Toxic Waste Minimization in Print.Circ.

1. Introduction and Summary Background Waste Minimization Case Study Selection Project Summary and Results Metal Plating Bath Waste Minimization Case Studies Resist Developing Solvent Recovery Case Studies2. Conclusions Electronic Industry Waste Management Organic Solvent Wastes Metals-Containing Wastes Case Study Findings3. Recommendations4. The Electronics Products Industry Background Waste Generation Waste Management5. Facility A Case Study Facility Characterization Facility Description Waste Sources Waste Management Waste Characterization/Process Monitoring Process Testing and Analytical Results Test Deviations and Changes Economic Evaluation6. Facility B Case Study Facility Characterization Facility Description Waste Sources Waste Management Process Testing and Analytical Results Process Testing Analytical Results Economic and Environmental Evaluation Economic Evaluation Environmental Evaluation7. Facility C Case Study Facility Characteristics Facility Description Waste Sources Waste Management Process Testing and Analytical Results Process Testing Process Testing Results Economic and Environmental Evaluation Economic Evaluation Environmental Evaluation8. Facility D Case Study Facility Characterization Facility Description Waste Sources Developer Waste Management Process Testing and Analytical Results Process Testing Analytical Results Economic and Environmental Evaluation Economic Evaluations Environmental Evaluation9. Facility E Case Study Facility Characterization Facility Description Waste Sources Electroplating Bath Waste Management Process Testing and Analytical Results Process Testing Analytical Results Economic and Environmental Evaluation Economic Evaluation Environmental Evaluation10. Facility F Case Study Facility Characterization Facility Description Waste Sources Waste Management Process Testing and Analytical Results Process Testing Analytical Results Economic and Environmental Evaluation Economic Evaluation Environmental EvaluationReferencesAppendix A: Quality Assurance Summary Introduction Project Organization and Responsibility Precision, Accuracy, Completeness, Representativeness and Comparability Facility A Facility B Facility C Facility D Facility E Facility F Sampling Procedures Facility A Facility B Facility C Facility D Facility E Facility F Sample Custody Calibration Procedures and Frequency Analytical Procedures Data Reduction, Validation, and Reporting Internal Quality Control Checks Preventive Maintenance Assessment of Precision, Accuracy and Completeness Corrective Action Quality Assurance Reports