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AECOM · Physical Exposure and Transition

Architecture & Engineering · climate + nature risk across the portfolio. Site-level transition models are available on each location page.

Portfolio overview

37 sites · 10 countries
Mapped sites
37
10 countries
Portfolio grid
325
gCO₂/kWh · today
Grid → 2030
189
-42% vs today · IEA STEPS
Water stress
3.25
avg BWS 0-5 · 8 sites
Air (PM2.5)
8.2
avg µg/m³ · 8 sites
Protected areas
87.5%
7 of 8 in a PA
Recent forest loss
—
no data

Locations

Portfolio map · click a tile above to reframe
37 sites · 10 countries

Dependant transition pathways

Cement & Steel

Specified embodied carbon
Reference pathway

Design specifications drive what materials are used. Decarbonisation of concrete + steel sets the floor for what's possible at design stage.

framework:GCCA, ResponsibleSteel, SBTi Cement + Steel
0631252020203020402050
Best0%
Realistic50%
Worst85%
Cement + steel sector emissions · % of 2020 emissions · base 2020
Source: GCCA Net Zero Roadmap, ResponsibleSteel, IEA NZE Industry
Your exposure

Sector-generic framing shown above — company-specific exposure narrative pending.

Aviation

Scope 3 · cat 6
Reference pathway

Project travel for global firms — site visits, client engagement.

framework:IATA Fly Net Zero 2050
07515020192020203020402050
Best0%
Realistic50%
Worst150%
Aviation CO2 (commercial) · % of 2019 absolute CO2 · base 2019
Source: IATA Fly Net Zero, ICAO LTAG, BAU (~3% pa growth)
Your exposure

Sector-generic framing shown above — company-specific exposure narrative pending.

Buildings & Real Estate

Specified operational carbon
Reference pathway

The buildings the firm designs operate for 50–100 years. Building-fabric performance + heating system specification at design stage locks in or unlocks operational decarbonisation.

framework:SBTi Buildings, CRREM 1.5 °C decarbonisation pathways
0501002020203020402050
Best10%
Realistic45%
Worst75%
Building operational emissions · % of 2020 emissions · base 2020
Source: IEA NZE Buildings, SBTi Buildings 1.5°C
Your exposure

Sector-generic framing shown above — company-specific exposure narrative pending.

HVAC & Heat Pumps

Specified operational carbon
Reference pathway

Heating system specification — heat pumps vs gas boilers vs district heat — sets the operational-carbon trajectory of a building for its full life. Heat-pump supply chain maturity determines whether designers can actually specify what climate goals require.

framework:IEA Future of Heat Pumps, REHVA
0501002020203020402050
Best10%
Realistic40%
Worst72%
Heating + cooling emissions · % of 2020 emissions · base 2020
Source: IEA Future of Heat Pumps, IEA NZE Buildings
Your exposure

Sector-generic framing shown above — company-specific exposure narrative pending.