Halkos, George (1993): An evaluation of the direct costs of abatement under the main desulphurisation technologies.
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This study summarizes the available information on the technical characteristics and costs of those sulphur abatement technol¬ogies in operation at present or coming into operation in the near future. Relying on disaggregated source data and using engineering cost functions and various technical and economic assumptions, the least cost curves of sulphur abatement for all the European countries have been derived and some examples are presented. Finally, a sensitivity analysis of abatement strategies and costs to some alternative assumptions about energy futures is presented
|Item Type:||MPRA Paper|
|Original Title:||An evaluation of the direct costs of abatement under the main desulphurisation technologies|
|Keywords:||Acid rain; Desulphurization; Abatement cost|
|Subjects:||Q - Agricultural and Natural Resource Economics; Environmental and Ecological Economics > Q2 - Renewable Resources and Conservation|
|Depositing User:||Nickolaos Tzeremes|
|Date Deposited:||05. Aug 2011 13:48|
|Last Modified:||15. Feb 2013 21:59|
APFSEN, K.H., HANSON, D.A. and GLOMSROD, S. (1986); Direct and indirect effects of reducing SO2 emissions: experimental calculations on the MSG-4E model"; Central Bureau of Statistics, Discussion Paper 20, Oslo.
BARRETT, G.W. (1986). Methods for Reducing Emissions to Air Power Stations. Clean Air, Vol. 16 No 1, pp 1-14.
BURDETT, M.A., COOPER, J.R.P., DEARNLEY, S., KYLE, W.S. and TUNNICLIFFE, M.F. (1985). The Application of Direct Limestone Injection to UK Power Stations. Journal of the Institute of Energy, 58, pp 64-9.
CONCAWE (1972); A study of the cost of residue and gas oil desulphurization for the Commission of the European Communities; Report No 13/72; December 1972.
CONCAWE (1982); SO2 emission trends and control options for western Europe; The Hague.
CONCAWE (1984). Gas Oil Desulphurization. Report 11/84. CONCAWE, Den Haag.
CONCAWE (1986). Residue Hydrodesulphurization Investment and Operating Costs. Report 4/86. CONCAWE, Den Haag.
DACEY, P.W. and COPE, D.R. (1986). Flue Gas Desulphurization: System Performance. Report No. ICEAS/B4. IEA Coal Research, London, December 1986.
DEPARTMENT OF ENERGY, (1977); Coal for the future; London.
ELSWORTH, M., (1984); Acid rain; Pluto Press, London.
ENVIRONMENTAL PROTECTION AGENCY (EPA, 1978) -450/2-78-007a; Electric utility steam generating units, background information for proposed SO2 emission standards; US Environmental Protection Agency, Washington, D.C., July 1978, pp 4-9.
ENVIRONMENTAL PROTECTION AGENCY (EPA, 1980) -600/8-80-029; August 1980. Research summary controlling sulphur oxides; U.S. Environmental Protection Agency.
GUILMOT, J.F., McGLUE, D., VALETTE, P. & WAETERLOOS, C. (1986); Energy 2000: a reference projection and alternative outlooks for the European Community and the world to the year 2000; Cambridge University Press; Cambridge.
HALKOS, G.E. (1992); Economic perspectives of the acid rain problem in Europe; D.Phil Thesis, Department of Economics and Related Studies, University of York.
HALKOS, G.E. (1993); Sulphur abatement policy: implications of cost differentials; Energy Policy, 21(10), October, pp 1035-1043.
HALKOS, G.E. (1994); Optimal abatement of sulphur in Europe, Environmental and Resource Economics, 4(2), 127-150.
HIGHTON, N. H. (1978); Technologies for the abatement of sulphur dioxide pollution; November 1978.
HIGHTON, N.H. & WEBB, M.G. (1980); Sulphur dioxide from electricity generation: Policy options for pollution control; Energy Policy, March 1980, pp 61-76.
