Despoina Tsimprikidou, Policy Officer at the Carbon Capture and Storage Association, discusses the geological storage of CO2 and if this is just creating a problem for future generations on gasworld’s CCUS: Turning Carbon into Opportunity...
Decarbonisation technology firm 8 Rivers Capital, with an HQ in North Carolina, has awarded global engineering company Wood a preliminary front-end engineering and design (pre-FEED) contract for its Wyoming carbon capture project.
Bjorn Utgard, VP of Strategy in EMEA at Skytree, discusses his view on CO2 utilisation vs sequestration on gasworld’s CCUS: Turning Carbon into Opportunity webinar.
Direct air capture (DAC) of carbon dioxide is today a hotly debated carbon management technology, attracting scepticism in some quarters but also growing investment reflecting its crucial role in the maths of delivering Net Zero.
UK-headquartered global engineering consultancy Wood has launched an energy transition hub in Abu Dhabi to provide technical, strategic, and economic solutions for clients across the Middle East, the company announced today.
US-headquartered climate tech company Spiritus has secured $30m in Series A funding to expand its carbon removal technology. The round was led by Aramco Ventures with participation from Khosla Ventures, Mitsubishi Heavy Industries America, and...
A new law governing carbon capture, utilisation and storage (CCUS), passed last week in Malaysia, has been criticised by lawmakers and non-governmental organisations (NGOs) for failing to properly address carbon capture risks.
Sharon AI, a US-based high-performance computing company, and New Era Helium, a New Mexico-headquartered energy infrastructure firm, have signed a letter of intent to acquire a 200-acre site in Ector County, Texas, for a 250...
Roger Sayah, General Secretary of the Middle East Gases Association (MEGA), and Dr David Hart, Global Hydrogen Lead at ERM, discuss carbon capture, utilisation and storage (CCUS) developments in the Middle East on gasworld’s IG...
Scientists at the Technology University of Vienna (TU Wien) have found a way to turn battery waste into fuel, developing a nanocatalyst that converts CO2 into methane using spent batteries and aluminium foil.
