About the company

Type
Company

Members type
innovator

Headquarters
6100 Volda, Norway

Company size
1

Founders
Svein Otto Kanstad

Founded
1987

SDG's

Social

Website
kanstad.com

Alliance member

kanstad.com


Kanstad Teknologi is a family-owned R&D company, where I develop new technologies, do my science and hold my patents.

The company's main technology is in infrared gas sensing, based on patents on incandescent infrared radiation sources. This started in the early 1980's with the development of infrared gas sensors for the Norwegian off-shore oil industry. The patents and sensors were licensed to another Norwegian company, as Kanstad Teknologi does not itself manufacture any concrete products. "My" radiation-cooled infrared radiation sources are now used in many - and maybe most - non-laser infrared gas sensors in the world. Later in the 1980's I invented and - through a daugther company - developed a secure method and accompanying equipment to discriminate between genuine and counterfeit banknotes, on a project with the money-printing Bank of Norway. This development relied on a combination of laser and infrared technology. That technology is now used not only for all Norwegian banknotes made since 1984; from the 1990's most bank notes in the western world including US banknotes use this technology for making counterfeit-secure banknotes and to discriminate against counterfeits. From the year 2000 we have operated a subsidiary in Canada by the name of Comag IR Technology Inc., located in Winnipeg, Manitoba. Comag has developed new and leading infrared gas sensors, mostly for carbon dioxide gas. Those sensors have been installed in numerous universities and schools across Canada, saving large amounts of energy (and millions of dollars) by demand-controlled-ventilation, i.e. ventilate only when required by room occupancy as indicated by the concentration of carbon dioxide gas. That is probably the most effective energy-savings measure for North-American buildings; Comag has been in the lead for promoting this approach. Based on a new Canadian patent for more advanced infrared gas sensing, we are now considering where to apply this new sensor technology.