Prologis Park Datteln · Transition modelFACILITY

The facility depends on grid electricity and water services typical of WELL-certified logistics operations, with GHG emissions via Scope 2 electricity as the dominant impact channel; Germany's 2025 observed grid intensity is 329.65 gCO2/kWh (Ember). Physical water risk is currently Low overall (score 0.56, <25% label) and baseline water stress is Low (<10%, BWS 0.59) within the Rhine watershed (ex 636), though the drought score of 2.69 signals some seasonal dryness pressure. Riverine and coastal flood scores are both low (0.27 and 1.81 respectively), and no site-level flow data (energy, water withdrawal) is currently populated in the dataset.

By the 2030 horizon, grid carbon intensity is expected to nearly halve to 175 gCO2/kWh from the 2025 observed 329.65 gCO2/kWh (Ember, DE), materially improving the Scope 2 profile embedded in this facility's energy dependency. Physical water risk metrics — bws_score 0.59, drought_score 2.69, overall_risk_score 0.56 — currently carry no published 2030 forward values (wd/ws future scores are null), so near-term water-stress trajectory in the Rhine basin remains a data gap rather than a confirmed stable outlook.

By 2050, German grid intensity is projected at just 50 gCO2/kWh under IEA WEO 2024 STEPS, effectively decoupling this facility's electricity-driven emissions from its footprint and leaving physical risk — not carbon — as the dominant long-term consideration. Residual exposure centers on the Rhine watershed's hydrology: riverine flood score remains low (0.27) and coastal flood score modest (1.81), but without 2050/2080 water-stress or depletion horizon data, analysts cannot yet confirm whether the Rhine basin's Low stress classification holds under further climate stress. No 2080 grid horizon is available either, so the post-2050 decarbonisation trajectory is currently unbounded.