CCUS and CDR

CCUS and CDR

Carbon capture and removal scale from demonstration to multi-gigatons deployment, split between industrial CCS, BECCS and DAC.

• Global CCS capacity rises 0.4 → 2.6 Gt CO₂/yr (2024–2060) (~16 % of emissions).
  Source: DNV ETO 2025 p. 73
  
  
• Regional shares (2060): Europe 23 %, North America 23 %, MENA 11 %, Greater China 8 %.
  Source: DNV ETO 2025 p. 74
  
  
• Manufacturing ≈40% of captured CO₂ by 2060; power ≈30% (half biomass).
  Source: DNV ETO 2025 p. 74
  
  
• CDR = 1.1 Gt CO₂/yr by 2060 (42% of captured); BECCS 62%, DAC 38% (~420 Mt) < USD 350/t.
  Source: DNV ETO 2025 p. 75
  
  
• Global CO₂ capture/storage scales to ~1.6 Gt/yr (2050) and ~2.6 Gt/yr (2060) — about 16% of global CO₂ then. The leading regions in 2060 are Europe 23%, North America 23%, MENA 11%, Greater China 8%.
  Source: DNV ETO 2025 (§4.2)
  
  
• After 2040, manufacturing becomes the largest CCS user (~40% of captured CO₂ by 2060); power is ~30%, mostly BECCS in Europe/North America; fossil-with-CCS is most prominent in China.
  Source: DNV ETO 2025 (§4.2)
  
  
• CDR reaches ~1.1 Gt/yr (2060) — 42% of total captured — with BECCS ≈62% (over half in power) and DAC ~38% (~420 Mt/yr) at < USD 350/t.
  Source: DNV ETO 2025 (§4.2)
  
  
• By 2050, CCS accounts for ~6% of global CO₂ captured; CDR ≈610 Mt/yr (38% of captured) on the then-current trajectory.
  Source: DNV ETO 2025 (§4.2)