Carbon capture is still a crucial technology for lowering CO₂ emissions, especially since
fossil fuels persist in supplying a considerable share of global energy needs. Among …

Abstract Direct Air Capture (DAC) is a rapidly evolving technology that extracts CO 2 directly
from ambient air. This study presents a comprehensive performance evaluation of …

In their quest to enhance energy efficiency and carbon footprint management, many
enterprises are turning their attention towards optimizing their facilities through amplified …

Building-integrated carbon capture technology has the potential to reduce the cost of CO 2
capture while improving indoor air quality (IAQ). To promote the adoption of CO 2 capture in …

Direct air capture (DAC) offers a potential solution for capturing carbon dioxide directly from
the atmosphere, making it a promising technology in the field of negative carbon solutions …

High-speed trains experience significant interior pressure fluctuations when passing through
tunnels, which can adversely affect passenger comfort and, in extreme cases, cause health …

A Trombe wall is a widely applied heating system that has a single function. An interesting
thing is that both the solar heat and UV light received by a Trombe wall have an air …

Abstract Direct Air Capture (DAC) is a rapidly evolving technology that extracts CO2 directly
from ambient air. This study focuses on integrating DAC in HVAC systems to improve indoor …

All direct air capture (DAC) technologies utilize either chemical sorbents or physical
sorbents for removing CO 2 from the atmospheric air. These technologies tend to be energy …

Direct air capture (DAC) offers a potential solution for capturing carbon dioxide directly from
the atmosphere, making it a promising technology in the field of negative carbon solutions …