TAILIEUCHUNG - Assessment sources of air, water and land pollution

This 1993 document entitled "Assessment of Sources of Air, Water, and Land Pollution: A Guide to Rapid Source Inventory Techniques" provides techniques for conducting source inventories in Chapter 2 and describes models for estimating air emissions under current controls in Chapter 3. Appendix II includes the United Nations (UN) classification of industries and services. | WHO FEP CCTNET J-A DISTR LIMITED English only 4-5 3 Environmental Technology Series Assessment of Sources of Air Water and Land Pollution A Guide to Rapid Source Inventory Techniques AND THEIR Use in Formulating Environmental Control Strategies Part One Rapid Inventory Techniques IN Environmental Pollution BY Alexander p. Economopoulos Democritos University of Thrace . . _ _ World Health Organization Geneva 1993 is _ yp Ị u 3 . AI ọ Wfirld Health Organization International Atomic Énsrgy Agoncy United Nanons Industrial Development Organiianon Dear Recipient The World Health Organization is pleased to provide you with the latest revision to its rapid assessment manual Assessment of Sources of Air Water and Land Pollution. This document revises an earlier publication Management and Control of the Environment WHO PEP 89 1 and was developed under WHO s Global Environmental Technology Network GETNET . GETNET is a programme to enable authorities at the local regional and national levels to identify assess and take actions on their own to prevent or eliminate environmental problems which threaten public health. In 1986 the World Health Organization teamed with three other United Nations agencies - United Nations Environment Programme UNEP United Nations Industrial Development Organization UNIDO and the International Atomic Energy Agency IAEA to form the Inter-Agency Project on Risk Management. The purpose of this programme is to develop an integrated approach to the identification prioritization and minimization of important industrial hazards in a given area. This publication represents WHO s contribution to the Inter-Agency Project We hope that this publication will be beneficial in identifying priorities for future efforts to reduce environmental pollution in your area WHO is committed to continually updating the rapid assessment programme and to developing future improvements to the document such as training modules and simplified computer programmes for .

• Môi trường
• air emissions
• assessment of air source
• water source assessment
• land contamination
• technical inventory
• environmental controls
• Air pollution
• Carbon emissions
• Economic growth
• Agricultural land
• Air pollution in Indonesia
• Aldehyde emissions from particleboard
• Medium density fiberboard products
• Aldehyde emissions
• Density fiberboard products
• Indoor air quality problems resulting
• Quality problems resulting
• Petroleum
• Refinery
• Guidance
• gas industry
• paper manufactured
• environment
• steam boilers
• process furnaces
• process heaters
• compressor engines
• Government intends
• improve access to medicines
• publishing patient
• Cellular Interactions
• Lentiviral Accessory
• Distinct Steps
• Terpene emissions
• Particleboard and medium
• During the past several decades
• Air quality in homes
• Past several decades
• Greenhouse gas emissions
• Rice straw burning
• Agricultural production
• Animal husbandry
• Summer autumn season
• Microbiological organic compost
• NAEI Point Source Database
• Regional Data
• Air Quality Pollutants
• Mapping Grids
• UK Ammonia Emissions
• Public and Pediatrics
• Paediatrics
• People and Politicians
• Emerging Risks
• Xenotropic Murine
• Leukemia Virus Related
• Medieval Experiences
• Pollutant Gas Features
• Particulate Features
• Anthropogenic Emissions
• Carbon Monoxide
• Air Quality
• Ecological Impacts
• Trace Metals
• Atmospheric Emissions
• Complex Terrain
• Atmospheric Sulfur
• Carolina
• Pennsylvania
• Virginia
• West Virginia
• Philadelphia
• Industrial experience
• Chevron Phillips
• Cedar Bayou
• pollution control
• priority substances
• reduce emissions
• Improving environmental
• damaging activities
• Emission Inventory
• Intimate Relationship
• Stomatal Responses
• Stress and Air Humidity
• Genetics and Adaptation
• Plant Genes
• Abiotic Stress
• Water Quality
• Further Reading
• Internet Resources
• Websurfer’s Challenge
• Emissions Caps
• Psychological Factors
• Conditioning Health
• Related Quality
• Elderly Women
• Urinary Incontinence
• Long Term Care
• SRO Family
• Characterization
• Plant Antioxidative
• Heavy Metal Toxicity
• Genetic and Molecular
• Report
• Quadrennial
• Defense
• Review
• Continuous Improvement
• Understanding Results
• Improvement Strategies
• Submitting the Template
• successful transition
• appropriate referrals
• Exhaust emissions
• Engine testing
• Measurement of fuel
• Combustion air
• Thermal efficiency
• Measurement of heat
• Tạp chí khoa học
• Origin of NOx emission
• Preserve global environment
• Eduction of pollutant emissions