A large university in Canada awarded Indeck Keystone Energy a contract for the supply of our waste heat high temperature hot water generator for use in their combined heat and power cogeneration plant in an effort to reduce CO2 emissions by 50%. The Indeck high temperature hot water generator converts the waste gas stream into 200 MMbtu /hr of hot water heat supplied to the universities' campus heating system. Indeck's scope of supply included all equipment downstream of a Solar Titan 130 gas turbine including an integral duct burner and flue gas bypass system for operational flexibility and ability to supply campus heat in cogeneration, supplemental, and heating only mode via fresh air firing. The complete system is currently operating successfully, meeting all performance and emission targets. The fuel once used to heat campus is now used to generate 12 MW of electricity with campus heat being recovered from the combustion turbine's waste gas.
Cold climate Heating and Power
Indeck Keystone Energy boilers are operating around the world in temperatures as low as -40 degree F, and in areas as remote as sub-arctic Alaska and Canada’s Northwest Territories. We have extensive experience supplying boilers for use in extremely cold environments. We are familiar with the problems of designing for sub-zero temperatures, winter darkness, and with significant snow, ice, and frost, and how these factors can affect material selections (fracture toughness), weldability, weight accumulations, material handling, foundation designs, and transportation. In spite of the unique challenges, companies are installing steam generating equipment in colder and more remote environments than ever in the hope of finding and extracting resources in the hostile area. Indeck Keystone Energy will continue to support these efforts with innovative steam generating equipment and dedicated resources.
Indeck Keystone Energy was awarded a contract for the supply of an 80,000 PPH / 750 PSIG stoker fired coal boiler with auxiliary equipment for field erection. The system is installed at a university heating plant as part of an emissions compliance upgrade replacing boilers from the 1950's. The boiler surpassed all performance and emission goals. The boiler and auxiliary equipment have been delivered and started up successfully.