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Alberta Brines to Battery-Grade Lithium: 2024 Demonstration Program
E3 Lithium (E3) is proposing to produce battery grade Lithium Carbonate (LC) from locally sourced brine in Alberta, using a direct lithium extraction (DLE) process. The DLE process involves the deployment of sorbent materials that selectively capture lithium-ions from the brine while excluding other ions. E3 also plans to incorporate water recycling to create a…
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Commercial Demonstration of the ST Technology
The purpose of this project is to complete the final step in the commercialisation of the ST Technology. A successful demonstration of a commercial-scale ST system under field conditions is the final step to launch the technology commercially. The ST Technology is designed to decontaminate soil using an innovative ex-situ electrokinetic process. Contaminated soil is…
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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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Nitrogen to Eliminate Tank Venting
Storage tanks are a significant source of emissions in the oil and gas industry. Recent studies estimate that these tanks account for a quarter of all methane emissions from upstream oil and gas operations. The proposed project, Nitrogen to Eliminate Tank Venting, seeks to eliminate the practice of routine tank venting through the use of…
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Demonstration and Implementation of an Innovative Nail-Laminated Timber (NLT) Foundation System for Housing
On average, over 35,000 new homes begin construction every year in Alberta, with concrete predominantly used for the foundations/basements of these buildings. Reducing embodied carbon has emerged recently as a vital new frontier in building decarbonisation. There is growing interests among leaders in architecture & design, manufacturing, and construction to use mass timber panels to…
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Smart mining and adaptive control
NTWIST’s platform aims to innovate industrial control room operations, harnessing the power of advanced machine learning to deliver a state-of-the-art, AI-assisted process control system. It’s designed to enhance decision-making and efficiency while contributing to sustainability by optimizing resource usage.
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EcoSeis Demonstration Project
OptiSeis Solutions Ltd. provides high-resolution subsurface images through proprietary methods and algorithms that enable improved operating efficiency and safety at companies in traditional (oil and gas) and new energy economies including critical mineral mining, geothermal, nuclear, and carbon capture & storage (CCS). OptiSeis’ pioneering research on seismic analysis has led to the development of patent…
