SSP5-HL-UPTAKE Scenario · Techno-world

Fast Lane

High near-term emissions, then a steep late-century drawdown driven by large-scale novel carbon removal.

The story

Fast Lane is the techno-world pathway: society delays deep mitigation, then scales up carbon removal fast and hard late in the century. Emissions stay high through mid-century before a sharp reversal, so the scenario leans on risky, technology-heavy removals to bring net CO₂ down in time.

It maps to ScenarioMIP SSP5-HL — a high-emissions, low-mitigation trajectory. Compared with the other two roads, Fast Lane starts with the least removal and ends with the most: the drawdown is back-loaded onto engineered methods rather than early, steady land-based uptake.

Key numbers · World
CDR · 2050
CDR · 2100
net-zero CO₂
novel CDR · 2100

Values from the WITCH ssp5_HL run; net-zero is the year World Emissions|CO2 crosses zero.

Total carbon removal over time

Total CDR — Fast Lane

Total Carbon Removal for World, 2005–2100 (Gt CO₂/yr).
Removal by method

CDR by method (stacked)

Land use (conventional) BECCS DACCS Enhanced weathering
Removal split into conventional land use and novel methods (BECCS, DACCS, enhanced weathering), World, Gt CO₂/yr. Temperature pathways are not shown — this WITCH dataset has no global-mean-temperature output NEEDS SOURCE.
Net CO₂ emissions

Net CO₂ emissions

Net Emissions|CO2 (solid) with the energy & industry and land (AFOLU) components (dotted), World, Gt CO₂/yr. Below zero means net removal.
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