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Innovative solutions for every stage of the CCUS value chain
Explore our comprehensive solutions supporting diverse applications across the entire Carbon Capture Utilization and Storage (CCUS) process. Our innovative instruments facilitate the capture of CO₂ from industrial emissions and enable precise mass/volume measurements and verification of CO₂ purity. Rely on our advanced monitoring systems to enable safe transfer and storage of captured CO₂ for secure, long-term containment. In the utilization stage, we support applications such as the production of beverage-grade CO₂, the development of e-fuels, the enhancement of building materials, and more. Our comprehensive R&D solutions, including material characterization and gas flow analysis, support the development of efficient, cost-effective, and scalable CCUS technologies, driving the transition to a low-carbon economy
Carbon capture is a vital component of CCUS, focusing on capturing carbon dioxide (CO₂) emissions from sources such as power plants and industrial facilities before they enter the atmosphere. After capture, the CO₂ is compressed and either transported to storage sites or used in various applications. Effective carbon capture is essential for the success of CCUS in reducing the impact of climate change.
The CCUS process starts by capturing CO₂ from point sources or the air using methods like pre-combustion, post-combustion, oxy-fuel combustion, or direct air capture, then compressing the CO₂ for transport or beneficial use.
Advanced tools for diverse carbon capture needs
Explore our comprehensive instrumentation solutions tailored for diverse applications in the capture stage of CCUS. Our offerings include tools for precise mass and volume calculations, CO₂ purity verification, in-line carbon stream analysis, direct air capture, and liquid ATR analysis of amines.
The transportation stage of CCUS is crucial for moving captured CO₂ from the capture site to storage or utilization facilities. This process ensures that CO₂ is safely and efficiently transported via pipelines, ships, rail, or trucks. Each method requires specific safety measures, such as leak prevention, to protect personnel and the environment. As a vital link in the CCUS chain, transportation enables the relocation of captured CO₂ to sites where it can be used in industrial processes or securely stored underground, preventing atmospheric release.
Following capture, CO₂ is conveyed, typically through pipelines, with infrastructure in place to provide secure and efficient transport while reducing the risk of leaks, pipeline degradation from acid formation, or environmental damage.
Precision instrumentation for effective CCUS transportation monitoring and analysis
Discover our versatile instrumentation solutions designed to meet the needs of various applications for CO₂ transportation. Our advanced tools support mass and volume calculations, CO₂ purity verification for custody transfer, in-line carbon stream analysis, direct air capture, and liquid ATR analysis of amines, ensuring precise and reliable results for your CCUS processes.
The storage or sequestration stage of CCUS focuses on the long-term containment of captured CO₂ to prevent its atmospheric release. Key methods for CO₂ storage include geological, mineral carbonization, ocean, and terrestrial storage. Each method requires specific safety measures, such as continuous monitoring to ensure secure storage and detect potential leaks. Compliance with government regulations is essential to ensure environmental protection and public safety. As a crucial component of CCUS, the storage stage provides a permanent solution for captured CO₂, playing a vital role in reducing greenhouse gas emissions and combating climate change.
The subsequent phase involves the long-term sequestration of CO₂ in geological formations, either onshore or offshore, ensuring it remains isolated from the atmosphere.
Innovative monitoring solutions help ensure the protection of the environment and human health
Gain insights into our technology solutions for the storage stage of CCUS, designed for a range of applications including volumetric and mass flow monitoring, advanced gas leak detection, real-time CO₂ composition measurement, and purity monitoring during sequestration.
The utilization stage of CCUS converts captured CO₂ into valuable products, helping reduce atmospheric CO₂ and creating economic opportunities. Key methods include enhanced oil recovery (EOR), chemical production, building material strengthening, beverage carbonation, and synthetic fuel production. Efficiency, safety, and economic viability are ensured through R&D, market demand, and supportive government policies. This stage is essential for managing CO₂ sustainably, reducing greenhouse gas emissions, and supporting a circular economy.
In the final utilization step, CCUS transforms captured CO₂ into useful products like fuels, chemicals, and building materials, reducing atmospheric CO₂ while generating economic benefits.
Innovative instrumentation to support the conversion of CO₂ into valuable products
Learn about our instrumentation solutions for the utilization stage of CCUS, featuring applications for beverage-grade CO₂, e-fuels, Sustainable Aviation Fuels (SAF), Syngas, hydrocarbon feedstock conversion, and chemical process monitoring.
R&D for CCUS is vital for advancing the technologies needed to capture, transport, utilize, and store CO₂ effectively. The main goals are to improve efficiency, reduce costs, and enhance safety and scalability. R&D helps overcome technical, economic, and regulatory challenges, facilitating the widespread adoption of CCUS as a key tool against climate change. By advancing these technologies, R&D efforts reduce greenhouse gas emissions and support the transition to a sustainable, low-carbon economy.
R&D investment is essential for advancing technologies to facilitate the shift to a sustainable energy future.
Proven solutions for material characterization and gas flow analysis in the laboratory
Explore our technology solutions for the R&D stage of CCUS, encompassing applications from material characterization to the analysis of gas flow through pipes for studying acid formation
Service and product availability may vary by country and are subject to varying regulatory requirements. Please contact your local sales representative for availability.