H2O Innovation wins three projects totaling $9.9M

The company recently announced that it had won a water reuse project in California and two smaller-scale projects in Canada — with a total value of $9.9 million.
Oct. 6, 2021
2 min read

Recently, H2O Innovation Inc. announced that it had won three new water contracts: a water reuse project in California and two smaller-scale projects in Canada with a total value of $9.9 million.

In the California project, the company will be supplying a water reuse system for a major client in Escondido. The project will incorporate ultrafiltration (UF) system followed by reverse osmosis (RO). The UF will be designed to have a net filtrate production capacity of 2.5 million gallons daily (MGD) while the RO has a permeate capacity of 2.0 MGD. The system will treat tertiary effluent from an existing recycled water system to produce high-purity recycled water that will be blended with the existing recycled water supply and used for agricultural irrigation.

In Canada, the corporation was awarded the design and supply of a membrane bioreactor system with an average day flow of 50,000 gallons per day for the Dene Tha’ First Nation in Northern Alberta. In addition to the supply of equipment, H2O Innovation will provide extensive training for the operations team at the customer’s site and an extended service contract to support the team for five years after the plant goes online.

The third project involves the design and supply of a 457,000 gallons per day membrane system treating surface water for a First Nation community located on the north shore of Gouin Reservoir in Quebec (Canada). The scope of supply incudes pretreatment through multimedia filtration, followed by nanofiltration trains and ultraviolet radiation for disinfection. The treatment process will provide quality drinking water by removing all suspended matter and most dissolved organics. The corporation will also provide a service contract for plant operation including remote monitoring with data acquisition and system analysis to ensure reliable operation and treatment performance.

SOURCE: H2O Innovation

Sign up for WaterWorld Newsletters
Get the latest news and updates.