Science-Based Target Pathway: Carbon Budget Phase Diagram (2D)
2D SBTi decarbonization simulator: instead of an orbiting 3D emissions-tower timeline, watch the actual E(t) = E0(1-r)^t pathway curve plotted directly against required emissions, with a cumulative-budget phase diagram (budget allowed vs. budget used) that shows exactly when a company drifts off its own science-based target.
Companies setting a net-zero target under the Science Based Targets initiative (SBTi) commit to a linear annual reduction rate against a baseline emissions inventory — 4.2% a year for a 1.5°C-aligned pathway, or 2.5% a year for a well-below-2°C pathway — with at least 90% absolute reduction required by 2050 and only the residual 10% neutralized through carbon removal. This 2D version traces E(t) = E0·(1-r)^t directly as a function graph rather than rendering it as a field of bar towers: an upper panel plots actual vs. required emissions with a shaded excess/deficit area and the net-zero residual ceiling, while a lower panel is an independent cumulative-budget phase diagram — allowed budget on one axis, used budget on the other — where the diagonal marks an exactly-on-pathway company and any drift above it marks a company that has already overspent its own science-based carbon budget.
2D SBTi corporate decarbonization simulator: watch E(t) = E0(1-r)^t plotted directly as an actual-vs-required emissions curve, then trace a cumulative carbon-budget phase diagram — budget allowed vs. budget used — where the diagonal marks a company exactly on its own science-based net-zero pathway.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install