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COSIA
@COSIA_ca
Canada’s Oil Sands Innovation Alliance - accelerating environmental performance through collaborative action and innovation.
Canadacosia.caJoined December 2011

COSIA’s Tweets

DYK that in Alberta, tailings ponds make it possible to recycle up to 85 per cent of the water back through mining operations? Interested in learning more about Tailings? Check out our Tailings 101 blog: okt.to/Bd84vq
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When a microbiologist at NAIT met a colleague in the forest reclamation applied research program, they wondered if combining their research efforts would result in novel ways to remove water from tailings more efficiently. Learn what they discovered: okt.to/aBJRdc
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Imagine using sunlight to treat industrial water so that it’s clean and safe for aquatic life. It sounds almost too far-fetched to be true. But one Canadian clean tech company has a novel technology called SolarPass that is doing exactly that. okt.to/KpwZbP
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If you're interested in innovation and clean technologies, check out COSIA's podcasts. We talk to experts developing game-changing technologies that are minimizing environmental impacts to air, land and water in the oil sands.  okt.to/irRw1H
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Pathways Alliance members are exploring multiple pathways to move the oil sands industry closer to net zero emissions by 2050. Find out how automated truck fleets & artificial intelligence can reduce GHG emissions in this feature story.
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Want to know how automated truck fleets and artificial intelligence can reduce greenhouse gas emissions? Check out our latest feature story on the electrification of mining to learn more. okt.to/PvfWGi @COSIA_ca
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Last week, COSIA hosted the 2022 Mine Water Management Science Workshop, bringing together experts from industry, academia, government and elsewhere to share research and best practices on water management in the oil sands. More about our Water Innovation: okt.to/DVn71A
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If you're interested in innovation and clean technologies, check out COSIA's podcasts. We talk to experts developing game-changing technologies that are minimizing environmental impacts to air, land and water in the oil sands. okt.to/lgf4Mo
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Neil Sandstrom has more than 20 years of experience as an enviornmental engineer, and he was involved in environmental planning and closure of more mines than he can remember. COSIA asked Sandstrom what he's learned over the years. okt.to/VfJDqo
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Getting tailings to settle is an important step toward reclamation and oil sands producers are exploring many different approaches. Using native plants to remove the water leaving a soil-like material is one innovative solution. Find out more: okt.to/zdiMwV
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Allow us to introduce you to the blowdown boiler technology! This technology, led by , converts more than 90 per cent of water into steam and reduces demand for makeup water in operations by half. More at: okt.to/DinxhM
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Mangrove Water Technologies is a start-up with a novel process to turn saline water into clean water that can be pumped back into an oil sands facility. More about this potential game-changer: okt.to/6s0SG8
It was recently World Migratory Bird Day! The Migratory Connectivity Project seeks to study species of migratory birds across their entire life cycle, giving oil sands producers an opportunity to better understand the ecology of a species at risk. okt.to/pi4CP8
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In 2009, five oil sands companies founded the Oil Sands Vegetation Cooperative and started to harvest and bank seeds from plants that are important for re-establishing ecological diversity on reclaimed land. See how the coop has evolved. okt.to/QCzjtp
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Molten carbonate fuel cells (MCFCs) are one potential breakthrough technology. They are a type of fuel cell that operates at high temperatures to produce electricity, heat and water – but no greenhouse gas emissions. More about MCFCs: okt.to/Qh5UiK
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Oil sands companies are pursuing geothermal energy technologies because they have the potential to significantly reduce emissions. It’s another way for the industry to support Canada’s goals of getting to net zero emissions by 2050. okt.to/oiblKQ
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Tailings are the leftover materials from mining. Companies are producing less tailings and treating tailings faster. New innovation may eventually eliminate tailings altogether. Find out what tailings are all about: okt.to/zEjrq6
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Molten carbonate fuel cells (MCFCs) are one potential breakthrough technology. They are a type of fuel cell that operates at high temperatures to produce electricity, heat and water – but no greenhouse gas emissions. More about MCFCs: okt.to/ELvkct
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In partnership with , NAIT has developed a Membrane Technology Assessment program to test water treatment technologies. Read more about how this will help reduce greenhouse gas emissions and support water recycling processes.
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Allow us to introduce the brand new high pressure, high temperature testing unit housed in the COSIA-supported Membrane Testing Lab at ! Membranes promise to be a game changer for the oil sands industry. How? More in our blog: okt.to/egEH7K
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Earlier this week, COSIA’s Director Robert Mugo participated in the Knowledge Bar at Carbon Capture Canada to discuss our Innovation Opportunity. COSIA is seeking transformative post combustion CO2 capture technologies. More at: cosia.ca/sites/default/
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Join the knowledge bar sponsored by @PathwaysNetZero. Presentation topics covered in these sessions include innovation and collaboration driving oil sands energy transition along with many others. See the full program: carbonexpocanada.com/exhibition/the #carboncapturecanada #CCUS
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Through COSIA, members like Suncor are advancing projects to reduce the reliance of mine haul truck fleets on diesel fuel, thereby reducing emissions. Mine Automation Project Engineer Anthony Van Tol explains how it works. okt.to/8CiDOb
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Do you want to learn more about tailings and what happens to these leftover materials from oil sands mines? See how COSIA members are innovating to progress tailings treatment and transform tailings from mine waste into a valuable resource. okt.to/pljEm7
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CCUS is a technology that captures CO2 emissions from industrial processes before it enters the atmosphere, and then enables either permanent storage or utilization of that carbon. Learn about the vast potential of this technology: okt.to/1jifBE
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As industries look to decarbonize their operations, many companies are looking to store their carbon emissions underground. The Western Canadian Sedimentary Basin is one of the largest suitable basins around the world for carbon storage. Learn more at: okt.to/9Zj7g5
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Sit back and let the oil sands come to you! The COSIA silvicultural toolkit and virtual tours website is designed to bring the field to the office (or your home) and show you the newest and best techniques in reclamation. Ready to dive in? okt.to/EVsM9I
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Trees are huge carbon capture and storage facilities and that’s one reason why COSIA members support long-term academic research – to find out how to best reclaim land that’s been disturbed by industrial activity. More in our blog: okt.to/k4ugnh
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Fugitive emissions is the unintended release of GHGs, mainly methane, from mine pits and tailings ponds. The challenge for industry is how to best to quantify fugitive emissions. The solution is in innovation. Learn more at:  okt.to/yAQZfW
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