Client: City of Kitchener Year: 2019 to Present Project Highlights Pre-Feasibility of a District Energy System in downtown Kitchener The […]
City of Kitchener Innovation District+ District Energy System Read More »
Client: City of Toronto Year: 2019 – Present Project Highlights Low Carbon Networks with Geo-exchange The City of Toronto engaged
City of Toronto Etobicoke Civic Center & Villiers Island Read More »
Client: Enwave Energy Corporation Year: 2017 and 2020 Locations: Pearl Street and London District Energy Due Diligence of Enwave’s Pearl
Enwave IESO Independent Engineer for CHP Read More »
Client: City of Markham Year: 2017 Project Highlights Emergency Reception Centre Combined Heat and Power (CHP) Installations FVB assisted the
Angus Glen Community Centre CHP Read More »
Client: Orillia Soldier’s Memorial Hospital, The City of Orillia Year: 2015-2016 (Study) 2017-2019 (Design/Build) Project Highlights Successful Revival of Two
Orillia Soldier’s Memorial Hospital CHP Read More »
Client: City of Toronto Year: 2016-2017 Project Highlights Emergency Reception Centre Combined Heat and Power (CHP) Installations In April 2016,
City of Toronto Agincourt Recreation Centre & Etobicoke Olympium CHP Read More »
Client: City of Windsor Year: 2016-2019 Project Highlights Thermal Energy Recovery using CHP in Windsor’s Olympic swimming pool FVB was
Windsor International Aquatic Centre CHP Installation Read More »
Client: Markham District Energy Year: 2013 to Present Project Highlights Powering Markham Stouffville Hospital with Low Carbon DES The Bur
Markham District Energy Bur Oak Energy Centre Read More »
Client: Western University Year: 2022/2023 Project Highlights Pathways to Decarbonization Through District Energy Western University is the third largest university
Western University Net Zero Carbon Roadmap Read More »
Client: Hamilton Community Energy/Enterprises Year: 2009 to 2011 System Highlights Geo-Exchange & Solar Thermal District Energy System at an Award-Winning
McMaster Innovation Park District Energy System Read More »