Specialists in decision support for managing the total urban water cycle.
Consulting
Applying real-world, innovative water solutions |
Applied Research
Developing practical solutions through hands-on research |
Technology Transfer
Bringing research and technology to market |
Cobalt Water Global offers a wealth of research and practical experience in the development of decision support frameworks for diagnosing, optimizing, planning, and design of drinking water and wastewater systems. Cobalt Water Global applies this expertise specifically for developing and implementing TotalWATER decision support frameworks, including the integration of data management, artificial intelligence, mathematical modeling, and other tools for programmatic implementation of sustainability principles in urban water planning and operations.
Services/capabilities include:
Developing AI / model-based urban water decision support frameworks for:
Performing baseline studies on water utility-wide energy consumption, chemical use, and GHG emissions and evaluating alternatives for reducing operating costs and environmental impact
Developing and implementing integrated GIS/hydraulic modeling frameworks for sustainable drinking water distribution system planning, design, and optimization
Developing model-based decision support frameworks for water resource recovery facility (WRRF) optimization, design, and technology selection for biological nutrient removal, reducing energy and GHG emissions, and assessing resource recovery process impacts
Drinking water distribution system and sewer system modeling for hydraulics, water quality, energy, GHG emissions and assessing benefits from water conservation, reuse, and rainwater harvesting schemes
Developing water technology through applied research for patenting, licensing, and commercialization via products and/or services.
Developing AI / model-based urban water decision support frameworks for:
- assessing risk of and mitigating N2O emissions at water resource recovery facilities
- assessing and mitigating risk of activated sludge bulking
- sustainable water treatment technology selection
Performing baseline studies on water utility-wide energy consumption, chemical use, and GHG emissions and evaluating alternatives for reducing operating costs and environmental impact
Developing and implementing integrated GIS/hydraulic modeling frameworks for sustainable drinking water distribution system planning, design, and optimization
Developing model-based decision support frameworks for water resource recovery facility (WRRF) optimization, design, and technology selection for biological nutrient removal, reducing energy and GHG emissions, and assessing resource recovery process impacts
Drinking water distribution system and sewer system modeling for hydraulics, water quality, energy, GHG emissions and assessing benefits from water conservation, reuse, and rainwater harvesting schemes
Developing water technology through applied research for patenting, licensing, and commercialization via products and/or services.