| | | | | | | | The Honu Hub project, led by UH Mānoa and the University of South Florida, focuses on creating energy-independent, automated wastewater treatment units suitable for remote and low-density communities, with pilot testing underway in Hawaiʻi. |
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| | | WHO'S BUILDING WHAT: WATER PROJECTS |
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| | | | | Jacobs has been chosen to upgrade the San José–Santa Clara wastewater plant, focusing on modernizing digesters, reducing biosolids, and increasing biogas for renewable energy, supporting growth through 2077. |
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| | Arcadis has secured an $8.1 million contract to create a web-based Tap Card Management System (TCMS) for NYC DEP, enhancing water service record management and compliance with EPA regulations. |
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| | Stantec has been chosen to design a new pump station and 11-mile recycled water pipeline in San Bernardino County, supporting IEUA's efforts to improve water reuse and regional supply reliability, with completion expected by 2031. |
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| | | | Sponsored | | When the going gets tough, turn to the toughest pump on the planet. The Vaughan Chopper Pump is a centrifugal pump with the unique ability of chopping all incoming solids prior to pumping. This not only protects the pump from clogging, but it also benefits downstream components, processes, and the environment. Learn more about the original chopper pump that was built first and made to last. |
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| | | | | | Discover how modern radar sensors with advanced algorithms and diagnostics address traditional foam measurement challenges, facilitating safer, more efficient, and environmentally friendly wastewater operations. |
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| | How water scarcity, industrial growth, and the AI boom are reshaping resource strategy across sectors from data centers to oil and gas. |
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| | | FROM THE ENDEAVOR WATER GROUP |
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| | Membrion, a leader in electro-ceramic desalination membranes, has been honored in the 2026 Global Cleantech 100 for its market-ready solutions that enhance water reuse and resource efficiency in industrial sectors, supporting a resilient economy. |
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| | | An international team has discovered how macroalgae, or seaweed, transports carbon from coastal areas to deep ocean sinks, potentially sequestering it for centuries and impacting climate change mitigation efforts. |
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