HIGHTON, N.H. & WEBB, M.G. (1984). The Effects on Electricity Prices in England and Wales of National Sulphur Dioxide Emission Standards for Power Stations. Journal of Environmental Economics and Management 11, 70-83.
HOUVILAINEN, R.T. (1986); Costs of reducing sulphur emissions by using fluidized bed combustion technology; Lappeenranta University of Technology, Finland; ENCLAIR 1986.
INTERNATIONAL ENERGY AGENCY (IEA), (1986); Natural gas prospects; IEA, Paris.
INTERNATIONAL ENERGY AGENCY (IEA) (1987); Energy conservation in IEA countries, International Energy Agency, Paris France, OECD/IEA, pp 68-70.
INTERNATIONAL ENERGY AGENCY (IEA) (1988); Energy policies and programmes of IEA countries, International Energy Agency, 1987 review, Paris France, OECD/IEA, 494 pp.
INTERNATIONAL ENERGY AGENCY (IEA), (1990); Growth in the capacity of deSOx plants in Europe; IEA Coal Research FGD and NOx installations database.
JANSSON, S.A. and KRAEMER, W. (1986); PFBC and Multi Bed Fluidized Combustion (MBC)- Clean and economic power from coal- ; ASEA PFBC, Sweden; ENCLAIR 1986.
MALER, K.G. (1990); International environmental problems; Oxford Review of economic policy, Vol. 6, No 1, pp 80-107.
McCORMICK, J. (1989); Acid Earth; International Institute for Environ¬mental and Development (IIED).
NEWBERY, D. (1993); The impact of EC environmental policy on British Coal, Oxford Review of Economic Policy, 9(4), pp 66-95.
OECD (1978); Clean Fuel Supply. Organization for Economic Co-operation and Development, Paris.
PARKER, L.B. and KAUFMAN, A. (1985); Clean Coal technology and Acid Rain control: birds of a feather?; Washington, D.C.: Congressional Research Service, Library of Congress, 23 October 1985.
PERSSON, G.A. (1976); Control of sulphur dioxide emissions in Europe; Ambio, Vol. V, Number 5-6.
PRIOR, M. (1977); The control of sulphur oxides emitted in Coal combus¬tion; IEA Coal Research; London, December 1977 report No B1/77.
REGENS, J.L. and RYCROFT, R.W. (1988); The Acid Rain Controversy; University of Pittsburgh Press.
REMMERS, J. & RENTZ, O. (1986). Measures and Costs to Reduce SO2 and NOx Emissions with Special Regard to Industry. Paper presented at ENCLAIR '86, Taormina, Italy.
RUBIN, E.S., CUSHEY, M., MARNICIO, R.J., BLOYD, C.N. AND SKEA, J.F. (1986); Control-ling acid deposition: the role of FGD; Environment Science and Technology 20(10) pp 960-968.
SCHARER, B. & HAUG, N. (1986). Costs, Effectiveness and Application Flue Gas Cleaning in FRG. Paper presented at ENCLAIR '86, Taormina, Italy.
SCHARER, B. & HAUG, N. (1987). The Cost of Flue Gas Desulphurization and Denitrification in the Federal Republic of Germany. UNECE Report No. EB. AIR/SEM.l/R.25.
SCHWEERS, K.A. (1986); An international comparison of estimated and actual costs for sulphur removal by boiler limestone injection; Symposium ENCLAIR, Taormina Italy 1986 (published by OECD in "energy and clean air: costs of reducing emissions", Paris 1987, pp 38-44)
UNITED NATIONS ECONOMIC COMMISSION FOR EUROPE (UNECE), 1982. Draft Report on technologies for controlling sulphur emissions: technical efficiency and costs. ENV/WP.1/R.57. UN Economic and Social Council Economic Commission for Europe, Geneva.
VERNON, J.L., (1989); Market impacts of sulphur control: the consequences for coal; IEA Coal Research, October 1989, London.
VERNON, J.L., (1990); Market mechanisms for pollution control: impacts on the coal industry; IEACR/27 IEA Coal Research.