Carbon Capture, Storage & Utilization Industry

The global carbon capture, utilization, and storage market is pivotal for achieving net-zero emissions by 2050. Technologies such as post-combustion, pre-combustion, and oxy-fuel combustion are essential in reducing CO2 emissions in industries like steel, cement, and hydrogen production. 

With advancements in physical solvents, cryogenic separation (Cryocap™), and adsorption technologies (PSA, VSA), the market is projected to grow, driven by regulations like the US Section 45Q tax credit and increasing demand for sustainable solutions.

Key Analysis Areas

1. Technology Overview: Technologies like chemical solvents (BASF OASE®), physical solvents (Rectisol™), and cryogenic separation (Cryocap™).
2. Product and Application: Applications in steel (8% of global emissions), cement, and hydrogen production.
3. Market Dynamics: Growth driven by energy efficiency goals, despite high energy costs and infrastructure challenges.
4. Growth Forecast: Increasing adoption of CCUS in heavy industries to meet emissions targets and the advancement of sequestration technologies.
5. Value Chain: Overview of the CCUS value chain, from carbon capture to utilization and storage, highlighting key players.
6. Strategic Activities: Innovations and supportive regulations like the US Section 45Q tax credit.

The CCUS market is crucial for reducing global carbon emissions, particularly in heavy industries. Despite challenges like high energy consumption, the market is expected to grow due to technological advancements and strong regulatory support, making it a vital component of future decarbonization strategies.