Emirates Precast Construction LLC facility - Jebel Ali Industrial Area 2, Dubai · Transition modelFACILITY

The facility's dominant dependency is water, reflected in a baseline water depletion score of 5 (maximum) and a Baseline Water Stress label of Extremely High (>80%) within the Arabian Peninsula watershed, a critical input given the water-intensive nature of precast concrete curing and batching. The dominant impact channel is Scope 2 GHG emissions, driven by grid electricity at an observed 2023 intensity of 466 gCO2/kWh in the UAE (Ember 2024). Overall composite location risk is rated Low-Medium (score 1.52), but this masks the extreme water stress signal, and riverine flood exposure (score 3.998) is meaningfully higher than coastal flood exposure (2.129) at this Jebel Ali Industrial Area 2 site.

By 2030 grid carbon intensity is projected to nearly halve from the 2023 observed value of 466 gCO2/kWh to 285 gCO2/kWh (IEA WEO 2024 STEPS), materially improving the Scope 2 emissions profile without any change in operations. Water stress horizon data (2030 wd/ws future scores) are not populated in this dataset, so the facility's water dependency profile should be treated as static at today's Extremely High baseline until updated projections are available; this is the key monitoring gap for the site.

By 2050 the UAE grid is projected to fall further to 130 gCO2/kWh under IEA WEO STEPS, a 72% reduction from 2023 levels, which should substantially decarbonise the facility's Scope 2 footprint absent major changes in production volume. However, no 2080 water stress or depletion labels are available, and the structural driver of physical risk, the Arabian Peninsula's extremely high baseline water depletion, is a geological and climatic feature unlikely to be resolved by decarbonisation alone; residual exposure will depend on desalination capacity, water reuse investment, and regional demand growth rather than grid trends.