5 Steps to Achieve More Cost-Effective Amine-based Carbon Capture Processes at Commercial Scale
Carbon capture utilization and storage (CCUS) is an essential pathway to meet net zero emissions targets. However, for capital-intensive industries to reach these commitments, it’s critical that companies have confidence in the efficient, widespread deployment of carbon capture projects worldwide.
Technology Centre Mongstad (TCM), the largest post-combustion CO2 capture (PCC) test center in the world, has developed a comprehensive baseline for performance and cost estimation of an amine-based carbon capture process for an industrial-scale NGCC power plant.
In fact, AspenTech and TCM co-authored the paper “Development of CO2 capture process cost baseline for 555MWe NGCC power plant using standard MEA solution” published at GHGT-16.
Experts from AspenTech and TCM address how digital solutions combined with domain expertise can enable your teams to:
- Gain reliable cost estimation for your CO2 capture projects
- Empower decision-makers to prioritize and develop investment strategies
- Perform technoeconomic analysis of CO2 capture technologies
- Assess, identify and support the cost-effective deployment of commercial-scale projects
Watch now to learn how to accelerate the use of cost-effective technologies to reach your net zero goals.
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Digital solutions are the key strategic tool for organizations navigating sustainable technology and accelerating project delivery. With the increasing investments into sustainability, companies need to innovate and transform their business strategies to make these initiatives viable and profitable. One area of importance is carbon capture, which is quickly becoming a proven solution to reduce emissions worldwide.
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