A safe supply of potable water is the necessity of urban areas.

Water distribution networks should be designed based on an extensive analysis on estimating the water demand, water flow, water pressure, back flow, pipe sizes and materials, constructing pump, storage systems and finally a looped network system.

In our design, we keep provision for compressors, pumps, valves, regulators, heaters, tanks, and reservoirs interconnected in a specific way. 

Water distribution network modelling plays a crucial role in ensuring the efficient and reliable delivery of safe drinking water to the communities.

By water modelling, we can gain insights into various aspects of a water distribution network, including pressure distribution, flow rates, water quality, and energy consumption. This information aids in making informed decisions for system design, expansion, maintenance, and emergency management.

We use industry standard software and tools and recognized calculation methods.

In water distribution systems pumps are integral components.

We provide comprehensive analysis and calculation for water pump systems. We assist customers in selecting the most suitable pump for their specific application. Factors such as flow rate requirements, pressure head, fluid characteristics, and system operating conditions are considered to determine the appropriate pump type, air valves, size, and specifications.

The selected pump always meets desired performance criteria and efficiency standards.

Water hammer is a phenomenon that occurs when there are sudden changes in fluid flow or pressure within a water distribution system. This can result in pressure surges, potentially causing damage to pipes, valves, pumps, and other components.

Water hammer analysis and modelling play a crucial role in understanding and mitigating these transient events, ensuring the safety and longevity of the water infrastructure.

Fire flow analysis is a calculation method used to assess and simulate the water distribution network’s ability to deliver sufficient water flow and pressure during fire emergencies. It helps in designing and sizing water distribution systems to meet the demands of fire protection.

By simulating fire scenarios and calculating required fire flow rates, we determine pipe sizes, hydrant locations, and pump capacities to ensure an adequate water supply during firefighting operations.

Delivering clean and safe water is of paramount importance for any water utility or organization. By utilizing industry standard water quality modelling tools, we can assess water quality parameters, analyze contaminant transport, optimize disinfection processes, evaluate water age distribution, manage source water quality, plan for emergencies, and ensure regulatory compliance.

These information are crucial for development of effective water management strategies, enhances public health protection, and improves the overall operation and performance of water distribution systems.