Water Innovation hub
about
COMMERCIALIZATION AND DEPLOYMENT OF ADVANCED WATER TECHNOLOGIES TO ADDRESS CRITICAL WATER CHALLENGES.
The Water Innovation Hub is a collaborative initiative led by ClimateHaven to accelerate the development and deployment of breakthrough water technologies. Launched in partnership with the South Central Connecticut Regional Water Authority (RWA) at the Yale Innovation Summit in May 2025, the Hub provides startups with real world testing environments, funded pilot opportunities, and direct engagement with utility operations.

The Hub has since expanded through strategic partnerships with Xylem, a global leader in water technology, and Continua, a firm specializing in industrial digital transformation and data integration. Together, RWA, Xylem, Continua, and ClimateHaven connect early stage entrepreneurs with the stakeholders and operational expertise needed to validate and scale new solutions, from municipal pilots to commercial deployment.

By combining utility insight, corporate leadership, digital integration expertise, and startup innovation, the Water Innovation Hub serves as a bridge between emerging technologies and real world water systems. Its mission is to help founders prove impact in operational environments, strengthen collaboration across the water ecosystem, and bring forward solutions that improve the resilience of water infrastructure.
Partners
Innovation Challenges
Each year, the Water Innovation Hub partners with utilities, corporates, and researchers to co-develop challenge themes that address real operational and market needs. By aligning innovators with end users through structured validation and pilot opportunities, the Hub accelerates technology deployment and strengthens the resilience of global water systems.
Selection Criteria
Technical Readiness: Preference for TRL 5 or higher (working prototypes tested in relevant environments)
Commercial Viability: A credible and well-articulated pathway to market adoption and demonstrated customer demand
Integration Potential:imal disruption: Founding teams with the technical and operational depth required to scale.
Team Expertise: Founding teams with the technical and operational depth required to scale.
The Opportunity
Innovation Challenge Finalists: 4–6 selected startups will participate in a structured, 2-3 month Innovation Sprint. This intensive process provides direct access to Xylem mentors to validate technical fit and refine commercial pathways. Pilot Awardees: Following the Sprint, two startups will be selected to deploy their technology in real-world testing environments.
2026 Xylem Innovation Challenge
The 2026 program marks a strategic expansion into energy recovery and supply chain security. In partnership with Xylem, we are seeking global startups building technologies that transform industrial wastewater from a cost center into a resource-rich asset by capturing unrecognized value.
Critical Minerals Recovery
Technologies that isolate and extract lithium, cobalt, nickel, and rare earth elements from industrial water streams, including produced water, acid mine drainage, and desalination brines.
Energy Recovery
Solutions that capture, upgrade, store, or optimize thermal energy lost across industrial cooling loops and process wastewater.
APPLY TO THE 2026 CHALLENGE
Applications due July 19, 2026
2025 RWA Innovation  Challenge
Our inaugural challenge, created with the South Central Connecticut Regional Water Authority (RWA), focused on advancing solutions to pressing municipal infrastructure challenges:

Rapid Water Quality Testing: Real-time detection of key contaminants.
Inspection Drones: In-pipe and aerial monitoring for asset health.
Lead Pipe Detection: Non-invasive tools to identify service lines.
2025 Innovation Challenge Winner:
Nucleic Sensing Systems
After months of applications, evaluations, and expert review, ClimateHaven’s Water Innovation Hub is proud to announce Nucleic Sensing Systems (NS2) as the winner of our inaugural Innovation Challenge. Selected from a global pool of breakthrough technologies, NS2 stood out for its transformative approach to real-time, in-situ biological monitoring which is an area where water utilities urgently need new tools to protect public health, anticipate threats, and operate more efficiently.
Driving Sectoral Transformation
Innovation in action
Validating in the Real-World
By partnering with strategic corporate and utility entities, the Hub de-risks emerging technologies through pilots that leverage industrial infrastructure, operational resources, and technical expertise to validate scalable solutions.
Accelerating Technologies
The incubator accelerates world-class academic research into commercial applications by equipping startups with the mentorship, technical resources, and investor networks necessary to scale within the water sector.
Driving Sectoral Transformation
The Hub drives ecosystem-wide transformation and informs sector investments by sharing critical insights from pilots and publications like the Water Tech Landscape Report.
Advisory council
Guided by a world-class network of cross-sector experts, the Advisory Council accelerates the commercialization and deployment of advanced technologies to solve critical water challenges.
Advisory Council
The hub thrives on cross-sector collaboration, guided by a world-class network of experts advancing innovation across the water industry. Commercialization and deployment of advanced water technologies to address critical water challenges.
FAQ
How can I implement Green Technology at home?
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Implementing green technology at home can be achieved through various means. Start by using energy-efficient appliances, installing solar panels, and utilizing smart home systems to monitor and reduce energy consumption. Additionally, consider using water-saving fixtures, recycling, and composting to minimize waste. Small changes can lead to significant environmental benefits.
What are some examples of Green Technologies?
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Examples of green technologies include solar panels, wind turbines, electric vehicles, and energy-efficient buildings. Other innovations include biodegradable materials, water purification systems, and smart grid technology that optimizes energy use. These technologies are designed to minimize environmental impact while providing sustainable solutions for everyday needs.
How does Green Technology impact climate change?
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Green technology plays a crucial role in combating climate change by reducing greenhouse gas emissions. By utilizing renewable energy sources and improving energy efficiency, green technologies help lower the reliance on fossil fuels, which are major contributors to climate change. This shift not only mitigates the effects of climate change but also promotes a healthier planet for future generations.
What are the benefits of Green Technology?
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The benefits of green technology are numerous. It helps reduce environmental pollution, conserves natural resources, and promotes sustainable development. Additionally, it can lead to cost savings through energy efficiency, create new job opportunities in the green sector, and improve public health by reducing exposure to harmful pollutants.
What is Green Technology?
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Green technology refers to the use of science and technology to create products and services that are environmentally friendly. It encompasses a wide range of practices and innovations aimed at reducing carbon footprints, conserving energy, and promoting sustainability. Examples include renewable energy sources like solar and wind power, energy-efficient appliances, and sustainable agricultural practices.

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