Hanwha Power Systems Advances Zero Emission Technology in Europe
Transforming Energy Efficiency with CO? MVR Compressors
Hanwha Power Systems is at the forefront of innovation in energy efficiency with its state-of-the-art CO? Mechanical Vapor Recompression (MVR) compressors. These advanced systems efficiently supply thermal energy for carbon capture while significantly lowering overall plant energy consumption and operational expenses. The initiative not only supports effective carbon capture but also plays a pivotal role in the global transition toward sustainable energy.
Leadership Vision for Carbon Neutrality
Gi-hoon Do, the Head of the Equipment Business Division at Hanwha Power Systems, highlighted the company’s commitment to becoming a vital partner in achieving global carbon neutrality. With a proven track record in compressor technology specifically tailored for core Carbon Capture, Utilization, and Storage (CCUS) processes, Hanwha Power Systems aims to make a substantial impact on environmental sustainability.
Significance of the Recent Supply Contract
The company recently signed a significant supply contract to provide CO? MVR compressors for a groundbreaking Carbon Capture facility, which will be integrated into a new combined-cycle power plant in Europe. These compressors are crucial for improving energy efficiency in the power generation sector. By converting low-pressure steam into high-temperature steam, the MVR system enables considerable reductions in energy consumption and operating costs through efficient heat recovery.
Enabling Next-Gen Power Plants
This project is a landmark achievement, as it incorporates cutting-edge CCUS technology into a next-generation combined-cycle power plant designed to minimize carbon emissions. The plant's infrastructure allows for real-time capture and treatment of CO? emissions, contributing to a significant milestone in the journey towards industrial decarbonization. Commercial operations for this facility are set to commence in the near future, heralding a new era of energy innovation.
Understanding the Capture Process
In the CO? capture process, Hanwha Power Systems' MVR compressors play a vital role in ensuring the system's reliability. They deliver stable high-temperature steam to the stripper, a critical component that effectively separates CO? from amine solutions. By reusing low-temperature steam produced internally, the system can maintain continuous capture cycles, which in turn lessens both energy costs and operational efficiency.
Diverse Solutions in Low-Carbon Power Generation
2023 marks a significant expansion for Hanwha Power Systems into the low-carbon power generation market. The company not only focuses on carbon capture but also offers a comprehensive range of CO? compression solutions that exceed 150 bar. These solutions cater to diverse applications, including enhanced oil recovery (EOR), sequestration, and transportation, enabling clients to utilize an extensive range of services across the entire CCUS value chain.
Commitment to Technological Excellence
Gi-hoon Do emphasized that this project showcases the proven competitiveness of Hanwha Power Systems in the burgeoning field of CCUS technology. The company is positioned as a trusted leader in this innovative sector. Hanwha Power Systems is committed to leveraging its technological expertise and execution skills to support partners in reaching their carbon neutrality goals effectively.
Frequently Asked Questions
What are CO? MVR compressors?
CO? MVR compressors are advanced systems designed to efficiently compress low-temperature steam into high-temperature steam for reuse, significantly enhancing energy efficiency in carbon capture processes.
What is the significance of the recent contract for Hanwha Power Systems?
The recent contract marks a major step for Hanwha Power Systems, enabling the integration of CCUS technology in a combined-cycle power plant, driving innovation in carbon capture and sustainability.
How does the MVR system contribute to energy savings?
The MVR system reduces energy consumption by recovering heat from the process, effectively utilizing low-pressure steam to make the operation more efficient and cost-effective.
When is the commercial operation of the new power plant expected to start?
The new power plant is scheduled to begin commercial operations at the end of 2028, contributing to enhanced energy efficiency and reduced emissions.
What role does Hanwha Power Systems play in the CCUS market?
Hanwha Power Systems is a key player in the CCUS market, offering innovative solutions in carbon capture and CO? compression to support global carbon neutrality efforts.
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