Climate risk for
Corporates
Physical climate risk is material for businesses in every sector of the economy. Extreme weather and changing environments are already causing loss, disruption and even insolvency.


Assess material physical climate risks to your business and set strategies for long-term resilience





The pathway from risk to resilience
Risk identification
- Portfolio overview and company summary
- High-risk assets identification
- Local cross dependency risk
- Large site area risk screen
- Supply chain risk assessment
Risk measurement
- Value-at-Risk
- Failure probability
- Technical Insurance Premium
- Productivity Loss
- Number of high-risk assets
- % of high-risk assets
- Climate Adjusted Hazard severities
Risk management through adaptation
- Multiple adaptation pathway analysis
- Adaptation cost benefit analysis
- Upstream cross dependency risk
- Customer due diligence
Risk strategy for resilience
- Due diligence risk assessment for development and acquisition
- ESG reporting
- Investor confidence
- TCFD and regulatory reporting
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Lead the path to resilience

Our clients are global
We analyse assets in over 175 countries

Featured use cases

Corporates: Reporting and disclosures (ISSB)

Corporates: Due diligence for a renewable energy project

Corporates: Due diligence for a brownfield infrastructure project

Corporates: Adaptation measures to ensure continued productivity
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We’ve been around for a while - we can help!

2023 XDI Global Hospital Infrastructure Physical Climate Risk Report
XDI has analysed over 200,000 hospitals around the world for risk of damage from 6 different climate change hazards from 1990 until the end of the century. The risk arising from two different emissions scenarios (i) RCP 8.5 (around 4.3 ºC) and RCP 2.6 (1.8 ºC or under) was compared. The analysis was published ahead of the inaugural Health Day at the COP28 UN Climate Conference.

FAQs
Yes, we can present resultsets for the physical risk component of a TCFD report. We also produce a TCFD physical risk report.
We do not perform our own downscaling of global climate models. Currently, the majority of our models use data from the coordinated regional downscaling experiment (CORDEX). This simulation data uses CMIP5 projection data, which is a global projection based on the RCP scenarios, and downscales them to individual regions such as North America, Europe or Australia.
Newer hazard models use CMIP6 data, which is the updated version of CMIP5 that uses shared socio-economic pathways (SSPs) as scenarios, which are similar to the RCPs for physical risk (though some additional SSPs exist). There currently is no version of CORDEX that downscales the CMIP6 data set.
RCP stands for Representative Concentration Pathway. Scenarios that include time series of emissons and concentrations of the full suite of greenhouse gases (GHGs) and aerosols and chemically active gases, as well as land use/land cover (Moss et al., 2008). The word representative signifies that each RCP provides only one of many possible scenarios that would lead to the specific radiative forcing characteristics. The term pathway emphasises that not only the long-term concentration levels are of interest, but also the trajectory taken over time to reach that outcome (Moss et al., 2010).
Tropical Cyclone/Hurricane winds are currently modelled using a relationship between their wind speeds and the sea surface temperature, with a degradation in wind speed as you move further inland due to the effects of land surfaces on Tropical Cyclone intensity.
The Technical Insurance Premium (TIP) is defined as the Annual Average Loss (AAL) per representative property for all hazard impacts combined. The TIP is based on the cost of damage to a property, expressed in current day dollars with no discounting or adjustments for other transaction costs.
Actual insurance premiums may not include the hazards we cover - for example Coastal Inundation and Soil Movement are excluded in some countries.
We do not currently include biodiversity in our analysis, however it is included in some capacity in our two-year roadmap for science and technology developments. If you wish to partner with XDI in developing metrics around biodiversity, please contact us.
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Our dedicated team

Alex is a broad-minded and creative senior executive with experience in developing, implementing and executing strategic business, sales and marketing plans for entire organisations. Over the past 25 years, he has gained considerable commercial experience working in senior roles within start-ups, SMEs and multinational businesses across 3 continents (Europe, South America and Australia).

B.Env & B.Sc (Biodiversity & Conservation) With 10 years of experience in Sales, Maddie harnesses their excellent communication skills with genuine rapport for you - reach out, she’d love to chat climate risk and more. Maddie began their career undertaking climate analysis at the South Australian Department of Environment and Water, working closely on heat-related temperature predictions for Adelaide. After graduating from Flinders University where they undertook ecology and environmental assessments across South Australia, they led a research project in early 2020 on Danjugan Island (a protected island off the mainland of Bacolod in the Philippines) analysing seagrass abundance and distribution.
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From simple, low cost analysis, to complex, detailed and specific,
XDI delivers actionable results
Our vision is not just to identify physical climate risks, but to mitigate them.
XDI can help you develop business plans for adaptation, helping you move from risk to resilience.
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