‘WASH Systems for Health’ is a project awarded by the Foreign, Commonwealth & Development Office (FCDO) to WaterAid Bangladesh. Through a strategic consortium, WaterAid and SNV, will support government-led initiatives to accelerate progress in their WASH priorities. The project will support to achieve improvements in the WASH systems at national and selected sub-national levels to contribute to increased access and use of sustainable, inclusive and climate-resilient WASH services. Through collective actions with government and stakeholders, this will contribute to a progressive reduction in WASH-related diseases, particularly for women, children and infants in the municipalities of Lalmonirhat and Paikgacha of Bangladesh. 

Project location:

Lalmonirhat and Khulna

Implementing partners:

Strategic partners:

SNV

Navigating the Challenges:

Bangladesh has made remarkable progress in advancing access to water, sanitation and hygiene services. However, with the ever-evolving impacts of climate change, the water crisis has become more prominent, particularly for the marginalised communities. Therefore, Bangladesh is now facing a significant challenge to improve practices and provide context specific WASH services, to ultimately realise health and wellbeing for low-income communities. Moreover, systemic barriers at the local government level including resource and capacity gaps, lack of institutional arrangements and the absence of effective, sustainable, context-specific service delivery models exacerbate the challenge even further. 

Project objective:

Progressive reduction in the number of preventable deaths of poor mothers, children, and infants due to WASH related disease in target areas of Bangladesh. 

Project targets:

  • Create viable business models opportunities for the informal sanitation workers and private Sectors. 
  • Strengthen  systems for sustainable inclusive WASH service delivery. 
  • Document, replicate and scale best practices from programme by utilising the existing platforms (CWIS-FSM cell & MAB).