Carbon capture is a critical lever for the hard-to-abate chemical industry. Feasibility for these new, innovative processes relies on technical and economic optimization.

Process safety remains a priority for companies, but balancing the design of safety systems to withstand risks against higher CAPEX costs is challenging. Accurate, efficient modeling of depressurization is key, especially in carbon-capture processes.

Understanding key reservoir properties like porosity, permeability, and their interrelationships is crucial for accessing CO₂ injectivity and storage potential in carbon capture and storage (CCS) projects. Traditional regression techniques often fall short in complex reservoirs, where permeability can vary widely across multiple lithologies.

Carbon Capture and Storage (CCS) is at the forefront of sustainability initiatives. As the demand for storage sites increases, there is a pressing need for subsurface technologies that accelerate project timelines—from permitting to monitoring.

As critical net-zero targets remain top of mind for today’s chemical and energy companies, technologies like solvent-based carbon capture can be deployed to reduce carbon emissions and advance sustainability goals.

Watch experts from Carbon Circle, an EPC specialist in carbon removal and energy transition solutions, and hear how they are improving the economics, execution and scale-up of their projects—including energy-from-waste (EfW) with integrated CCS.

As energy transition efforts accelerate, advanced subsurface monitoring technologies are critical to maximize hydrocarbon recovery and ensure safe, long-term carbon storage.