Entries for Water Resource Recovery Prize

We will plant a Biomass Sorghum in the spray fields of rural wastewater treatment plants to improve water quality and to make bio-products.

Adapting the VIVACE hydro kinetic energy converter to fit the City of Ann Arbor Wastewater Treatment Facility

Decentralized, building-scale wastewater treatment systems that produce clean water and high quality soil amendments.

This proposal outline the benefits of HydRestor adsorption media for phosphorus recovery from wastewater and its beneficial reuse.

Energy Recovery via Hydrothermal Carbonization of Organic Waste replacing 153% of the energy demand of WWTP with renewable baseload energy.

Supercritical water oxidation is an innovative process that taps into Wastewater - the ultimate resource for Water, Energy, and Minerals.

New Paint sludge collection system to reduce water waste by improving the sludge dryness and cleanliness of water, reducing water usage.

This solution uses a continuously moving nanoporous material and a Coandă effect centrifuge to separate solids from liquid.

We separate solids at the front of the treatment process, dry them, and combust them to make a plant a large renewable energy producer.

Portable, non-biological WRRF - can process any volume/flow rate of biologically charged wastewater to drinking water in < 17 hours.

The Genifuel Hydrothermal Process converts wastewater sludge into liquid fuel and methane

Integrated Resource Recovery Serving Our Region’s Resilience & Agricultural Economy: A Model for Similar Small Towns

Combined Heat and Power, Solar Photovoltaic, and Micro-Hydro Generation will move Kishwaukee Water Rec. District toward energy neutrality.

The study is to achieve net-zero-energy (NZE) system at water and wastewater treatment plants by utilizing energy efficiency opportunities.

InSanirator uses a synergistically integrated waste-to-energy system developed at MIT, to safely transform sewage sludge into bio-crude oil