Our service
Cities, settlements, and critical infrastructures are suffering from natural hazards exacerbated by climate change, such as extreme heat, droughts, and flood risks. Nature-based solutions can treat water sources for reuse purposes, such as irrigation. Intensive greening and bioretention systems can simultaneously retain and treat stormwater, while also cooling down the urban environment. Soil and water bioengineering can be applied to stabilise slopes. Systemic approaches to circular water and fertiliser management can be designed to enhance the climate resilience and productivity of agricultural production, or to protect landscapes from the impacts of temperature rises and droughts.
Fields of work:
- Climate change adaptation and water management strategies
- Urban heat mitigation
- Water-sensitive urban design, enhanced stormwater management
- Climate resilience in the agricultural sector, water reuse for irrigation
- Wastewater treatment with water and nutrient recovery
- Drought resilient land management
- Constructed wetlands for municipal, agricultural, and industrial wastewater treatment
- Sustainable drainage systems
Services
- Policy, programming, and project development support
- Technology selection and system design
- Engineering design
- Construction and installation management and supervision
- Technical assistance and capacity building
- Specialised maintenance
- Monitoring protocols and supervision
- Research & development
Who Should Consider This Service
- Cities, communities, regional authorities, basin authorities
- Water and wastewater infrastructure managers
- Building developers
- Tourism businesses
- Agricultural businesses
Check Out Our Report:
For more insights into our work and expertise, read our comprehensive report on Heat Risk Reduction Guidelines for the Hadrian Aqueduct Cooling District.
