A compilation of papers presented at the International Workshop on Technologies for Arsenic Removal from Drinking Water organized by Bangladesh University of Engineering and Technology (BUET), Dhaka, Bangladesh and The United Nations University, Tokyo, Japan. Edited by: M. Feroze Ahmed Ph.D. Professor Department of Civil Engineering BUET, Dhaka-1000, Bangladesh M. Ashraf Ali Ph.D. Associate Professor Department of Civil Engineering BUET, Dhaka-1000, Bangladesh Zafar Adeel Ph.D. Academic Programme Officer Environment and Sustainable Development The United Nations University, Tokyo, Japan

All files in PDF format. "Contents" contains links to all papers.

• Preface
• Safe Water Technology for Arsenic Removal (Johnston and Heijnen)
  
• Arsenic Removal Processes on Trial in Bangladesh (Sharmin)
  
• Removal of Arsenic from Drinking Water by Precipitation, Adsorption or Cementation (Robins et al.)
  
• Low-cost Technique of Arsenic Removal from Water and Its Removal Mechanism (Mamtaz and Bache)
  
• Granular Ferric Hydroxide for Elimination of Arsenic from Drinking Water (Pal)
  
• Approaches for Removal of Arsenic from Tubewell Water for Drinking Purpose (Hussain et al.)
  
• Comparative Studies for Selection of Technologies for Arsenic Removal from Drinking Water (Saha et al.)
  
• Design of A Low-cost Purification System for the Removal of Arsenic from Tubewell Water in Bangladesh and India (Crisp and Chowdhury)
  
• Development of Low-cost Technologies for Removal of Arsenic from Groundwater (Ali et al.)
  
• Removal of Arsenic from Bangladesh Well Water Using A Household Filtration System (Meng and Korfiatis)
  
• Development of An Activated Alumina Based Household Arsenic Removal Unit (Jalil and Ahmed)
  
• Apyron Arsenic Treatment Unit- Reliable Technology for Arsenic Safe Water (Senapati and Alam)
  
• Evaluation of A Arsenic Removal Household Device : Bucket Treatment Unit (BTU) (Tahura et al.)
  
• Evaluation of Performance of Sono 3-Kolsi Filter for Arsenic Removal from Groundwater Using Zero Valent Iron Through Laboratory and Field Studies (Munir et al.)
  
• Rapid Assessment of Technologies for Arsenic Removal at the Household Level (Sutherland et al.)
  
• In-situ Removal of Arsenic-Experiences of DPHE-Danida Pilot Project (Sarkar and Rahman)
  
• A Study of Arsenic Treatment Technologies and Leaching Characteristics of Arsenic Contaminated Sludge (Eriksen-Hamel and Zinia)
  
• Evaluation of Arsenic Mitigation Technologies for Use in Bangladesh (Boerschke and Stewart)
  
• A Simple Household Device to Remove Arsenic from Groundwater and Two Years Performance Report of Arsenic Removal Plant for Treating Groundwater with Community Participation (Das et al.)
  
• An Overview of Arsenic Removal Technologies in Bangladesh and India (Ahmed)
  
• Policy Dimensions of the Arsenic Pollution Problem in Bangladesh (Adeel)