From feasibility and master planning to concept design, detailed design and tender documents — complete water infrastructure engineering across transmission, treatment, desalination and networks.
Design of high-pressure, large-diameter steel pipelines up to 100" diameter, with multi-pump high-pressure stations up to 70 bar — including surge prevention, valve systems and tender documentation.
Complete dry/wet well pump station design with multi-pump parallel/series configurations and water hammer protection, plus steel bolted and welded reservoirs to AWWA, API and ASME standards.
Seawater and brackish water RO plant design end to end: beach well or open-sea intakes, multi-media pre-filtration, two-pass membrane trains, chemical treatment, CIP systems, potabilization — through tender and O&M programs.
Full process-train design: screens, grit and grease chambers; aeration, clarifiers and activated sludge; filtration, chlorination and UV disinfection; and sludge dewatering, belt press and thermal drying.
Engineering of potable water distribution, fire-fighting and irrigation supply networks, sewer collection, storm water drainage and water tanker filling stations — Hydraulicly modelled and balanced and ready for construction.
Regional water master plans, demand forecasting, gap analysis and financial feasibility studies — the groundwork national programs are built on, with clear technical and economic recommendations.
Hydraulic analysis, water hammer and transient studies — sizing surge vessels and protection systems so your pipeline survives every pump trip.
Every deliverable is developed with industry-standard tools and compliant with the codes your reviewers expect.
Tell us where you are in the lifecycle — feasibility, design, tender or supervision — and we'll put the right engineering team on it.
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