The cost of capture is a key barrier for widespread deployment of CCS. Hybrid concepts combine more than one CO2 capture technology, normally two, in an arrangement that leads to improved capture performance.
Combustion dynamics in hydrogen-enriched flames presents a problem for gas turbine applications. In the webinar, we will investigate why burning hydrogen becomes challenging.
The British Geological Survey is a world leader in CCS with over 20 years' experience at the forefront of CO2 storage research and includes the largest dedicated UK storage research group.
Reducing the carbon intensity of hydrogen production by making scalable, efficient proton ceramic reactors with fuel flexibility for methane, biogas and ammonia.
The DACOMAT EU project present more damage tolerant and damage predictable low-cost composite materials. Welcome to presentations and discussions. By invitation only.
Presentation of the NORCEM Brevik CCS project covering the capture, liquefaction and immediate storage of 400,000 t CO2 per year from cement production using available heat from the process.
The ECCSEL Svelvik CO2 field lab completed an extensive upgrade in 2019.
Plugged and abandoned (legacy) wells are an identified challenge for large-scale CO2 storage on the Norwegian continental shelf.
CO2 capture and conditioning from industry has been indicated as a potential way of reducing CCS cost