Published by Todd Bush on November 19, 2024
Climate change demands innovative solutions, and companies like Equatic are stepping up.
Equatic is pioneering ocean-based carbon dioxide removal (CDR), introducing groundbreaking technology to combat the growing climate crisis.
The company recently announced plans for North America’s largest commercial-scale ocean-based CDR plant, capable of capturing 100,000 tons of CO2 annually.
This milestone project combines environmental benefits with economic potential, showing how science and industry can collaborate to achieve global change.
Equatic uses seawater electrolysis, turning the ocean into an even more effective carbon sink.
This technology not only removes CO2 but also produces green hydrogen, a vital element for the transition away from fossil fuels.
MICHAEL MULLER, Chief Technology Officer at Equatic, highlighted the significance of this development. “This plant is designed to demonstrate how large-scale CO2 removal can become a practical, cost-effective solution for industries worldwide.”
>> RELATED: Equatic’s Revolutionary Oxygen-Selective Anodes: Scaling Carbon Removal and Green Hydrogen Generation
The oceans have acted as Earth's natural carbon absorbers for centuries, storing massive amounts of atmospheric CO2.
Equatic is amplifying this capability through its innovative use of seawater electrolysis.
This method not only increases CO2 absorption but also locks it away securely, offering a twofold benefit to the environment.
Equatic’s technology leverages novel measurement tools to quantify CO2 removal unlike traditional carbon capture methods.
The plant aims to offset 109,500 tons of CO2 yearly, helping to reduce atmospheric carbon levels significantly.
Green hydrogen is a significant byproduct of this process, and it offers clean energy applications across industries. “Green hydrogen is a cornerstone of the future energy economy,” said DR. LUCY WANG, Equatic’s Head of Research and Development. “This plant will not only remove carbon but also contribute to sustainable energy solutions globally.”
Cost is one of the most significant barriers to the widespread adoption of carbon removal technologies.
Equatic is committed to overcoming this hurdle, aiming to reduce the cost of carbon removal to under $100 per ton by 2030.
Affordable solutions are critical for industries and governments to meet net-zero emissions goals without financial strain.
Equatic’s plant is designed for scalability, ensuring the technology becomes more efficient and cost-effective.
The project represents a turning point where environmental and economic goals align, making it easier for industries to adopt cleaner practices.
The company’s focus on efficiency and cost reduction is pivotal for large-scale deployment of CDR technologies.
In addition to environmental benefits, this initiative will create jobs in Quebec, where the plant is set to be established, fostering local economic growth.
>> In Other News: DevvStream Provides Update on Carbon Sequestration Facility Development
A significant innovation from Equatic’s project is its green hydrogen production.
This versatile fuel is crucial for transitioning industries such as manufacturing, transportation, and energy generation away from fossil fuels.
the plant will support cleaner energy systems by supplying green hydrogen while reducing dependency on traditional fuels.
The integration of green hydrogen into the carbon removal process highlights the dual benefits of Equatic’s approach.
Not only does it address climate change, but it also provides tangible solutions for global energy challenges.
This dual-purpose design makes Equatic’s plant a potential model for future projects worldwide.
Equatic understands the importance of accountability in carbon removal efforts.
The company has implemented strict validation measures to ensure its CO2 removal efforts have lasting positive effects.
This level of transparency is essential for building trust and demonstrating real progress in combating climate change.
the plant addresses two major global challenges: climate change and sustainable energy production by integrating carbon capture and green hydrogen production.
This comprehensive approach sets the stage for similar projects, establishing a blueprint for large-scale impact.
Equatic’s project is not just a one-off solution; it represents a scalable model for future carbon removal initiatives.
The use of oceans as carbon sinks and innovative technology offers immense potential for replication worldwide.
As industries and governments search for scalable climate solutions, Equatic’s approach stands out as practical and impactful.
Governments and private sectors alike are watching this project closely.
If successful, it could inspire widespread adoption of ocean-based carbon capture, helping nations meet ambitious climate targets.
“This isn’t just a vision for the future,” said MICHAEL MULLER, CTO of Equatic. “It’s a tangible step toward addressing the climate crisis in a meaningful and sustainable way.”
The success of Equatic’s project could have ripple effects far beyond North America.
As industries worldwide face increasing pressure to reduce emissions, technologies like Equatic’s offer a promising path forward.
By showing that large-scale carbon removal is achievable and cost-effective, Equatic is setting a new standard for climate innovation.
Integrating green hydrogen into the process further amplifies its potential, aligning with global efforts to transition to cleaner energy systems.
This combination of carbon capture and sustainable energy production represents a holistic solution to two of the world’s biggest challenges.
As the plant begins its journey in Quebec, it carries with it the hopes of industries and environmentalists alike.
If successful, Equatic’s vision of using the ocean as a tool for climate action could change how the world fights global warming.
This is not just another project—it’s a turning point in the fight against climate change.
Equatic’s innovative approach offers a glimpse of a future where technology and nature work together to heal the planet.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 💰 OCED Announces up to $1.8 Billion in New Funding for Transformational Direct Air Capture Technologies 🌱 BP Announces Investment Decision for “Lingen Green Hydrogen” Project 🧪 C...
Inside This Issue 🌊 ExxonMobil Partners with Worley for Groundbreaking Blue Hydrogen Facility in Texas 🏗️ Holcim Group to Test Capsol’s Carbon Capture Technology as a Step Towards Decarbonized Cem...
Inside This Issue 💧 Revolutionizing the Green Hydrogen Market: City of Lancaster and City of Industry Launch First Public Hydrogen (FPH2)--the First Public Hydrogen Utility 🌿 Drax and Pathway Ener...
BP Announces Investment Decision for “Lingen Green Hydrogen” Project
bp has announced its final investment decision for the “Lingen Green Hydrogen” project, a major step forward in the industrial-scale development of green hydrogen in Germany. Supported by funding f...
Federal Energy Regulators to Assess Environmental Risks of Funding Northwest Hydrogen Hub
The U.S. Department of Energy is beginning its environmental impact assessment of “clean” hydrogen projects that have been proposed as part of a planned $1 billion in federal funding A year after ...
Advancements in Electrolyzer Technology Could Make Green Hydrogen Viable Sooner Than You Think
Historically, the mass production of green hydrogen has not been viewed as a viable alternative energy solution for our climate crisis. But recent technological advancements in proton exchange memb...
The U.S. Department of Energy (DOE) Office of Clean Energy Demonstrations (OCED) today opened applications for up to $1.8 billion in funding for the design, construction, and operation of mid- and ...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.