Water Loss Asia 2024

Welcome to the 10th Edition of Water Loss Asia

Conference & Exhibition: 19-20 Nov 2024 (Tuesday & Wednesday)

Workshop: 21 Nov 2024 (Thursday)

The biennial Water Loss Asia (WLA) 2024, returns on the 19-21 November 2024 in Kuala Lumpur, focuses on the theme “Asian Perspectives on Water Loss Management and Carbon Reduction.” This event brings together experts, policymakers, and industry leaders to address the critical challenges of water loss and carbon emissions in Asia.

This year’s theme emphasizes the interconnected nature of water management and carbon reduction, highlighting how efficient water use and improved infrastructure can lead to significant energy savings and lower carbon footprints. By focusing on regional perspectives, we aim to showcase the unique challenges and opportunities that Asian countries face, as well as the groundbreaking technologies and strategies being developed to overcome them.

About the Conference & Workshop

Asian Perspectives on Water Loss Management

The theme delves into the unique challenges and innovative solutions across diverse regions in Asia. It highlights the critical issues of non-revenue water, aging infrastructure, and the varying climatic conditions that impact water systems in countries. By examining successful case studies and emerging technologies, it underscores the importance of collaborative efforts, policy reforms, and sustainable practices to ensure efficient water management and resilience against water scarcity in rapidly growing urban areas.

and Carbon Reduction

In regions like Southeast Asia, effective water loss management not only conserves water resources but also reduces the energy required for water treatment and distribution, thereby lowering carbon emissions. By implementing advanced technologies such as smart water grids and leakage detection systems, and promoting sustainable practices, Asian countries are making strides in simultaneously addressing water scarcity and climate change. Collaborative efforts and policy reforms are key to achieving significant carbon reductions while enhancing water security in urban and rural areas alike.