#South Korea #Seoul #Hanwha Power Systems #CCUS Technology #CO₂ MVR Compressors

Hanwha Power Systems' Commitment to Carbon Neutrality

In a bold step towards sustainable energy solutions, Hanwha Power Systems recently secured a significant contract to supply Mechanical Vapor Recompression (MVR) CO₂ compressors for a new combined cycle power plant in Europe, which utilizes Carbon Capture, Utilization, and Storage (CCUS) technology. This innovative project highlights Hanwha’s commitment to leading the charge for carbon neutrality and reducing greenhouse gas emissions in the energy sector.

Enhancing Energy Efficiency

The MVR CO₂ compressors are crucial components that enhance the thermal efficiency of carbon capture processes. By compressing low-pressure steam and converting it back to high-temperature steam for reuse, the MVR system significantly cuts the overall energy consumption of the plant and lowers operational expenses (OPEX). This advanced technology promises to drive efficiency and promote sustainable practices in industrial operations.

Gi-hoon Do, Director of the Equipment Division at Hanwha Power Systems, emphasized the importance of this project: "Our proven compressor technology for CCUS processes positions us as a vital partner in achieving global carbon neutrality." Indeed, the integration of CCUS into the plant's operations is a significant advancement in the industrial sector's efforts to decarbonize.

A Milestone in Decarbonization

The chosen combined cycle power plant features cutting-edge facilities designed to capture and process carbon emissions in real time. This facility's architecture aims to minimize carbon output, setting a precedent in the industry. The plant is anticipated to commence commercial operations by the end of 2028, marking a key milestone in the journey towards reducing industrial carbon footprints.

The Hanwha MVR compressors play a pivotal role in ensuring reliable delivery of high-temperature steam to the separator—a crucial unit that separates CO₂ from amine solutions. This efficient recovery of heat through process waste ensures continuous capturing cycles, which further decreases the plant's overall energy usage.

Expanding the Portfolio of Low-Carbon Solutions

With the introduction of these compressors, Hanwha Power Systems broadens its portfolio within the low-carbon power generation market. Beyond merely capturing carbon, the company offers a comprehensive suite of CO₂ compression solutions that exceed 150 bar pressure. These advanced solutions facilitate CO₂ storage (including enhanced oil recovery), utilization, and transportation, providing clients with a holistic approach to CCUS across the value chain.

Do further stated, "This project not only demonstrates our competitiveness in the emergent field of CCUS but also positions us as a trusted technology leader. Moving forward, Hanwha Power Systems will leverage its technological expertise and execution capabilities to be a key ally in global efforts towards carbon neutrality."

Conclusion

As industries around the world grapple with the pressing need to reduce emissions, Hanwha Power Systems stands at the forefront, offering advanced technologies that not only enhance energy efficiency but also contribute to global sustainability goals. Through innovative projects like the one in Europe, the company is paving the way for a cleaner, more sustainable energy landscape. The path to carbon neutrality may be challenging, but with commitment and advanced technological solutions, it is one that can be achieved.