Recent advancements in pressure swing adsorption (PSA) technology for CO2 capture are paving the way for significant commercial opportunities in the energy sector, particularly within the petrochemical industry. This research, led by Qiang Liu from C
CNOOC’s PSA Technology Breakthrough Offers New Hope for CO2 Capture Read More »
Zhejiang Province is facing a significant challenge as it strives to meet its ambitious “carbon peaking and carbon neutrality” goals. A recent research review published in the journal Southern Energy Construction highlights the critical role that car
Zhejiang Province Leverages CCUS Technology to Achieve Carbon Goals Read More »
A recent study published in the journal ‘Southern Energy Construction’ has shed light on the current state and economic viability of Direct Air Capture (DAC) technology, a promising solution in the quest for carbon neutrality. Authored by Ningtao Zha
Study Highlights Economic Viability Challenges of Direct Air Capture Technology Read More »
Recent research led by Xi Liang from the Guangdong Southern Carbon Capture and Storage Industry Centre has shed light on the potential benefits and economic feasibility of various carbon dioxide (CO2) utilization technologies. Published in the journa
Research Highlights Economic Potential of Carbon Utilization Technologies Read More »
A recent article by Shuwei Liu from the Technology Branch of Chongqing Yuanda Flue Gas Control Franchise Co., Ltd., highlights the transformative potential of artificial intelligence (AI) in the development of power systems, particularly in the conte
AI Innovations Set to Transform China’s Power Systems for Low-Carbon Future Read More »
Recent research led by Linlin Zhang from the School of Energy at the China University of Geosciences (Beijing) has shed light on the potential of utilizing brine layers for carbon dioxide (CO2) storage, a critical strategy in combating global warming
China University Research Unlocks Brine Layers for Enhanced CO2 Storage Read More »
A recent study published in Heliyon has introduced a groundbreaking tool designed to assess the sustainability and circularity of biomass-based energy supply chains. This research, led by Thanh Quang Nguyen from the Department of Engineering at the U
University of Palermo Develops Tool to Boost Biomass Energy Sustainability Read More »
Recent research published in “Results in Engineering” highlights the potential of microalgal bioengineering as a promising approach for carbon capture, a critical component in addressing climate change. Led by Adamu Yunusa Ugya from the State Key Lab
Microalgal Bioengineering Promises Breakthroughs in Carbon Capture Solutions Read More »
In a significant advancement for carbon capture technology, researchers have explored the potential of biobased ionic liquids (ILs) as an efficient alternative to traditional methods for extracting carbon dioxide (CO2) from industrial emissions. The
Biobased Ionic Liquids Set to Revolutionize Carbon Capture Technology Read More »
Recent research published in ‘Scientific Reports’ explores a cutting-edge approach to carbon capture, a crucial technology in combating climate change. Led by Mohammad-Reza Mohammadi from the Department of Petroleum Engineering at Shahid Bahonar Univ
Breakthrough Study Reveals Machine Learning’s Role in Carbon Capture Efficiency Read More »
