Fields of Expertise:
• Water Supply
• Spring catchment structures
• Wells
• Reservoirs and tanks
• Pumping stations
• Water distribution networks
• Trenchless construction methods • Non-revenue water reduction
• Infrastructure rehabilitation
Wastewater Collection
• Sewage pumping stations
• Combined and separate sewer systems • Combined sewer overflows (CSOs)
• Trenchless construction methods
• Infrastructure rehabilitation
Integrated Urban Drainage
• Data collection and processing – drone surveys, network flow monitoring, GIS, BIM • Surface water hydrology (2D modelling)
• Groundwater hydrology (3D modelling)
• River hydrology (1D modelling)
• Sewer network hydraulics (1D modelling)
• Decentralized surface water management
• Sustainable urban drainage systems (SUDs)
• Infiltration systems
The vast majority of the world’s population today is living in an urbanized environment and the trend of people moving to cities continues to grow. Thus a large proportion of human water consumption and wastewater discharge occurs in urban space. Raw or treated water, often supplied from remote sources, is frequently stored in urban supply areas to serve as a buffer at times of peak demand or interruption of bulk supply, before being distributed to consumers through (mostly) pumped network systems.
For modern water distribution systems, it is essential to make water of sufficient quality, quantity and pressure available at all times. Today, substantial water losses caused by aging supply networks jeopardize the supply reliability and increase the supply costs. We are committed to working with clients around the world to tackle leakage and employ the latest know-how in efficient supply concepts and technologies to make the most out of the world’s precious fresh water resources.
When it comes to collecting wastewater, either in dedicated separate systems or together with tormwater in combined systems, We can draw on decades of experience – be it for master plans, feasibility studies or complex system designs. In addition to the design of new systems, increasingly significant public and private investments target the expansion and rehabilitation of existing sewer systems with the goal of maximizing the use of available system components.