Our Projects

Sustainability

Corix has a bold vision regarding sustainability – To Build a World of Sustainable Communities.

We define sustainability as development that meets the needs of present generations without compromising the ability of future generations to meet their own needs. To try and achieve that, we strive to balance the environmental, social and economic impacts – and benefits – of the utility solutions that Corix has to offer.

By taking this approach and working closely with all interested parties, we can maximize the value for everyone – our shareholders, customers, employees, suppliers, stakeholders and the communities in which we all live.

Multi-Utility Services, University of Oklahoma, Oklahoma

Corix was chosen by the University of Oklahoma to operate, maintain and manage its multi-utility infrastructure and strategically renew and replace portions or components of its utility systems.
Read the Full Project Profile (PDF 420KB)

Multi-Utility Services, Alaska Army Bases, Alaska

Corix is delivering a comprehensive Design-Build-Finance-Own-Operate and Maintain project for 12 utility systems for three U.S. Army bases in Alaska.
Read the Full Project Profile ( PDF 1.16MB)

Multi-Utility Services, Dockside Green, Victoria, British Columbia

CORIX is a key partner in the innovative Dockside Green development, providing a suite of sustainable multi-utility services and solutions.
Read the Full Project Profile (PDF 119KB)

Sewage Collection System, Langford, British Columbia

Corix Utilities entered into a unique, long-term, Public/Private Partnership Agreement with the City of Langford to construct, own, operate and maintain extensions to the City of Langford’s sewage collection system.
Read the Full Project Profile (PDF 363KB)

Multi-Utility Services, Panorama Resort, British Columbia

Corix’s role with Intrawest began in 1998, with the design and construction of an underground propane gas distribution system. Since then our role has expanded to include virtually all aspects of a comprehensive, energy, water and wastewater infrastructure program.
Read the Full Project Profile (PDF 233KB)