An ESG report usually describes current performance. It rarely shows how extreme heat, water scarcity or the shift to a lower-carbon economy could affect a specific site, asset or contract.

This feeds into the broader ESG framework a company maintains. It also increasingly sits as one category within an enterprise risk management structure, not as a standalone exercise cut off from other risk categories.

Physical risk and transition risk

Physical risk covers the direct impact of climate events, such as extreme heat and water scarcity, on operations and physical assets. Transition risk comes from policy, market and technology shifts as the economy moves toward lower carbon. Examples are carbon pricing, changing customer preferences and stranded assets that lose value as demand falls. The distinction matters when setting priorities for response.

How exposure differs by sector

Industrial and energy companies in Riyadh may face material transition risk, because global decarbonization trends affect demand for their products. Any company with significant physical assets also faces physical risk from the extreme heat and water stress of its operating conditions.

A hypothetical example

A company evaluating a new industrial facility builds climate risk into the feasibility analysis from the start, not as a separate exercise afterward. Water availability and extreme heat are operating constraints for the site, not general considerations.

What the engagement delivers

A structured assessment of physical and transition risk for your operations and sector. It connects to the ESG framework and enterprise risk management processes, so it does not end up as a standalone report nobody refers to after delivery.

Turning risk into decisions

The assessment is worth what it informs. It helps decide whether to invest in water efficiency, how to price a long-term contract, and whether a new facility's location suits projected conditions decades ahead as well as current ones.

Handling uncertainty in long-term projections

Nobody can predict climate conditions decades ahead with precision. The aim is not impossible certainty but enough flexibility in today's decisions to hold up across a reasonable range of future scenarios.