River basin managment: Balancing the needs of humans
with those of the natural environment, Pripyat, Ukraine
Water is one of Mott MacDonald’s core sectors, and our skills
extend globally in all aspects of the water cycle. We provide
sustainable environmental solutions world-wide for water resources
management, water supply and wastewater.
We work for regulatory bodies, water companies and national
governments, and endeavour to involve stakeholders at all levels in
the execution of our water work. Our capabilities are broad and
include management of water resources and their associated
environments, flood risk management, and hydraulic engineering
projects.
New legislation concerning water issues, such as the EU Water
Framework Directive, call for integrated water resources management
(IWRM), an area we excel in. IWRM encompasses river basin
management and the provision of sustainable solutions for
governments and private water companies to manage their resource in
times of ever increasing demand. We understand the sensitive
interaction between water source and supply, and the relationship
to morphology and ecology of river systems enabling managers to
make appropriate decisions to minimise the economic, social and
environmental consequences of their actions.
Our expertise in water includes:
- Integrated water resources management
- River basin management
- EU Water Framework Directive
- Transboundary Water Resource Management
- Dams and hydraulic structures
- Groundwater modelling
- Hydrology and hydrological modelling
- Hydrogeology
- Water quality and pollution monitoring
- Irrigation
- Flood risk management
- Catchment management
- Hydro-ecological assessment
- River engineering
- Stakeholder consultation
- Capacity building and institutional strengthening
For more information on our other water sector work, including,
civil, structural and MEICA engineering services through to more
specialist skills, such as asset management planning, process
design, strategic water resource studies please visit our dedicated
water microsite›.