Carbon Capture by Nature
Our proprietary technology, Carbon Capture by Nature, is a 100% clean, autonomous and energy efficient approach to cut CO₂ emissions for point source emitters. Without the use of chemicals, our “clean and green” capture technology has excellent HSE performance. The low energy consumption and electrically driven process makes efficient and clean carbon capture available to industries without access to residual heat. Easy integration combined with a fully autonomous process and digital data access makes our solution more cost effective than existing alternatives. The technology is robust, scalable and suited for a broad range of emissions.
Solutions scaled to your needs
We offer a range of services and products. Through our collaborative approach and accessible services, we lower the threshold and help you to quickly identify and develop the optimal carbon capture solution for your needs. Our solutions are designed to ensure the best performance throughout the CO₂ capture process, prioritizing operational safety, efficiency, and cost-effectiveness.
Collaborating with Yara Norge
In the spring of 2024, Ocean GeoLoop and Yara Norge intensified the collaboration to develop CCUS solutions with the goal of generating profitable value chains for CO₂ based on Ocean GeoLoop’s safe, non-toxic, and industrially robust technology. Experimental tests carried out at Ocean GeoLoop’s R&D Center in in Trondheim on flue gases with CO₂ concentrations relevant to Yara´s Calcium Nitrate plant confirmed carbon capture rates of 98 percent and product gas purity of 98 percent. The parties currently co-develop a plan to conduct a feasibility study early 2025.
Large-scale carbon capture project at NorFraKalk
In January 2024, the company announced the initiation of a potential large-scale CO₂ capture project with the ambition to make quicklime producer NorFraKalk climate neutral. The first phase of the collaboration was the execution of a feasibility study for a 10,000-tonnes carbon capture pilot plant at NorFraKalk’s lime kiln in Verdal Industrial Park. The feasibility study was finalized by the end of November 2024.
As a part of the feasibility study, a test program of a 25 percent CO₂ concentration flue gas was executed at Ocean GeoLoop´s R&D Center in Trondheim, confirming carbon capture rates exceeding 90 percent and a product gas purity of 95 percent, enabling delivery of liquified CO₂ above 99 percent purity.
In parallel of the feasibility study, Ocean GeoLoop executed a thorough test program including flue gases with 25 percent CO₂ concentration, where calculations concluded an electricity consumption for carbon capture in the size order of 200 kWh per tonne (approx. 0,7 GJ per tonne).
A Norwegian green tech company
Ocean GeoLoop is on a mission to reduce industrial CO₂ emissions through development and commercialization of innovative, disruptive and green technologies with global scaling potential. We have developed a proprietary carbon capture technology – “Carbon Capture by Nature” – that captures CO₂ from industrial emissions using only natural processes and without the use of harmful chemicals. Our technology will help companies and countries around the globe to reach their goals of reduced emissions before 2030 and net zero by 2050. The company is listed on Oslo Børs Euronext Growth under the ticker OCEAN.
Let's collaborate to decarbonize your operations
Experience a collaborative and agile customer journey together with us. Team Ocean GeoLoop consists of passionate staff, setting high expectations for our deliveries to our customers in all phases, from early phase activities to operations. Below is a general outline of our path to full operations, though we adjust it based on your specific project. Book a meeting today, and we’ll create a customized plan for your success.
1
Pre-qualification
Perform gas analyses or run carbon capture tests of your flue gas composition at our carbon capture test facility in Trondheim to verify that our solutions are compatible with your needs.
2
Feasibility study
Assesses the practicality and viability of the project by analyzing design requirements, concept development, preliminary design, technical, economical and operational factors.
3
Test phase
Further testing at our R&D test facility, or using our mobile test unit.
4
EPCI
Depending on customer processes, engineering, procurement, construction and installation phases are executed to deliver a capture facility.
5
Operations
Our autonomous solution will now capture your CO₂.