Carbon capture, utilization, and storage (CCUS) has gained significant traction worldwide due to the pressing requirement to drive down global CO2 emissions. Many countries have set ambitious goals to reduce carbon emissions by 2030 and achieve net-zero emissions by 2050. Government initiatives like the EU Emission Trading System (ETS) encourage the capture and secure storage of CO2. However, the diverse range of industries and capture techniques involved in CCUS result in CO2 streams with varying impurities.
These impurities pose a potential risk to the integrity of pipelines over time and therefore require accurate monitoring. Additionally, precise quantification of the absolute purity of CO2 is crucial for calculating the total mass of CO2 sequestered.
To ensure the long-term viability of CCUS projects and maintain pipeline integrity, it is imperative to accurately monitor and quantify impurities in CO2 streams. This webinar will delve into the importance of real-time analysis for quality assurance in maintaining pipeline integrity and the significance of accurately quantifying CO2 purity for effective carbon sequestration.
By attending this webinar, you will learn:
- What’s driving CCUS market conditions
- Why it's important to accurately monitor CO2 and impurities in pipeline streams
- Considerations when specifying analytical instrumentation
- Measurement challenges
Who should attend this event?
This topic will be of interest to individuals in quality management and testing roles in the carbon capture value chain in the following disciplines:
- Oil & Gas Professionals
- Pipeline Owners
- Metrology Institutes
- Integration Partners
- Emitters
- CCUS Technology Providers
About the webinar speaker:
Trevor Tilmann is an Applications Engineer with Thermo Fisher Scientific, Environmental and Process Monitoring. He has a BS in Chemistry from Central Michigan University, with a concentration in Analytical Chemistry.
He joined Thermo Fisher Scientific in 2023. With a background in source testing, Trevor is an expert in FTIR gas analysis, continuous emissions monitoring, and method development.