Direct-from-air CO2 Capture, Negative Carbon Emissions:
Negative carbon not on
Negative CO2 emissions
Enabling direct carbon capture
Harvesting electricity from CO2
The role of direct air capture (DAC)
Direct air capture of CO2 with chemicals
'Solar Sponge' soaks up CO2 emissions
Research priorities for negative emissions
The Mechanical Tree' is a 2019 top technology
New method developed to remove CO2 from air
Pulling CO2 from air vital to curb global warming
Converting CO2 into methane or ethane selectively
This machine just started sucking CO2 out of the air
New biochar model scrubs CO2 from the atmosphere
Going negative: removal of CO2 from the atmosphere
Nano-spike catalysts convert CO2 directly into ethanol
Engineering a more efficient system for harnessing CO2
Spreading rock dust on farms - an idea how to lock up CO2
Negative emissions - Part 1: research landscape and synthesis
The urgency of the development of CO2 capture from ambient air
Chemists demonstrate sustainable approach to CO2 capture from air
A case for separate targets for emissions reduction and negative emissions
Crystalization method offers new option for carbon capture from ambient air
The role of negative emission technologies in addressingg our climate goals
The world's first 'negative emissions' plant has begun operation - turning CO2 into stone
Research team discover a way to make mineral which can remove CO2 from atmosphere
Assessment report from the GCEP Workshop on energy supply with negative carbon emissions
Ocean-based CCS:
'Electrogeochemistry' captures carbon, produces fuel, offsets ocean acidification
3500 years of ocean alkalinization with an annually constant dissolution of 5 Pg of olivine
The potential for Ocean-based climate action: negative missions technologies and beyond
Regional Programs:
Capture alone isn't sufficient to bottle up CO2