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Renewable energies: Design and Testing Zero-head Micro hydro turbine,Solar/Hydrogen fuel cell testing
Principal Investigator: Mutua, Daniel
Licensed Year(s): 2010
Summary: Objectives are to: 1. Design and test zero-head hydro-electric turbines under low flow, i.e. less than 1 m/sec velocity, for the purpose of utilizing locally available renewable hydro resources; 2. Solar/Hydrogen fuel cell testing; 3. Evaluate the feasibility of an NWT-based commercial venture to manufacture and sell these turbines, and/or integrated energy systems. In rivers where ther...
Licensed Year(s): 2010
Summary: Objectives are to: 1. Design and test zero-head hydro-electric turbines under low flow, i.e. less than 1 m/sec velocity, for the purpose of utilizing locally available renewable hydro resources; 2. Solar/Hydrogen fuel cell testing; 3. Evaluate the feasibility of an NWT-based commercial venture to manufacture and sell these turbines, and/or integrated energy systems. In rivers where ther...
Northern River Ice Regimes
Principal Investigator: Sherstone, David A.
Licensed Year(s): 1993 1992 1991 1990 1988
Summary: Simple, inexpensive ice thickness gauges are installed on river channel ice. Usually 3-4 gauges per channel. Twenty gauges are installed in the Mackenzie Delta and 12 in Hay River. Every 10 days the gauges are read to obtain the total ice,white ice and snow quantities at each site. From this data the rates of ice growth and decay can be calculated and the approximate date at which the ice will...
Licensed Year(s): 1993 1992 1991 1990 1988
Summary: Simple, inexpensive ice thickness gauges are installed on river channel ice. Usually 3-4 gauges per channel. Twenty gauges are installed in the Mackenzie Delta and 12 in Hay River. Every 10 days the gauges are read to obtain the total ice,white ice and snow quantities at each site. From this data the rates of ice growth and decay can be calculated and the approximate date at which the ice will...
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