Pollution Prevention and Control Technologies for Plating Operations

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Section 3 - Chemical Recovery

3.1 Introduction

3.2 Atmospheric Evaporators

3.2.1 Overview
3.2.2 Development and Commercialization
3.2.3 Applications and Restrictions
3.2.4 Technology/Equipment Description
3.2.5 Costs
3.2.6 Performance Experience
3.2.7 Operational and Maintenance Experience
3.2.8 Residuals Generation

3.3 Vacuum Evaporators

3.3.1 Overview
3.3.2 Development and Commercialization
3.3.3 Applications and Restrictions
3.3.4 Technology/Equipment Description
3.3.5 Costs
3.3.6 Performance Experience
3.3.7 Operational and Maintenance Experience
3.3.8 Residuals Generation

3.4 Ion Exchange

3.4.1 Overview
3.4.2 Development and Commercialization
3.4.3 Applications and Restrictions
3.4.4 Technology/Equipment Description
3.4.5 Costs
3.4.6 Performance Experience
3.4.7 Operational and Maintenance Experience
3.4.8 Residuals Generation

3.5 Electrowinning

3.5.1 Overview
3.5.2 Development and Commercialization
3.5.3 Applications and Restrictions
3.5.4 Technology/Equipment Description
3.5.5 Costs
3.5.6 Performance Experience
3.5.7 Operational and Maintenance Experience
3.5.8 Residuals Generation

3.6 Electrodialysis

3.6.1 Overview
3.6.2 Development and Commercialization
3.6.3 Applications and Restrictions
3.6.4 Technology/Equipment Description
3.6.5 Costs
3.6.6 Performance Experience
3.6.7 Operational and Maintenance Experience
3.6.8 Residuals Generation

3.7 Reverse Osmosis

3.7.1 Overview
3.7.2 Development and Commercialization
3.7.3 Applications and Restrictions
3.7.4 Technology/Equipment Description
3.7.5 Costs
3.7.6 Performance Experience
3.7.7 Operational and Maintenance Experience
3.7.8 Residuals Generation

3.8 Meshpad Mist Eliminators

3.8.1 Overview
3.8.2 Development and Commercialization
3.8.3 Applications and Restrictions
3.8.4 Technology/Equipment Description
3.8.5 Costs
3.8.6 Performance Experience
3.8.7 Operational and Maintenance Experience
3.8.8 Residuals Generation

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