Synopses & Reviews
To satisfy demands for software systems that collect, organize and utilize pollution prevention auditing, design and implementation, hundreds of software companies have developed and are marketing software systems that perform these functions.
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Description
Includes bibliographical references (p. 487-493) and index.
Table of Contents
SELECTED CONTENTS 1. INTRODUCTION
Historical Perspective | Existing Chemical Information Systems | Pollution Prevention Value Added Systems | System Selection Criteria Eight Classes of Systems
2. SYSTEMS OVERVIEWS
Life Cycle Analysis | Cost Estimating Software | Pollution Prevention Installation Scheduling and Cost Control | Risk Assessment Systems | Chemical Tracking Systems | Financial Analysis Systems | Environmental Cost Impact Analysis | Waste Reduction Systems
3. COST ESTIMATING SYSTEMS
4. SCHEDULING/COST CONTROL
High-End Scheduling | Low-High End Scheduling | Low-End Scheduling | Cost Control/Analysis | Abbreviated Profiles
5. RISK ASSESSMENT
Generic Risk Assessment | Project Risk/Contingency | Abbreviated Profiles
6. REMEDIATION SYSTEMS
Cost Estimation, Scheduling | RI/FS: Planning and Risk Analysis | Cost Tracking
7. CHEMICAL TRACKING
Facility Management and Environmental Health and Safety | Waste Management and Tracking | Abbreviated Profiles
8. FINANCIAL ANALYSIS
9. COST IMPACT ANALYSIS
10. WASTE REDUCTION
Avoidable Waste Management Costs at DOE Facilities | Eco-AccountingSM | Facility Pollution Prevention Guide | Historical Cost Analysis System (HCAS) | Industrial Waste Prevention, Guide to Developing an Effective System | Low-Level and Transuranic Waste Transportation, Disposal, and Facility | Decommissioning Cost Sensitivity Analysis | Model Pollution Prevention Opportunity Assessment Guidance | Process Waste Assessment Guidance Manual | SRS Waste Cost Analysis | Systems Cost Model (SCM) | Waste Cost Avoidance Model Template | Waste Life-Cycle Cost: Generic Guidance and Assumptions | Waste Plan