Recovery, Inc, 1973, Municipal solid waste … its volume, composition and value, NCRR Bull., 3, 9
American Iron and Steel Inst, 1976, Summary report of solid waste processing facilities, 8
National Center for Resource Recovery, 1976, Recovery 1 … A progress report, NCRR Bull., 6, 40
see also: National Center for Resource Recovery, Materials Recovery System, pp. 8-1–8-10.
U.S. Bureau of Mines, 1974
Sullivan, 1971, Economics of Recycling Metals and Minerals from Urban Refuse, Bureau of Solid Waste Research, Program Report No. 33, 11
National Center for Resource Recovery, Inc, 1974, Source separation of paper … a growing practice, NCRR Bull., 4, 12
National Center for Resource Recovery, Inc, 1974
Perry, 1963, 26
National Center for Resource Recovery, Inc, 1974, Sanitary landfill: a State-of-the-Art Study, 31
1972
Brodetsky, 1949