Echo River Capital

Watergenics is focused on mapping global water quality and facilitating the transition to a renewable economy. The company has developed a user-friendly data platform that provides actionable insights into water management systems. By utilizing advanced sensors, Watergenics measures crucial water quality parameters, including nitrate, sulfate, phosphate, microplastics, and e-coli in real-time. This technology empowers organizations with predictive analytics, enabling them to enhance water quality and support sustainable practices.

Shower Stream, based in Austin, Texas, specializes in designing and manufacturing motion-activated shower head adapters aimed at reducing water waste in hotels. The company addresses significant financial losses faced by the hospitality industry, which amounts to $3 billion annually due to wasted water and related costs. Shower Stream offers an innovative, IoT-enabled shower head as-a-service, allowing economy hotels to enhance the guest shower experience without upfront installation costs. For a monthly fee, hotels benefit from substantial utility savings, with a reported return of $2 for every dollar spent. The company’s advanced sensor technology and web-connected platform also provide AI and machine learning-powered analytics, enabling large hotel operators to significantly reduce operational expenses across multiple properties. Currently, Shower Stream is conducting paid demonstrations with the U.S. Department of Defense's Navy Lodge and has launched its first commercial version with Extended Stay America. The company has a promising pipeline that includes five hotel brands representing 1.2 million rooms, making it a key player in the enterprise-scale shower automation market.

VODA.ai is an artificial intelligence company based in Boston, Massachusetts, founded in 2017. The firm develops cloud-based software that assesses the condition and risk of pipe segments in water systems, enabling utilities to evaluate the remaining life of their infrastructure. By utilizing AI, VODA.ai ranks pipes according to Business Risk Exposure, which includes the likelihood and consequence of failure. This technology assists water utilities in prioritizing maintenance and replacement efforts, helping them make informed capital investment decisions while conserving water and reducing operational costs. The company's clients include large metropolitan areas such as Las Vegas and Boston, benefiting from improved infrastructure management and sustainability through enhanced decision-making capabilities.

Kairospace Technologies is a strategic innovation hub focused on optimizing industrial water processes through advanced technologies and creative scientific solutions. The company offers integrated tools aimed at addressing various water-related challenges in industries such as agriculture and mining. By enhancing system efficiencies and minimizing environmental impact, Kairospace Technologies supports businesses and governments in achieving sustainable development goals. Their commitment to reducing pollution and waste aligns with a broader mission to promote sustainable practices for a more prosperous future.

Waterplan develops a water resilience planning platform aimed at managing water availability for various facilities. The company utilizes artificial intelligence to automatically gather operational data from businesses and integrates this information with local water satellite imagery. This approach enables Waterplan to deliver real-time financial assessments of water risk, along with tailored mitigation and adaptation strategies. By providing a comprehensive quantification of water risks, Waterplan helps organizations enhance their resilience and better navigate challenges related to water availability.

Hohonu specializes in providing advanced sensors and software for water level monitoring, focusing on assessing risks associated with flooding events. Their technology enables governments and industries to monitor coastal and flood-prone areas, delivering real-time data on water levels and insights that inform critical decisions, such as road closures and community alerts. Hohonu's services encompass site selection, sensor deployments, calibrations, maintenance, and data delivery, allowing clients to make informed choices and prepare for potential natural disasters by predicting oceanic changes.

Irrigreen, Inc. is a company based in Edina, Minnesota, that designs, manufactures, and distributes innovative lawn irrigation systems. Founded in 2010, the firm specializes in an IoT digital sprinkler system that significantly reduces water usage by up to 50% compared to traditional methods. Utilizing advanced technology inspired by inkjet printing, Irrigreen's system features a patent-pending nozzle design that ensures even water distribution tailored to the specific shape of any landscape. The company targets homes, landscape contractors, municipalities, and water districts, distributing its products through a network of distributors across the United States. By integrating digital technology into irrigation, Irrigreen aims to lower water bills for its customers while minimizing waste.

