Publications

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

Based on recommendations by international river basin and water body commissions, a checklist concept was developed as a tool to efficiently evaluate the condition of installations handling substances and preparations hazardous to water. It comprises an overview of potential fields of action as well as specific checklists subdivided by functional units, sectors and risk areas.

This study presents the greenhouse gas (GHG) mitigation potential of municipal solid waste (MSW) management in OECD countries as well as India and Egypt. Three detailed GHG balances for the USA, India, Egypt and one balance for the OECD countries are elaborated applying the life cycle assessment (LCA) method according to ISO 14040/14044 for waste management.