Climate risk resilience and site sizing
Tailored technical studies to design, size and adapt sites to future climate risks.
Our climate risk resilience and site sizing service delivers tailored technical analyses. It helps organizations understand how future climate conditions will impact their facilities, infrastructures, and operations.
By combining climate projections, hydrological and flood modelling, and engineering criteria, we support climate-smart design, retrofitting, and long-term adaptation planning.
This approach enables decision-makers to translate complex physical climate risks into actionable design choices and robust investment strategies.
We translate complex climate projections into practical design inputs that help engineers, planners, and decision-makers size infrastructures and systems for future climate conditions.
Selection of bias-corrected CMIP6 models, SSP/GWL scenarios, and extreme event statistics relevant to your site or sector.
Simulation of floods, droughts, heatwaves, groundwater stress, and compound events at high spatial and temporal resolution.
Evaluation of infrastructures under multiple scenarios and horizons (2030–2100) to determine operational limits and robustness.
Translation of results into engineering-ready parameters (return periods, load factors, dimensioning values).
Delivery of GIS layers, technical reports, and site plans that can be directly used in feasibility studies, tender documents, and master plans.
Workshops to prioritize adaptation measures and align sizing decisions with regulatory, environmental, and financial requirements.
Location-specific assessments powered by high-resolution datasets, down to asset or building scale, to capture the unique vulnerabilities.
Actionable thresholds for drainage, cooling, water storage, and flood defences, ensuring infrastructures are dimensioned to withstand future climate extremes.
Climate scenarios projected to 2100, with robustness testing across multiple futures, helping organizations plan for uncertainty.
Results aligned with engineering standards, regulations, and sustainability frameworks, making them directly applicable to planning and design
From feasibility studies and dimensioning reports to technical specifications, tailored to the needs of engineers, planners, and decision-makers.
Data and methods
Our expertise brings together climate science, hydrology, and engineering to deliver results that are both scientifically robust and directly usable in design and planning:
France, Europe, and global scale
Flexible between 1971 and 2014
Projections available up to 2100, in 5-year increments
High resolution data
Built on world-class, high-resolution climate and water datasets, our 360° evaluation of climate and water-related risks provides decision-makers with the clarity needed to plan adaptation investments, structure resilient tenders, and secure infrastructure and resource management against climate change.
Our recognized expertise
Our Hydroclimat team is committed to answering your request quickly. Send us a message and we’ll get back to you as soon as possible.
