Cleaner Transport Fuels for Cleaner Air in Central Asia and the Caucasus

Combating pollution needs to be based on standards supported by enforced regulatory, and physical infrastructure, not always in place in countries in transition from central planning to a market economy. Policymakers in the Central Asia and the Caucus region, however, are recognizing the need for such steps against pollution, demonstrated by their commitment to phase out lead from gasoline. To support these efforts, the Bank undertook a regional study on cleaner transport fuels for urban quality improvement in the region, recognizing that fuel quality improvements should be linked to broader air quality management, to ensure cost-effectiveness, and in addressing these issues, it is therefore possible to build on economies of scale, avoid duplications, allow the transfer of experience, and facilitate intra-regional trade in petroleum products. This lead to this study's observations, and recommendations. The establishment of continuous monitoring of the "classical" pollutants, should permit comparison with international standards, by monitoring fine particles, airborne lead, and ground-level ozone. In turn, facilities with diagnostic equipment, and qualified technicians should be available, including vehicle registration systems. It is recommended that gasoline lead should be eliminated by 2005, sulfur in gasoline should be limited by 2015, benzene reductions should be phased out, and instead introduce the acceptable diesel sulfur specifications, and standards as in developed countries. Considerations should include the installation of isomer units; reevaluation on the role of refineries in gasoline production; and, fuel-quality specifications in privatization biding documents, should ensure predictability of regulations.

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Bibliographic Details
Main Author: World Bank
Language:English
en_US
Published: Washington, DC 2001-08
Subjects:ACCELERATION SIMULATION MODE, AERODYNAMIC DIAMETER, AIR POLLUTION, AIR POLLUTION FROM TRANSPORT, AIR QUALITY, AIR QUALITY GUIDELINES, AIR QUALITY IMPROVEMENT, AIR QUALITY MANAGEMENT, AIR QUALITY MONITORING, AIRBORNE LEAD, ALCOHOLS, AROMATICS, BASES, BENZENE, BRANCHED PARAFFINS, CARBON, CARBON ATOMS, CARBON DIOXIDE, CARBON MONOXIDE, CATALYST REGENERATION, CATALYSTS, CATALYTIC CONVERTER, CATALYTIC CRACKING, CENTRAL PLANNING, CETANE IMPROVEMENT ADDITIVES, CETANE INDEX, CETANE NUMBER, CHEMICAL PROCESS, CHEMICALS, CLEAN AIR, CLEAN FUEL, CLEANER FUELS, CO, CO2, COLORS, COMBUSTION, COMBUSTION CHAMBER, COMPRESSED NATURAL GAS, CONSERVATION, CONTINUOUS MONITORING, COST ANALYSIS, CRUDE DISTILLATION, CRUDE OILS, CRUDE PETROLEUM, DECISION MAKING, DIESEL, DIESEL FUEL, DIFFUSION, ECOLOGY, ECONOMIES OF SCALE, ECONOMISTS, ELEVATED AMBIENT CONCENTRATIONS, EMISSION STANDARDS, EMISSIONS LEVELS, EMISSIONS STANDARDS, ENERGY CONSUMPTION, ENERGY PRACTICES, ENVIRONMENTAL ACTION, ENVIRONMENTAL ISSUES, ENVIRONMENTAL PROBLEMS, ETHERS, EXHAUST SYSTEM, FINE PARTICLES, FINE PARTICULATE MATTER, FOSSIL FUELS, FUEL, FUEL CONSUMPTION, FUEL DEMAND, FUEL ECONOMY, FUEL MIX, FUEL OIL, FUEL PRICING, FUEL QUALITY, FUEL QUALITY MONITORING, FUEL REGULATIONS, FUEL REQUIREMENTS, FUEL SPECIFICATIONS, FUEL USE, GAS CHROMATOGRAPH, GAS INDUSTRY, GAS OIL, GAS PROGRAM, GASOLINE, GASOLINE ENGINE, GASOLINE FRACTION, GASOLINE OCTANE, GASOLINE POOL, GASOLINE QUALITY, GASOLINE SPECIFICATIONS, GASOLINE SULFUR, GNP, GREENHOUSE, GREENHOUSE GASES, GROSS NATIONAL PRODUCT, HC, HEAVY OILS, HUMAN HEALTH, HYDROCARBONS, HYDROGEN, HYDROMETEOROLOGY, LEADED GASOLINE, LIVING CONDITIONS, LNG, MANGANESE, METHYL TERTIARY-BUTYL ETHER, MINERAL, MTBE, NATURAL GAS, NATURAL RESOURCES, NITROGEN, NITROGEN DIOXIDE, NO2, NOX, OCTANE, OCTANE BOOSTERS, OCTANE DEMAND, OCTANE GASOLINE, OIL & GAS, OIL AND GAS, OIL REFINERY, OILS, OLIGOPOLY, ORGANIC COMPOUNDS, OXIDES, OXIDES OF NITROGEN, OXYGEN, OZONE, PESTICIDES, PETROLEUM, PETROLEUM INDUSTRY, PETROLEUM PRODUCTS, PETROLEUM SECTOR, PM10, POLLUTANT CONCENTRATIONS, POLLUTANTS, POLLUTION ABATEMENT, POVERTY ALLEVIATION, PUBLIC EXPENDITURES, REFINERIES, REFINERY, REFINING, REMOTE SENSING, SO2, STATIONARY SOURCES, STREAM, SULFUR DIOXIDE, SUSPENDED PARTICLES, SUSTAINABLE ENERGY, TEMPERATURE, TRAFFIC, TRANSPORT FUEL, TRANSPORT FUEL CONSUMPTION, TRANSPORT FUELS, URBAN AIR POLLUTION, URBAN AIR QUALITY, URBAN POLLUTION, VEHICLE, VEHICLE EMISSION, VEHICLE EMISSION LEVELS, VEHICLE EMISSIONS, VEHICLE INSPECTION, VEHICLE SERVICING, VEHICLES, WATER QUALITY, WORLD HEALTH ORGANIZATION,
Online Access:http://documents.worldbank.org/curated/en/2001/08/1671294/cleaner-transport-fuels-cleaner-air-central-asia-caucasus
https://hdl.handle.net/10986/20292
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Summary:Combating pollution needs to be based on standards supported by enforced regulatory, and physical infrastructure, not always in place in countries in transition from central planning to a market economy. Policymakers in the Central Asia and the Caucus region, however, are recognizing the need for such steps against pollution, demonstrated by their commitment to phase out lead from gasoline. To support these efforts, the Bank undertook a regional study on cleaner transport fuels for urban quality improvement in the region, recognizing that fuel quality improvements should be linked to broader air quality management, to ensure cost-effectiveness, and in addressing these issues, it is therefore possible to build on economies of scale, avoid duplications, allow the transfer of experience, and facilitate intra-regional trade in petroleum products. This lead to this study's observations, and recommendations. The establishment of continuous monitoring of the "classical" pollutants, should permit comparison with international standards, by monitoring fine particles, airborne lead, and ground-level ozone. In turn, facilities with diagnostic equipment, and qualified technicians should be available, including vehicle registration systems. It is recommended that gasoline lead should be eliminated by 2005, sulfur in gasoline should be limited by 2015, benzene reductions should be phased out, and instead introduce the acceptable diesel sulfur specifications, and standards as in developed countries. Considerations should include the installation of isomer units; reevaluation on the role of refineries in gasoline production; and, fuel-quality specifications in privatization biding documents, should ensure predictability of regulations.