The crossover point where DAC becomes more cost-effective than BECCS is reached at 105% reductions (-121 Mt-CO2/year) when biomass resource availability is low, and at 90% reductions (+243 Mt-CO2/year) when DAC costs are low.

Authors

• Person: Not available Organization: Nature
  Impact of carbon dioxide removal technologies on deep ... - Nature

Sources

• Impact of carbon dioxide removal technologies on deep ... - Nature www.nature.com Nature via serper

Referenced by nodes (2)

• direct air capture concept
• bioenergy with carbon capture and storage concept