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Alberta No. 1 Geothermal Exploration Wells
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Geomechanical Pumped Storage
Storing Renewable Energy Underground Funded through ERA’s Partnership Intake Program in 2020, Quidnet Energy proposed a test facility for their Geomechanical Pumped Storage (GPS). While the overall objective of the project was to validate suitable geology for GPS in Alberta and construct, commission and test GPS storage with a solar facility, the project was ultimately
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Alberta No. 1 Geothermal Exploration Wells
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Geothermal Lumber Drying Kilns
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Geothermal Power Generation at Devon’s Swan Hills Heavy Oil Battery
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Sustainable Medium-Depth Geothermal Solutions with Solid Media Thermal Energy Storage for Heating and Cooling (GeoSUSTAIN)
Heating in buildings and industries accounts for over 50% of global energy demand and is a major source of greenhouse gas emissions. Geothermal energy offers one of the cleanest and most reliable renewable options for both heating and electricity generation. However, in many regions, geothermal resources are either unsuitable for power generation or require deep
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Insulated Drill Pipe for Enhanced Geothermal Systems in Super Hot Dry Rock
Pro-Pipe’s Insulated Drill Pipe (IDP) project is a pioneering initiative designed to enhance the efficiency of geothermal and high-temperature drilling by overcoming critical thermal management challenges. Developed in collaboration with manufacturing partners, the IDP employs advanced insulation materials applied to drill pipes. These novel materials minimize heat transfer, enabling significantly cooler circulating temperatures at the
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FutEra Closed Loop Geothermal Project
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Swan Hills Co-Produced Geothermal Natural Gas Hybrid Project
Razor Energy Corp. will develop a first-of-its-kind geothermal and natural gas hybrid power project in Alberta. In partnership with FutEra Power, the project will produce 21 megawatts of electricity that will be grid connected. Razor currently operates an enhanced oil recovery operation in Swan Hills, which allows it access to an underground reservoir, bringing hot
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Eavor-Loop Demonstration Project
Geothermal Energy from Innovated Technology Funded through the Partnership Intake Program in 2019, this project successfully validated the thermodynamic performance and feasibility of the Eavor-Loop which provides clean, scalable, dispatchable heat and power. This project was completed in 2020 and de-risked the key commercial and technical components of Eavor-Loop™, enabling widespread application in new markets
