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GZERO North sponsored posts
The short answer is yes. Enbridge and Friends of RGV Reef are supporting a study led by the University of Texas Rio Grande Valley to determine the carbon capture potential of artificial reefs as a possible tool to combat climate change. Early data from the study shows that the reef is capturing CO2 in some significant portions. The groundbreaking research – which is still underway – centers on RGV Reef, a 1,650-acre artificial reef, the largest and most complex artificial reef off the Texas coast. Learn more about the project – and how Enbridge is helping bridge to a cleaner energy future here.
Carbon capture and storage, or CCS, takes carbon dioxide emissions from industrial facilities and either stores or repurposes them. It’s a viable way to reduce greenhouse gas emissions from energy intensive industries like cement production and will play a key role in reaching net-zero. Enbridge is partnering with industry and Indigenous communities to develop the Open Access Wabamun Carbon Hub, which has the potential to avoid 4 million tonnes of CO2 emissions per annum – the equivalent of taking more than 1.2 million cars off the road. Learn more here.
Hydrogen is a promising source of clean energy, and Enbridge is leading the way in harnessing its power to support sustainable and low-carbon energy initiatives. As the first utility company in North America to blend zero-emission hydrogen into its natural gas pipelines, Enbridge is exploring opportunities to expand this approach, including participating in the development of hydrogen hubs across the US. The effective utilization of hydrogen is one way Enbridge will achieve net zero by 2050. Read more about the emissions reduction potential of hydrogen blending into natural gas infrastructure.
Nearly 10% of global GHG emissions come from wasted food. It’s a challenge Enbridge, in partnership with Divert, is working to solve by taking food waste out of landfills and turning it into carbon negative renewable natural gas. The companies plan to invest up to $1 billion in facilities aimed at mitigating wasted food and greenhouse gas emissions across the US. Enbridge is a key player in the development of innovative technologies and infrastructure to bridge to a sustainable energy future – making tomorrow happen today. Read more here.
The short answer is yes. Enbridge and Friends of RGV Reef are supporting a study led by the University of Texas Rio Grande Valley to determine the carbon capture potential of artificial reefs as a possible tool to combat climate change. Early data from the study shows that the reef is capturing CO2 in some significant portions. The groundbreaking research – which is still underway – centers on RGV Reef, a 1,650-acre artificial reef, the largest and most complex artificial reef off the Texas coast. Learn more about the project – and how Enbridge is helping bridge to a cleaner energy future here.
The short answer is yes. Enbridge and Friends of RGV Reef are supporting a study led by the University of Texas Rio Grande Valley to determine the carbon capture potential of artificial reefs as a possible tool to combat climate change. Early data from the study shows that the reef is capturing CO2 in some significant portions. The groundbreaking research – which is still underway – centers on RGV Reef, a 1,650-acre artificial reef, the largest and most complex artificial reef off the Texas coast. Learn more about the project – and how Enbridge is helping bridge to a cleaner energy future here.
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Can artificial coral reefs help fight climate change?
Three letters to fight climate change: CCS
Hydrogen: A key fuel of the future
Yesterday’s waste. Tomorrow’s sustainable energy.
Can artificial coral reefs help fight climate change?
Can artificial coral reefs help fight climate change?
Hydrogen: A key fuel of the future
Canada: It’s your time to lead
