Direct Air Capture: Market & Technology Report
This report analyzes direct air capture (DAC) markets, technologies, policies, and research. DAC technologies – which remove CO2 directly from the atmosphere – have quickly become a cornerstone in plans to combat climate change. While DAC has widespread support from corporations and policymakers, significant innovation is needed before it can make a substantial impact on global emissions. The report covers key players and regional trends, as well as policy drivers and applications such as synthetic fuels, enhanced oil recovery, geological storage, food, plastics, and chemicals. Technologies and transportation methods are also reviewed. 228 slides.
This report analyzes direct air capture (DAC) markets, technologies, policies, and research. DAC technologies – which remove CO2 directly from the atmosphere – have quickly become a cornerstone in plans to combat climate change. While DAC has widespread support from corporations and policymakers, significant innovation is needed before it can make a substantial impact on global emissions. The report covers key players and regional trends, as well as policy drivers and applications such as synthetic fuels, enhanced oil recovery, geological storage, food, plastics, and chemicals. Technologies and transportation methods are also reviewed. 228 slides.
This report analyzes direct air capture (DAC) markets, technologies, policies, and research. DAC technologies – which remove CO2 directly from the atmosphere – have quickly become a cornerstone in plans to combat climate change. While DAC has widespread support from corporations and policymakers, significant innovation is needed before it can make a substantial impact on global emissions. The report covers key players and regional trends, as well as policy drivers and applications such as synthetic fuels, enhanced oil recovery, geological storage, food, plastics, and chemicals. Technologies and transportation methods are also reviewed. 228 slides.