Deadline: 29-Sep-2026
The Desalination and Water Purification Research (DWPR) Program by the U.S. Bureau of Reclamation supports innovative research and technology development to improve water treatment, increase water supplies, and strengthen water resource management. The programme provides funding of approximately USD 5.7 million for laboratory and pilot-scale projects that reduce treatment costs, energy use, and barriers to adopting advanced water purification solutions.
Overview of the Desalination and Water Purification Research Program
The Desalination and Water Purification Research (DWPR) Program provides financial support for innovative water treatment research that helps address water supply challenges.
The programme is administered by the Bureau of Reclamation and focuses on developing technologies that can transform impaired or difficult-to-treat water sources into usable water supplies.
The initiative supports research that improves:
- Water availability
- Water treatment efficiency
- Resource management
- Technology adoption
- Environmental sustainability
Purpose of the Programme
The main objective of the DWPR Program is to develop and advance technologies that increase water supply flexibility while reducing the challenges associated with water treatment.
The programme aims to:
- Reduce the cost of water treatment technologies
- Lower energy requirements for purification processes
- Improve treatment of impaired water sources
- Support innovative research and development
- Encourage commercialization of successful technologies
Key Research Areas Supported
The programme supports projects focused on innovative water treatment solutions.
Advanced Water Treatment Technologies
Research may address:
- Desalination technologies
- Water purification systems
- Emerging treatment methods
- Improved filtration approaches
- Energy-efficient treatment processes
Laboratory and Pilot-Scale Research
Supported projects may include:
- Laboratory testing
- Technology validation
- Pilot demonstrations
- Performance evaluation
- Field-based research
Water Resource Development
Projects should demonstrate how research can:
- Increase available water supplies
- Improve water management practices
- Support reliable water access
- Enhance water system resilience
Technology Commercialization
The programme encourages projects that create pathways for:
- Scaling technologies
- Industry adoption
- Market readiness
- Practical implementation
Why This Programme Matters
Growing water demand, climate change, drought conditions, and water quality challenges require innovative solutions for sustainable water management.
The DWPR Program helps address these challenges by supporting technologies that can:
- Create additional water resources
- Treat previously unusable water sources
- Improve water security
- Reduce operational costs
The programme supports the Bureau of Reclamation’s mission to manage and protect water resources in an environmentally and economically responsible way.
Funding Details
The programme provides significant financial support for water innovation projects.
Estimated total programme funding:
- USD 5.7 million
Individual award range:
- Minimum award: USD 100,000
- Maximum award: USD 800,000
Funding amounts may vary depending on project scope, research requirements, and programme priorities.
Who is Eligible?
Eligible applicants include:
Government Organizations
- State governments
- County governments
- City or township governments
- Special district governments
- Independent school districts
- Native American tribal governments and organizations
- Public housing authorities
Educational Institutions
- Public universities and colleges
- Private universities and colleges
Private and Nonprofit Organizations
- Small businesses
- For-profit organizations
- Nonprofit organizations
- Individuals
- Other eligible entities
Applicants should demonstrate the technical capacity and resources needed to conduct innovative water treatment research.
Eligible Project Characteristics
Strong proposals should demonstrate:
- Innovative research concepts
- Clear water supply benefits
- Technical feasibility
- Potential for wider adoption
- Environmental and economic advantages
Projects should explain how proposed technologies can move from research stages toward practical implementation.
How to Apply
Organizations interested in applying should prepare a research proposal describing their technology, objectives, and expected outcomes.
Step 1: Identify a Research Challenge
Applicants should define:
- Water treatment problem being addressed
- Current limitations of existing technologies
- Need for the proposed innovation
Step 2: Develop a Research Proposal
The proposal should include:
- Project objectives
- Research methodology
- Technical approach
- Work plan
- Expected results
- Budget requirements
- Commercialization pathway
Step 3: Demonstrate Impact
Applicants should explain:
- How the technology increases water availability
- Cost and energy benefits
- Environmental advantages
- Potential for widespread application
Step 4: Submit Application
Applications will be evaluated based on technical quality, innovation, feasibility, and expected benefits.
Evaluation Considerations
Proposals may be assessed on:
Innovation and Technical Merit
Reviewers will consider:
- Novelty of the proposed technology
- Research approach
- Scientific and engineering quality
Water Supply Benefits
Applications should demonstrate:
- Increased water availability
- Improved treatment efficiency
- Support for water resource management
Cost and Energy Reduction
Projects should explain how they can:
- Reduce operational expenses
- Improve energy efficiency
- Lower treatment barriers
Commercialization Potential
Strong proposals should include:
- Plans for technology adoption
- Industry relevance
- Scalability opportunities
Tips for Strong Applications
Applicants should:
- Clearly explain the water challenge being addressed
- Provide evidence supporting the proposed technology
- Include realistic timelines and milestones
- Demonstrate benefits beyond laboratory testing
- Highlight potential real-world applications
- Explain how the research supports water sustainability
Common Mistakes to Avoid
Applicants should avoid:
- Proposing technologies without clear water supply benefits
- Providing unclear research methodologies
- Ignoring commercialization opportunities
- Failing to explain scalability
- Submitting unrealistic budgets
Frequently Asked Questions (FAQ)
What is the Desalination and Water Purification Research Program?
The DWPR Program funds innovative research and technology development focused on improving water treatment and increasing water supplies.
Who manages the programme?
The programme is managed by the U.S. Bureau of Reclamation.
What types of projects are supported?
The programme supports laboratory and pilot-scale research involving desalination, water purification, treatment innovation, and technology commercialization.
How much funding is available?
The programme has approximately USD 5.7 million available, with individual awards ranging from USD 100,000 to USD 800,000.
Who can apply?
Eligible applicants include government agencies, educational institutions, businesses, nonprofit organizations, tribal organizations, and individuals.
What are the main goals of the programme?
The programme aims to reduce water treatment costs, lower energy use, improve water resource management, and develop technologies that increase water supply flexibility.
Does the programme support commercialization?
Yes. The programme encourages projects that create pathways for successful water treatment technologies to reach practical applications.
Conclusion
The Desalination and Water Purification Research Program provides critical support for developing innovative solutions to global water challenges. By funding advanced treatment research, pilot demonstrations, and commercialization pathways, the programme helps create sustainable water supplies and strengthen long-term water resource management.
For more information, visit Grants.gov.
