Compact Compression & Separation Unit for Carbon Dioxide
Compression and Storage of CO₂
The use of CSU technology in carbon capture and storage helps reduce carbon emissions and promotes a sustainable energy sector. With its innovative design, the CSU enables safe and efficient compression of CO₂ for both storage and transport. CSU helps companies meet strict environmental requirements while reducing CO₂ taxation and contributing to sustainable solutions.
CO₂ Compression and Storage – A Key to a Sustainable Future
Using hydrogen as fuel for transportation or for combustion-based heating in buildings and industry are examples of how hydrogen can serve as an energy source. Hydrogen production is primarily carried out through water electrolysis or natural gas reforming. Transport and storage of hydrogen require compression to high pressures, liquefaction, or synthesis into ammonia or other liquid hydrogen carriers. Hydrogen compression using CSU technology can be a game changer.
How CCS Contributes to Lower Emissions and Higher Efficiency
Reduction of carbon emissions
CCS is one of the most effective methods for reducing CO₂ emissions from industrial processes and energy production. By capturing and storing CO₂ before it is released into the atmosphere, the technology helps achieve global climate goals and reduce the greenhouse effect.
Supporting the energy transition
CCS plays a critical role in the transition to a low-carbon society. The technology allows continued use of fossil energy sources during a transitional period while significantly reducing their carbon emissions. This creates a bridge between today’s energy systems and a future based on renewable energy sources.
Enhanced oil recovery (EOR)
Captured CO₂ can be used for Enhanced Oil Recovery (EOR), where CO₂ is injected into reservoirs to increase oil production. This adds economic value to carbon capture processes while reducing net carbon emissions.
Economic and regulatory benefits
By implementing CCS, companies can reduce CO₂-related taxes and penalties and comply with increasingly strict climate regulations. The technology can also unlock financial incentives and support schemes promoting sustainable solutions.
EU Legislation & ISO Certifications
International and National Requirements Supported by CSU Technology
ISO 27919-1:2018 (Carbon Capture)
Specifies requirements and guidelines for the design and operation of carbon capture systems. CSU technology can support these requirements by delivering efficient and safe CO₂ compression.
ISO 27914:2017 (Carbon Storage)
Covers safety and management of CO₂ storage facilities. The CSU system’s ability to compress CO₂ to supercritical states can be essential for safe and effective storage.
EU Carbon Capture and Storage Directive (2009/31/EC)
Requires all CCS projects to implement high safety and environmental standards. CSU technology’s pressure-stage-independent compression and compact design reduce leakage risk and ensure environmentally sound processes.
ETS (Emission Trading System)
Carbon capture qualifying under ETS can reduce CO₂ quotas. CSU can help meet these requirements by optimizing capture and storage processes.
CO₂ Compression and Storage – A Key to a Sustainable Future
Efficient carbon capture and storage (CCS) is crucial for reducing carbon emissions and meeting global climate targets. Straen Energy’s CSU technology offers innovative solutions for CO₂ compression and storage, emphasizing efficiency, safety, and reduced costs.
Compact separation technology
A major challenge in carbon capture processes is separating CO₂ from other gases. The CSU’s compact separation solution enables efficient CO₂ extraction while reducing the need for large and complex systems. This creates a flexible, space-saving solution ideal for both onshore and offshore applications.
Pressure-stage–independent compression
Traditional CO₂ compression systems require several stages with coolers and scrubbers to handle varying pressures. CSU technology eliminates this need by offering pressure-stage–independent compression. This reduces energy requirements and cuts costs associated with equipment and maintenance, making the process more efficient and economical.
Spray cooling
When CO₂ is compressed to high pressures or supercritical states for storage or transport, significant heat buildup can occur. CSU technology uses spray cooling to manage this. Small amounts of water are injected into the compression chamber to remove excess heat and protect the system. This ensures stable operation and optimal performance in demanding compression processes.
Explore the remarkable benefits of CSU technology
The Carbon Compression & Seperation Unit (CSU) unit provides a compact, lightweight platform that combines superior process safety standards with lower costs and reduced carbon footprint.
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