Laing O'Rourke Registered Office - International Finance Centre 1 · Transition modelFACILITY

As a registered office (non-operational asset subtype) in St Helier, Jersey, this site shows low overall water risk (score 1.6, Low-Medium 25-50% band) with low baseline water stress (1.91, Low-Medium 10-20%) and minimal water depletion (1.01), set within the Saint Helier, Jersey watershed. Coastal flood score (3.06) exceeds riverine flood score (1.63), reflecting typical exposure for a Channel Islands coastal town. No energy, water, or GHG flow data is populated at this facility, and Jersey's grid emissions-intensity figures (observed or horizon) are entirely absent, limiting visibility into Scope 2 dependency and impact for this office.

All 2030 horizon fields for both water (wd_future_score, ws_future_score) and grid emissions intensity are null, so no quantified shift in physical or transition risk can be reported for this office by 2030. This is a data-availability gap rather than an indication of stability, and should be flagged for follow-up given Jersey's limited coverage in standard climate-risk horizon datasets.

No 2050+ water-stress, drought, or grid-intensity horizon data is populated for this site, so a decarbonisation trajectory and long-term residual physical risk cannot be quantified from the current dataset. Given St Helier's coastal position, physical risk analysis at longer horizons should prioritise sea-level rise and coastal flood pathways once forward-looking scores become available, rather than water depletion, which is currently negligible.