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Industry contributes various kinds of pollutants to the environment and different countries are facing different types of industrial pollution problems that are attracting a lot of attention worldwide. The industry sector generates both traditional pollutants (e.g., organic substances, sulphur dioxide, particulates and nutrients) as well as newly-recognised pollutants (e.g., specific toxic substances). Thus, industry has particular environmental responsibility in terms of such factors as plant location and design, environmental pollution, vibration and noise controls, waste disposal, occupational health and safety aspects, and long-range planning. This two-volume book summarises various aspects of pollution prevention and waste minimisation aspects in various industries. It discusses emissions from particulate matter and its control, industrial wastewater and its treatment, common effluent treatment plant, industrial biotechnology and climate change, pollution control in mechanical, electrical, metallurgical and mining industry, pollution control in cement, ceramic and glass industry, pollution control in chemical process and allied industries, pollution control in sugar, pulp and paper, rubber and plastic industries. A unique features of the book is chapters on process integration for pollution prevention and energy saving and nanotechnology for industrial pollution prevention.
Point Sources of Pollution: Local Effects and their Control is a component of Encyclopedia of Environmental and Ecological Sciences, Engineering and Technology Resources in the global Encyclopedia of Life Support Systems (EOLSS), which is an integrated compendium of twenty one Encyclopedias. Point sources of pollution are the major causes of degradation of ecosystems, and may have significant effects on human health if they are not properly controlled. They can be classified in terms of sources, the discharged media, and the pollutants themselves. Broadly speaking, the sources include municipal and industrial sector activities, and the media include water, air, and solids. Noise is also an important form of pollution. Pollutant compositions from point sources can be vast, varied, and complex, and can vary between different countries and regions. The Theme discusses matters of great relevance to our world such as: Vehicular Emissions; Industrial Pollution; Domestic Pollution; Environmental Pollutants and Their Control; Technologies for Air Pollution Control; and Technologies for Water Pollution Control. These two volumes are aimed at the following five major target audiences: University and College students Educators, Professional practitioners, Research personnel and Policy analysts, managers, and decision makers and NGOs.
A guide to understanding common technologies used in industrial air pollution control. It provides plant process engineers, air pollution control engineers and technicians with an overview of pollution controls systems and equipment. Tips for recognizing and solving common equipment problems are an integral element of the book. SI units are included.
USA. Handbook designed to help industry meet its environmental protection obligations in respect of pollution control of industrial waste disposal - covers research programmes for air pollution and water pollution control, equipment and costs examines control methods in the iron and steel industry, the metalworking industry, the pulp and pulp and paper industry, the chemical industry, the food industry, the textile industry, etc., and comments on relevant federal and state legislation. Diagrams, illustrations and statistical tables.
Industrial Pollution Control: Issues and Techniques Second Edition Nancy J. Sell This revised guide incorporates all the important information on pollution sources, control methods, and pollution regulations generated since publication of the previous edition in 1981. This edition surveys the impacts of every type of pollution on health, plants, materials, and weather. It discusses how different types of pollution are produced, laws governing specific emissions, and both existing and emerging air, water, and solid waste control techniques. Detailed sections zero in on processing methods, pollution production, and control methods in specific industries, including chemical, physical, and economic factors that inhibit better pollution control. Case studies offer insights into processes that directly minimize emissions or indirectly reduce them by decreasing energy needs. Pollution issues of iron and steel manufacturing, foundry operations, metals finishing, cement manufacture, glass manufacture, paper and pulp, food processing, brewing, tanning, and chemical industries are probed in depth. Among the new pollution control strategies covered are: * Regulations, treatment techniques, and disposal methods for hazardous wastes * Direct steelmaking processes that reduce pollution * Modified glassmaking furnaces that decrease pollution * Non-chlorine pulp bleaching sequences that curtail production of toxic substances such as dioxin * Secondary fiber utilization and reduction of PCB emissions * Resource recovery from sludges and ashes * Chemical spill containment and cleanup * Uses of degradation and recycling to reduce plastics waste Coverage of the impact of U.S. regulations, status of the U.S. environment, continuing problems, economic costs, and cost-benefit issues further increases the value of this source to environmental engineers and scientists working for the EPA, state regulatory agencies, or consulting engineering firms. This guide is also a vital reference for environmentalists working with advocacy groups, and environmental or process engineers in industry.
Environmental Industrial Pollution Control, In Six Volumes, In An Outstanding Effort To Demonstrate The Progress That Has Been Made In The Recent Past In Overcoming Different Types Of Pollution In Various Industries. The Matter Has Been Carefully Selected, Compiled And Edited By A Team Of Experts On Both Teaching As Well As From Research Fields. In This Book, An Attempt Has Been Made To Select The Case Studies From The Different Types Of Industries. Each Topic Covered Is Self-Sufficient In It And Comprises Vital Information About The Pollution Control In The Industry. Other Issues Like Air Pollution, Water Pollution, Noise Pollution, Thermal Pollution, Radiation Pollution, Solid Waste Pollution, Etc. And Their Cause And Remedial Measures Are Given Elaborate Treatment. Profusely Illustrated And Self-Explanatory Graphs And Diagrams And Selected References, Given At The End Of Each Chapter For Ready Reference And Further Readings, This Work Will Be Of Immense Value To The Students Of Environment, And Scientists And Engineer Working On Pollution Problems And Plant Designers.
Deals specifically with pollution problems of agro-industries, providing information that can be used to analyze and solve these problems. Presents a general description of the industrial process, the characteristics of the waste products, and the applicable waste treatment methods, including the expected performance and cost of the methods. Part 1 presents general discussions of pollution control approaches and an overview of problems and solutions. Part 2 provides details for making decisions pertaining to preliminary designs and evaluation.