Sourcing, treatment, reuse and drainage engineered end to end — in a region where water is the scarcest input and the most expensive to waste.
Das and Partners provides end-to-end engineering support for sustainable water systems, covering demand assessment, treatment design, recycling strategies and network optimisation. The work spans water sourcing, treatment and purification system design, industrial wastewater management and reuse planning, stormwater control and sustainable drainage, and efficiency audits that reduce consumption and improve resilience. Through data-driven design and optimised systems, it helps clients cut waste, conserve resources and meet regulatory requirements.
Request a Water Systems ReviewEstablishing what a development or facility will actually consume, which is the number every downstream decision on sourcing and treatment depends on.
Water sourcing, treatment and purification system design, sized to the demand and the quality the process genuinely requires.
Wastewater management and reuse planning — treating effluent as a source rather than only a disposal problem.
Recycling strategies that put treated water back into the uses that do not need potable quality, which is where most of the saving sits.
Stormwater control and sustainable drainage solutions, designed for the short, intense rainfall this region actually gets.
Audits to reduce consumption and improve system resilience, identifying where water and the energy used to move it are being lost.
Sourcing, treatment, reuse and drainage engineered end to end — in a region where water is the scarcest input and the most expensive to waste.
Plants where water is a process input and effluent is a compliance obligation — the two problems are solved together or not at all.
Networks sized for real demand, with drainage designed for intense short-duration rainfall rather than annual averages.
Efficiency audits on operating sites, where consumption has usually drifted well above what the process needs.
Distribution networks optimised for pressure, losses and resilience, because water lost in the network was still paid for.
Demand assessment, treatment design, recycling strategy and network optimisation from one team, so the assumptions carry through instead of being re-made at each handover.
Sourcing, salinity and short intense rainfall are the local realities that make imported designs underperform here.
Regulatory compliance and reduced consumption are usually the same engineering decision, and the work is scoped that way.
It covers demand assessment, water sourcing, treatment and purification system design, industrial wastewater management and reuse planning, stormwater control and sustainable drainage solutions, network optimisation, and efficiency audits to reduce consumption and improve system resilience.
In most cases a significant proportion can. Reuse planning identifies which uses do not require potable quality and routes treated effluent to them, which is usually where the largest saving sits.
The design driver is not annual volume but intensity. UAE rainfall arrives in short, heavy events, so stormwater control and sustainable drainage are sized for peak flow rather than average totals.
An audit establishes where water, and the energy used to move and treat it, are being lost across an operating system, then sets out the changes that reduce consumption and improve resilience.
Send us your facility or development type, your current consumption if you have it, and any discharge obligations. We will come back with where the savings are and what the engineering involves.