Prologis Queimados · Transition modelFACILITY

As a logistics/distribution asset, Queimados' dominant dependency is grid electricity and built-asset resilience rather than intensive water use, with baseline water stress Low-Medium (BWS score 1.26). However, the South Atlantic watershed carries a High overall water risk score (3.33, 60-75% band), driven by elevated untreated wastewater (2.81) and riverine flood exposure (2.42), plus a notable drought score (2.30). Scope 2 emissions intensity is currently low by global standards: Brazil's grid emitted 109.95 gCO2/kWh in 2025 (Ember), reflecting the country's hydro-heavy generation mix. No flow-level data (energy/water volumes) is populated for this facility, limiting quantification of absolute dependency magnitude.

By 2030, IEA STEPS projects Brazil's grid intensity to rise to 70 gCO2/kWh in the horizons data — a figure that reads as a near-term increase relative to the 2025 observed value, warranting a data-source check against Ember's actual trajectory before being taken at face value in Scope 2 forecasting. Water-risk future scores (2030 WD/WS) are not populated in this dataset, so the current High overall-risk label and its wastewater/flood drivers should be treated as the best available proxy for near-term physical exposure. No change in asset footprint or ownership is indicated; Prologis retains 100% share.

The 2050 grid horizon drops to 40 gCO2/kWh, reinforcing Brazil's long-run decarbonization path and suggesting Scope 2 exposure at this site becomes structurally immaterial versus peers in higher-carbon grids. Long-term water risk (2080 labels/scores) is entirely unpopulated, so residual physical risk beyond today's High-risk watershed classification cannot be forecast from this dataset; the untreated wastewater and riverine flood drivers observed today should be assumed persistent absent site-level mitigation data.