#None #Hanwha Power Systems #CCUS Technology #CO₂ Compressors

Hanwha Power Systems to Supply MVR CO₂ Compressors

Hanwha Power Systems has recently made headlines with its latest achievement in the field of energy efficiency and carbon capture technology. Last month, the company announced it had secured a contract to supply mechanical vapor recompression (MVR) CO₂ compressors for a new combined cycle power plant in Europe. This facility will integrate cutting-edge carbon capture, utilization, and storage (CCUS) technologies, marking a significant stride toward reducing carbon emissions in the power generation sector.

The MVR compressors being provided by Hanwha are pivotal in enhancing the energy efficiency of the power plant. The technology involved compresses low-pressure steam, transforming it into high-temperature steam for reuse, thereby drastically decreasing overall energy consumption and operating expenses (OPEX) through effective heat recovery. This innovation is not only expected to reduce costs for the power plant but also contribute to a more sustainable energy landscape.

The establishment of a combined cycle power plant equipped with CCUS is of great importance, as it aims to minimize carbon emissions while ensuring a reliable power supply. The structure of this facility allows for real-time capture and processing of CO₂ emissions, setting the stage for an innovative approach to decarbonizing the industry. Commercial operation of the plant is anticipated to commence by the end of 2028, a promising timeline for stakeholders and environmental advocates alike.

One of the key roles of Hanwha's MVR compressors in the CO₂ capture process is to provide a stable supply of high-temperature steam to the stripper unit, a critical component responsible for separating CO₂ from amine solutions. By reusing the low-temperature steam generated during the capture process, these compressors maintain continuous capture cycles while simultaneously lowering the overall energy consumption and operational costs of the power plant.

By delivering these compressors for CCUS applications, Hanwha Power Systems is significantly expanding its footprint in the low-carbon electricity market. Besides carbon capture capabilities, the company offers a comprehensive range of CO₂ compression solutions that exceed 150 bars, facilitating the storage (including enhanced oil recovery), sequestration, utilization, and transport of CO₂. This allows customers access to complete solutions across the entire value chain of CCUS.

Gi-hoon Do, the head of the equipment division at Hanwha Power Systems, remarked, “This project demonstrates our proven competitiveness in the emerging CCUS field and establishes us as a trusted technology leader. In the future, we will continue to leverage our technological expertise and execution capability to be a vital partner in achieving global carbon neutrality goals.”

As the increasing pressure mounts for industries worldwide to adopt practices that lower greenhouse gas emissions, projects like this one spearheaded by Hanwha Power Systems illuminate the path forward. Investing in such technologies is crucial in the global fight against climate change, and it seems Hanwha is poised to play an essential role in this pivotal transition for energy production.

In summary, Hanwha Power Systems is setting a robust precedent in the energy sector with its supply of MVR CO₂ compressors for the combined cycle power plant in Europe. As they embark on this ambitious venture, the company not only commits to advancing technological solutions but also to supporting efforts that lead to a sustainable and environmentally friendly energy future.