Primary Technology Area: Energy Efficiency

  • Accelerating Sustainable Energy Solutions for Wave Pools Through the Integration of Thermal Storage and Renewable Energy Systems

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  • Recycling Fracking Water to Combat Water Scarcity and Reduce Emissions in Alberta’s Oil and Gas Industry

    Aqua Pure Technologies (APT), in partnership with Artis Exploration, is introducing their PROH2O® Technology in Three Hills, Alberta, to address the region’s water scarcity and agricultural challenges. This system efficiently removes up to 99.9% of targeted contaminants from water, making it possible to recycle “produced” and “flow back” water from fracking operations. Aqua Pure Technologies…

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  • The VelRay X™ Fine Particle Filtration System: Redefining Water Management for Hydraulic Fracturing Operations in the Alberta Oil and Gas Industry

    The VelRay X project aims to transform water management in Alberta’s oil and gas industry by introducing an advanced fine particle filtration system, specifically engineered for challenging and variable water streams—making it an ideal solution for hydraulic fracturing operations. The VelRay X filtration system, housed within a mobile trailer, is designed to enhance operational efficiency,…

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  • Wildfire Monitoring and Methane Detection from Space via High-resolution Hyperspectral Satellites

    Wyvern is innovating environmental monitoring through its hyperspectral imaging (HSI) satellites. The Edmonton space company currently utilizes three satellites, capturing data across various spectral bands. This capability allows Wyvern to identify distinct chemical and physical properties of the Earth’s surface, similar to performing spectroscopy from space. The captured data enables analytics for commercial and environmental…

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  • Data Management Solutions for High Frequency Methane Monitoring

    Currently, methane sensors record concentration with time and location, not mass of methane released. The heart of the Arolytics innovation is techniques to simulate plumes of methane leaking from equipment in order to reconcile the data from various types of sensors (continuous on site, aerial surveys , imaging etc.) with the mass of methane released…

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  • Residential VPP Grid Services Demonstration for effective management of DERs and EVs

    As the number of installed residential Distributed Energy Resources (DERs) and Electric Vehicle Chargers (EVCs) continues to increase, there is an opportunity to leverage these resources for the benefit of asset owners, energy customers, and Local Distribution Companies (LDCs). The integration of residential DERs (Distributed Energy Resources) and EVCs into Virtual Power Plants (VPPs) presents…

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  • Thermo-Acoustic Wellsite Electrification for Methane Abatement

    Etalim Inc. has dedicated 17 years to developing a unique thermoacoustic generator set (genset), 1GEN, that at volume will a cost effective wellsite electrification solution. It has no sliding or rotating parts, making it ultra-reliable and maintenance-free. The technology burns field gas in an external combustion system, making it insensitive to fuel impurities. It is…

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  • Increasing Natural Gas Field-Compressor Efficiency

    This project will demonstrate a proprietary waste heat recovery system specifically designed for the scale and type of engines used in natural gas compression.

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  • Greenhouse Gas Reduction via Passive Solar-Bio Oil Sands Water Treatment

    H2nanO and upstream energy industry partners will demonstrate a new, combined approach of solar photocatalytic and biological treatment process water to improve water quality and reduce emissions via natural remediation pathways. The project will aim to convert waters requiring long-term storage or sub-surface disposal into an environmental benefit for carbon sequestration and emissions abatement. This…

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  • Emissions Intelligence Platform for O&G Operators

    Highwood is developing an Emissions Intelligence Platform (EIP) to address the intricate challenges faced by the Oil and Gas (O&G) industry in reducing greenhouse gas emissions (GHG’s) because of difficulty in managing and manipulating methane emissions data. Traditional approaches to tracking methane data, termed “bottom-up calculations,” rely on equipment counts and standard emission factors, leading…

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