Elemental Impact

DigitalPaani develops advanced IoT and digital management tools aimed at optimizing wastewater operations. The company operates a platform designed to manage the entire lifecycle of wastewater treatment by automating both equipment and human workflows. By transforming non-functional wastewater facilities into compliant operations, DigitalPaani helps mitigate pollution and facilitates the effective management of wastewater. This innovative approach enables water treatment facilities to create and reuse wastewater, potentially fulfilling over half of urban water demands while providing a sustainable source of clean water.

Hohonu provides a real-time environmental data monitoring system that uses solar-powered, industry-standard sensors to collect water level, temperature, dissolved oxygen, and chlorophyll data, transmitting metrics via cellular or satellite networks. The platform integrates sensors and software to deliver water level data and insights, comparing real-time measurements against defined thresholds to inform actions such as emergency responses, infrastructure planning, and resilience measures for flood risk management and water quality assessment. The system supports site selection, sensor deployments, calibration, maintenance, and data delivery, enabling government agencies, municipalities, researchers, and coastal communities to monitor hydrological conditions, assess water quality, and make informed decisions to mitigate climate-related water events.

DigitalPaani develops advanced IoT and digital management tools aimed at optimizing wastewater operations. The company operates a platform designed to manage the entire lifecycle of wastewater treatment by automating both equipment and human workflows. By transforming non-functional wastewater facilities into compliant operations, DigitalPaani helps mitigate pollution and facilitates the effective management of wastewater. This innovative approach enables water treatment facilities to create and reuse wastewater, potentially fulfilling over half of urban water demands while providing a sustainable source of clean water.

Hohonu provides a real-time environmental data monitoring system that uses solar-powered, industry-standard sensors to collect water level, temperature, dissolved oxygen, and chlorophyll data, transmitting metrics via cellular or satellite networks. The platform integrates sensors and software to deliver water level data and insights, comparing real-time measurements against defined thresholds to inform actions such as emergency responses, infrastructure planning, and resilience measures for flood risk management and water quality assessment. The system supports site selection, sensor deployments, calibration, maintenance, and data delivery, enabling government agencies, municipalities, researchers, and coastal communities to monitor hydrological conditions, assess water quality, and make informed decisions to mitigate climate-related water events.

Matter is a tech startup based in Bristol that specializes in developing innovative solutions to capture, harvest, and recycle microplastics. The company focuses on eliminating microplastic contamination at various levels, including residential, commercial, and industrial settings. Their technology is designed to filter water and capture plastic micropollutants from wastewater systems, thereby improving water quality and reducing pollution risk. By making these microplastics valuable for safe reuse, Matter aims to address environmental concerns related to microplastic contamination.

Founded in 2011, Kando specializes in wastewater treatment solutions. It offers a real-time pollution detection system using smart sensors that monitor toxicity levels, analyze samples, and identify pollutants. The company's technology enables water utilities and industrial customers to anticipate and address pollution events promptly, enhancing public health and environmental well-being.

SENTRY is a Canadian company that specializes in biological monitoring solutions for the water and wastewater treatment industry. It has developed a bio-electrode sensor technology that provides real-time insights into microbial performance within both anaerobic and aerobic treatment systems. By monitoring microbial metabolic activity, SENTRY's platform enables operators to make immediate adjustments to optimize treatment processes and minimize adverse effects on water system performance. With a focus on enhancing operational efficiency, SENTRY serves a global customer base, addressing the critical needs of water management in various settings.

Cambrian Innovation Inc. is a company that specializes in manufacturing advanced wastewater treatment systems. The firm offers innovative technologies, including the EcoVolt Reactor, which utilizes electrically active microbes to recover clean water and energy from wastewater, and the EcoVolt Mini, a compact treatment and water-reuse system designed for smaller facilities. Additionally, Cambrian provides the EcoVolt MBR, a membrane bioreactor that employs membrane filtration and integrated controls to effectively remove contaminants from wastewater, particularly for the food and beverage industries. Founded in 2006 and based in Watertown, Massachusetts, Cambrian Innovation serves various sectors, including food and beverage, textiles, pharmaceuticals, and municipal services. The company’s solutions aim to assist industrial, agricultural, and government customers in reducing costs while enhancing resource management and reuse.