Uravu Labs, founded in 2017 in Bangalore, Karnataka, is focused on addressing water scarcity through innovative renewable water technology. The company has developed a patent-pending solar adsorption reactor that extracts moisture from the atmosphere, particularly at night, and uses solar energy to release high-quality drinking water during the day. This technology aims to provide sustainable solutions for communities facing water crises by generating several liters of potable water daily. Uravu Labs is committed to fostering resilience and sustainability in human life and communities, recognizing the urgent need for innovation within the water industry.

DigitalPaani specializes in developing advanced IoT and digital management tools aimed at enhancing wastewater operations. The company provides an IoT-based platform designed to oversee the entire lifecycle of wastewater treatment by automating both equipment and human workflows. This innovative approach transforms previously non-functional facilities into compliant operations capable of effectively managing wastewater. By eliminating pollution and facilitating the reuse of treated water, DigitalPaani enables water treatment facilities to generate a renewable source of clean water, potentially addressing over half of urban water demands.

Watergenics is focused on mapping global water quality and facilitating the transition to a renewable economy. The company has developed a user-friendly data platform that provides actionable insights into water management systems. By utilizing advanced sensors, Watergenics measures crucial water quality parameters, including nitrate, sulfate, phosphate, microplastics, and e-coli in real-time. This technology empowers organizations with predictive analytics, enabling them to enhance water quality and support sustainable practices.

3Rwater, Inc. is a company focused on developing innovative solutions for stormwater management through its tool, Follow the Drop. This climate change adaptation tool assists cities, counties, stormwater utilities, and environmental consultants by analyzing data to determine the amount of stormwater generated by properties and identifying opportunities to mitigate runoff via green infrastructure. Additionally, it supports property owners in accessing incentive programs designed to reduce stormwater runoff. The tool enhances asset management for green infrastructure projects and provides educational resources to build community resilience in addressing stormwater challenges. Founded in 2019, 3Rwater is headquartered in Honolulu, Hawaii.

Varuna is a technology company that provides a water monitoring platform aimed at assisting water utility leaders in managing their water systems effectively. Founded in 2018 by Seyi Fabode, Jamail Carter, and Chris Karr, the platform utilizes advanced sensors and machine learning to facilitate real-time monitoring of water quality and predict potential quality issues. It allows utilities to assess their resource needs efficiently and generate required reports with ease. By leveraging artificial intelligence, Varuna enhances situational awareness and operational efficiency for water utilities, helping them deliver clean and safe water to their communities.

Glanris has developed an innovative, non-toxic filtration media for water purification that utilizes an agricultural by-product. This sustainable product is abundant and can be sourced locally, making it particularly beneficial for providing clean drinking water in developing countries. By leveraging this agricultural material, Glanris not only addresses water contamination issues but also creates a valuable income stream for local farmers who would otherwise discard the by-product. The filtration media has undergone extensive independent testing over two years and is now ready for production. Additionally, Glanris's biocarbon technology offers the potential for significant CO2 removal while effectively removing metals and organic contaminants from water, making it a cost-effective solution for producing clean water.

Uravu Labs, founded in 2017 in Bangalore, Karnataka, is focused on addressing water scarcity through innovative renewable water technology. The company has developed a patent-pending solar adsorption reactor that extracts moisture from the atmosphere, particularly at night, and uses solar energy to release high-quality drinking water during the day. This technology aims to provide sustainable solutions for communities facing water crises by generating several liters of potable water daily. Uravu Labs is committed to fostering resilience and sustainability in human life and communities, recognizing the urgent need for innovation within the water industry.

Aclarity, LLC is a cleantech startup established in 2017 and based in the United States. The company specializes in manufacturing and marketing advanced water purification devices designed for residential use. Aclarity's systems utilize innovative electrochemical technology to effectively eliminate a wide range of contaminants, including pathogens, metals, volatile organic compounds (VOCs), per- and polyfluoroalkyl substances (PFAS), and ammonia from water. These devices provide customers with cost-effective and low-maintenance solutions for comprehensive water treatment, addressing the pressing need for clean water in homes and contributing to broader environmental sustainability efforts.