Clean Production Strategies Developing Preventive Environmental Management in the Industrial EconomyCRC Press, 12. 5. 1993. - 448 страница Clean Production Strategies is a cross-disciplinary book that presents a comprehensive examination of a new ethic emphasizing the appropriate design of products, processes, and economic activities to reduce the generation of waste into the environment. The book explores concepts and principles, technological issues, economic implications, the development of policy, and broad social questions associated with implementing clean production strategies. Written by a team of international experts in the field, Clean Production Strategies covers a wide range of topics, including principles of thermodynamics, quantitative assessments of material flows, the development of practical clean technologies, and the re-evaluation of our relationship with the environment. The book will be useful to government policy-makers, industrial decision-makers, plant managers, industrial engineers, economists, environmentalists, international regulatory agency personnel, and others interested in the topic. |
Садржај
The Biophysical Economy | 3 |
Environmental Quality Objectives | 29 |
The Precautionary Principle | 41 |
Uncertainty and Environmental Learning | 63 |
Costs of the Toxic Legacy | 85 |
Hazardous Futures | 105 |
Towards Prevention | 125 |
Principles of Clean Production | 143 |
Material Concerns | 225 |
Risk Reduction and Chemicals Control | 237 |
Optimal Utilisation and Durability | 261 |
Policy Options for Clean Production | 295 |
Economic Policy and Environmental Assurance | 323 |
Liability for the Environment | 345 |
Values Quality and Sustainable Development | 367 |
References | 387 |
Industrial Metabolism | 165 |
Profiting from Pollution Prevention | 189 |
Product Lifecycle Assessment | 207 |
409 | |
Чести термини и фразе
activities analysis anthropogenic approach assessment assimilative capacity bioaccumulable Chapter chemical clean production cleaner production technologies components concept consumer contaminated costs countries critical loads cultural disposal dissipative ecological economic system ecosystem effects efficiency emissions end-of-pipe energy entropy environment environmental damage environmental protection environmental quality example existing factors Figure firms global hazardous waste hazardous waste intensity heavy metals human impact implications improved increased industrial innovation inputs institutional landfill liability life-cycle limited manufacturing material efficiency measures ment mercury minimise natural North Sea OECD operational pollution prevention potential precautionary principle preventive paradigm problem product-life extension programmes raw materials recycling regulation regulatory remediation result scenario scientific knowledge sector SMEs social social traps society soil specific Stockholm Environment Institute strategies strict liability structures substances Superfund sustainability Sweden technical thermodynamic throughput tion toxic uncertainty utilisation waste management