NEER is a developer of an integrated real-time water management platform that leverages machine learning to enhance the management of drinking water distribution, sewer, and stormwater collection systems. The platform aims to identify leaks and predict potential failures within these critical infrastructure systems. By combining real-time modeling with predictive asset management technology, NEER enables water utility operators and municipalities to effectively plan and manage their water systems. This proactive approach helps prevent water damage and minimizes the substantial economic costs associated with repairs and maintenance.

NEER is a developer of an integrated real-time water management platform that leverages machine learning to enhance the management of drinking water distribution, sewer, and stormwater collection systems. The platform aims to identify leaks and predict potential failures within these critical infrastructure systems. By combining real-time modeling with predictive asset management technology, NEER enables water utility operators and municipalities to effectively plan and manage their water systems. This proactive approach helps prevent water damage and minimizes the substantial economic costs associated with repairs and maintenance.

Cambrian Innovation Inc. is a company that specializes in manufacturing advanced wastewater treatment systems. The firm offers innovative technologies, including the EcoVolt Reactor, which utilizes electrically active microbes to recover clean water and energy from wastewater, and the EcoVolt Mini, a compact treatment and water-reuse system designed for smaller facilities. Additionally, Cambrian provides the EcoVolt MBR, a membrane bioreactor that employs membrane filtration and integrated controls to effectively remove contaminants from wastewater, particularly for the food and beverage industries. Founded in 2006 and based in Watertown, Massachusetts, Cambrian Innovation serves various sectors, including food and beverage, textiles, pharmaceuticals, and municipal services. The company’s solutions aim to assist industrial, agricultural, and government customers in reducing costs while enhancing resource management and reuse.

FREDsense is a Canadian company based in Waterloo, founded in 2014 by David Lloyd, Emily Hicks, Iain George, Lisa Oberding, and Robert Mayall. The company specializes in the manufacture of portable testing kits that detect water-borne chemicals and contaminants, including arsenic, iron, manganese, and acidity. Its flagship product, FRED, combines biological and engineering principles with an electrochemical output to provide autonomous and connected water quality analysis. FREDsense also offers custom field-based solutions tailored to the specific monitoring needs of its clients, enabling environmental consultants and engineers to efficiently and affordably assess water quality.

Microvi Biotechnologies Inc., established in 2004 and headquartered in Hayward, California, is a biotechnology company specializing in bio-catalytic technologies for water, energy, wastewater, and biochemical industries. The company's core offering, MicroNiche Engineering, involves synthetically designing the microenvironment of biological systems to optimize enzymatic processes. This enables cost-effective solutions with reduced footprint and increased productivity compared to traditional methods. Microvi serves a diverse range of clients including private organizations, public entities, academic institutions, and municipal agencies.

Buoy Labs, Inc. is a company that specializes in developing smart water leak detection and control devices for residential use. Founded in 2015 in Santa Cruz, California, Buoy Labs offers a device that integrates with home water lines to monitor and optimize water usage. This device provides homeowners with real-time data on their water consumption, alerts them to unusual usage patterns or leaks, and enables remote shutoff capabilities to mitigate potential damage. Additionally, the company features a mobile application that allows users to track their water usage in detail. Buoy Labs aims to help homeowners save on utility costs and prevent water damage without requiring significant changes in their daily habits. The company was previously known as Calliope Waterworks, Inc. and currently operates as a subsidiary of Resideo Technologies, Inc.

GOmeter is a technology company that specializes in transforming traditional water meters into smart monitoring systems. By utilizing a low-cost, camera-based device, GOmeter enables residents, businesses, and municipalities to monitor their water usage efficiently without the need for invasive and expensive smart meter installations. The device captures time-stamped images of water meter displays, allowing for automated data extraction. Within just 24 hours of monitoring, the system analyzes water usage patterns and can identify issues such as high consumption spikes, pipe leaks, and appliance malfunctions. This innovation not only enhances water conservation efforts but also helps users mitigate costly water-related problems.

WaterSmart Software is a developer of a cloud-based customer engagement and analytics platform tailored for water utilities. The company's solution enhances the intelligence derived from meter data, enabling water providers to improve customer service and operational efficiency. By allowing customers to access detailed information about their water usage, the platform facilitates better communication between utilities and consumers, helping the latter understand the value of water and discover ways to save costs. WaterSmart has demonstrated its effectiveness by enabling water utilities to reduce costs, protect revenue, and increase customer satisfaction by over 25%. The company's innovative approach has garnered recognition, including the World Economic Forum Technology Pioneers Award, highlighting its potential to positively impact both business and society through technological advancements.