Climate change calls for adaptation of negative emission technologies such as direct air
capture (DAC) of carbon dioxide (CO 2) to lower the global warming impacts of greenhouse …

Direct air capture (DAC) is considered one of the mitigation strategies in most of the future
scenarios trying to limit global temperature to 1.5° C. Given the high expectations placed on …

Without disruptive change, greenhouse gas (GHG) emissions from fossil production of
chemicals and plastics will double by 2050. The transition to net-zero GHG emissions …

Highlights DAC can help deal with difficult to avoid emissions. Large-scale deployment of
DAC requires serious government, private, and corporate support and investment …

Negative carbon dioxide (CO2)-emissions are prevalent in most global emissions pathways
that meet the Paris temperature targets and are a critical component for reaching net-zero …

Negative emissions technologies (NETs) approaches are an essential part of virtually any
scenario in which global warming is limited to 1.5° C in accordance with the Paris …

The energy transition requires an extensive employment of gas-solid catalytic chemical
reactors to support the long-term energy storage. Many renewable resources are …

Negative-emission technologies (NETs) are widely viewed as a risky backstop technology
for climate change mitigation. In this perspective, we challenge this limited view of NETs. We …

One promising carbon capture technology is the absorption of carbon dioxide (CO2) by
molten salt, specifically the molten mixture of calcium oxide and chloride (CaO+ CaCl2 …

The near-linear relationship between anthropogenic CO2 emission and global warming is a
major cause of concern among scientists. Achieving a low carbon future requires a new …