Utilities Tech Outlook Weekly Brief
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reUse is a wastewater treatment company dedicated to reducing reliance on potable water by repurposing treated wastewater for non-potable applications. By providing innovative solutions, reUse helps utility companies and surrounding communities’ transition from traditional water sources to a more sustainable approach. This approach maximizes water usage, ensuring it is treated as a valuable resource rather than being discarded as waste.
Walter Alvarado, Vice President, System & Transmission Operation, Con Edison
Amy Carstens, Director, Transmission Services, Dairyland Power Cooperative
Sean K. Sullivan, Smart Grids Program Director, AVANGRID
Rodica Donaldson, EDFR Sr Director, Transmission Analytics, EDF Renewables North America
Katie L. Morgan, PWS, EP, Director of Natural and Cultural Resources at Partner Engineering & Science
Cedric Brehaut, Vice President, Asset Management Solutions, Stem
Julian Kaufmann, Senior Vice President, CAMS
New technologies are transforming wastewater treatment to address environmental issues and promote resource recovery while the global demand for clean water rises.
Advanced treatment technologies are another critical trend shaping the future of wastewater management.
The New Horizon of Wastewater Treatment Solutions
Water and wastewater treatment is undeniably the most crucial element to meeting the rising demand for clean water resources, contributing to serving critical industrial, municipal and agricultural processes. Governments across the globe are enacting stringent regulations to combat water contamination and ensure sustainable water management habits. Implementing smart wastewater treatment solutions that comply with strict regulations will significantly help organizations safeguard water systems. The global wastewater treatment market, valued at $346.41 billion in 2024, is expected to reach $617.81 billion by 2032. This growth is fueled by the increased adoption of membrane technologies and smart water management systems. Technologies like microbial fuel cells and thermal hydrolysis are proven to be highly successful in separating and processing wastewater, while IoT sensors can help provide valuable data. Microbial fuel cell technology, which leverages microbes to treat wastewater, can simultaneously perform multiple functions, including clean power generation and energy storage. The bacteria’s digestion of wastewater sludge also produces charged electrons that can be used to generate electricity. Employing hydrolysis technology can essentially help in biogas generation and waste-side product minimization. IoT systems are taking center stage in determining water quality and identifying pollutants through sensor monitoring capabilities. A critical component of asset management systems is how they help detect hazardous chemicals in the water. Technologies like these are poised to power the growth of the industrial sector in the coming years, helping organizations stay ahead of the curve in their sustainability efforts and business expansions. In this edition of Utilities Tech Outlook, we explore recent developments in wastewater treatment solutions and how companies are employing the most advanced solutions to prevent water contamination from becoming a larger concern in the future. We feature insights from industry experts like Julian Kaufmann, senior vice president at CAMS, who shares insights on the multifaceted developments of different energy verticals that turbocharge organizations’ net zero goals. We also feature Amy Carstens, Director, Corporate Strategy, Planning & Analysis at Dairyland Power Cooperative, who discusses the role of renewable energy generation in transmission systems. Through this edition, we aim to help you find the right partner for your business requirements. Let us know your thoughts!
