Industrial Pollution Prevention Handbook
by Harry M. Freeman
Don't Clean Up Pollutants--Prevent them Why conduct expensive clean ups when you can
drasticaly reduce pollutants by improving management, boosting efficiency,
eliminating toxins from your production process, or modifying product design.
In the Industrial Pollution Prevention Handbook, Harry Freeman of the EPA's
Risk Reduction Engineering Lab, gives you a step-by-step pollution prevention (P2)
program plus case histories that show how to implement it in 16 different industries.
You'll see how to:
- Integrate P2 into your TQM program
- Conduct risk analysis to set P2 priorities
- Measure P2 progress
- Use Total Cost Assessment to prove the profitability of P2 programs and
win management support
- Apply P2 to the electronics, chemical, petroleum, metal fabrication, textile,
paper, pharmaceutical, auto, electroplating, and furniture industries
- plus much more
Contents
- Pollution Prevention
- Overview of Waste Reduction Techniques Leading to Pollution Prevention
- Pollution Prevention Requirements in United States Environmental Laws
- Expanding the Pollution Prevention Framework
- Voluntary Pollution Prevention Programs
- State Facility Planning Requirements
- Pollution Prevention Incentives, Barriers, Regulations, and State Programs
- Develo0ping and Maintaining a Pollution Prevention Program
- Pollution Prevention and Total Quality Management
- Examples of Successful Pollution Prevention Programs
- Agile Manufacturing
- Facility Pollution Prevention Planning
- Descriptive Approach for Pollution Prevention Assessments
- Application of Risk Analysis to Set Pollution Prevention Priorities
- Profitability Analysis of Pollution Prevention Investments Using Total Cost Assessment
- Accounting for the Environment
- Measuring Pollution Prevention Progress
- Pollution Prevention through Life-Cycle Design
- Life-Cycle Assessment
- Product Labeling
- Pollution Prevention in Process Development and Design
- Pollution Prevention through Reactor Design
- Separations Technologies
- Pollution Prevention through Process Control
- Pollution Prevention through Process Simulation
- Pollution Prevention through Chemistry
- Mixing as a Tool for Pollution Prevention in Reactive Systems
- Process Equipment for Cleaning and Degreasing
- Pollution Prevention in Coating Application and Removal
- Pollution Prevention in Office Operations
- Pollution Prevention in Laboratory Operations
- Solvent Substitutes
- Maintenance Operations and Pollution Prevention
- Measuring the Performance of Environmentally Friendly Cleaning Solvents
- Materials Management
- Generic Pollution Prevention
- An Overview of Potential Environmental Impact from Industrial Activity
- Biotechnology for Pollution Prevention
- Pollution Prevention in the Electronics Industry
- Industrial Waste Recycling at an Automotive Component Manufacturing Facility
- Pollution Prevention and Foundries
- Pollution Prevention in the Power Generation Industry
- Pollution Prevention in the Fabricated Metal Products Industry
- Pollution Prevention in the Chemical Industry
- Pollution Prevention in the Petroleum Refining Industry
- Pollution Prevention in the Electroplating Industries
- Pollution Prevention at General Motors
- Wood Furniture Finishing
- Encouraging Pollution Prevention through Publicly Owned Treatment Works Activities
- Pollution Prevention in the Textile Industries
- Pollution Prevention in the Pulp and Paper Industry
- Pollution Prevention in the Pharmaceutical Industry
- Sources of Pollution Prevention Information
Index
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