Global Drinking Water Quality Index Development and Sensitivity Analysis Report

Introduction As the principal United Nations body on environment, the UN Environment Programme (UNEP) had been tasked by UN-Water to lead on freshwater quality and aquatic ecosystem data and information inputs to the World Water Assessment Programme, and the main WWAP output, the World Water Development Report series. Part of this task involves developing global water quality indicators and ultimately, a global water quality index. UNEP delegated this responsibility to its GEMS/Water Programme, with direction to convene an international experts’ workshop designed to implement the indicators and index requirements. The workshop, attended by a group of selected indicator specialists, was convened at IAEA headquarters in Vienna, Austria (May 4th – 6th 2005) with the objective of reviewing the topic of water quality indicators/indices and making recommendations and suggestions on approaches and actions that GEMS/Water might consider in its future operations. The experts’ first recommendation was that GEMS/Water should develop a pilot study to develop an index to assess the global status of drinking water in source water supplies (UNEP GEMS/Water, 2005). The experts’ recommendation report is available on the GEMS/Water website. This report presents the results of implementing the experts’ first recommendation. It outlines an approach taken to develop a global water quality index, as well as preliminary sensitivity analysis and validation of the index against real water quality data. Limitations to the index are discussed, as well as next steps.
Quick View

Global Drinking Water Quality Index Development and Sensitivity Analysis Report

Introduction As the principal United Nations body on environment, the UN Environment Programme (UNEP) had been tasked by UN-Water to lead on freshwater quality and aquatic ecosystem data and information inputs to the World Water Assessment Programme, and the main WWAP output, the World Water Development Report series. Part of this task involves developing global water quality indicators and ultimately, a global water quality index. UNEP delegated this responsibility to its GEMS/Water Programme, with direction to convene an international experts’ workshop designed to implement the indicators and index requirements. The workshop, attended by a group of selected indicator specialists, was convened at IAEA headquarters in Vienna, Austria (May 4th – 6th 2005) with the objective of reviewing the topic of water quality indicators/indices and making recommendations and suggestions on approaches and actions that GEMS/Water might consider in its future operations. The experts’ first recommendation was that GEMS/Water should develop a pilot study to develop an index to assess the global status of drinking water in source water supplies (UNEP GEMS/Water, 2005). The experts’ recommendation report is available on the GEMS/Water website. This report presents the results of implementing the experts’ first recommendation. It outlines an approach taken to develop a global water quality index, as well as preliminary sensitivity analysis and validation of the index against real water quality data. Limitations to the index are discussed, as well as next steps.

Drinking Water Quality

Summary Ensuring supply of safe drinking water is our highest priority. In 2018-19, we achieved compliance with the health related requirements and met all health targets for drinking water quality set by the Department of Health (DoH). Health related performance • 100 per cent compliance with microbiological guidelines • 100 per cent compliance with health related chemical guidelines Non-health (aesthetic) related performance While we strive to meet guidelines for aesthetic characteristics, this can be challenging to achieve across the diverse water sources in Western Australia. This is especially the case in some of our small country water schemes where there may be few sources of drinking water available, and where installation of treatment can be very costly. In 2018-19 our performance for all aesthetic analyses was 94 per cent. Although we meet all obligations under our Water Services Licence, we recognise there are always opportunities for improvement.
Quick View

Drinking Water Quality

Summary Ensuring supply of safe drinking water is our highest priority. In 2018-19, we achieved compliance with the health related requirements and met all health targets for drinking water quality set by the Department of Health (DoH). Health related performance • 100 per cent compliance with microbiological guidelines • 100 per cent compliance with health related chemical guidelines Non-health (aesthetic) related performance While we strive to meet guidelines for aesthetic characteristics, this can be challenging to achieve across the diverse water sources in Western Australia. This is especially the case in some of our small country water schemes where there may be few sources of drinking water available, and where installation of treatment can be very costly. In 2018-19 our performance for all aesthetic analyses was 94 per cent. Although we meet all obligations under our Water Services Licence, we recognise there are always opportunities for improvement.

Total Organic Carbon For Cleaning Validation Programs; Laboratory, Online & At-Line Analysis

Introduction 

Cleaning validation programs are essential to cGMP manufacturing to ensure product quality and patient safety. Total organic carbon  (TOC) testing is a compliant method to demonstrate the cleanliness of equipment. Unlike specific methods, TOC gives a comprehensive understanding of cleanliness while gaining process efficiencies. Whether you are new to cleaning validation or a seasoned TOC user, this e-book will provide all levels a wide-ranging understanding of the what, how, and why of TOC for cleaning validation.

Quick View

Total Organic Carbon For Cleaning Validation Programs; Laboratory, Online & At-Line Analysis

Introduction 

Cleaning validation programs are essential to cGMP manufacturing to ensure product quality and patient safety. Total organic carbon  (TOC) testing is a compliant method to demonstrate the cleanliness of equipment. Unlike specific methods, TOC gives a comprehensive understanding of cleanliness while gaining process efficiencies. Whether you are new to cleaning validation or a seasoned TOC user, this e-book will provide all levels a wide-ranging understanding of the what, how, and why of TOC for cleaning validation.

    0
    Your Cart
    Your cart is emptyReturn to Shop
    ×