Water Systems
Source, storage, treatment and distribution sized for peak shift demand with booster and redundancy design.
Discipline 05 · Water & environment
Environmental Engineering.
Water in, waste out, zero violation — water supply, drainage, effluent and sewage treatment engineered end to end, with environmental compliance documented from the first calculation.
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FIG.02 · Supply, sump & pump room
BasisPeak demand & effluent load
ProcessMBBR · SBR · MBR
ConsentDoE ECR 2023
FIG.03 · Effluent & ETP train
01 Scope
Scope of work
What we deliver
Water supply, drainage, industrial effluent treatment and sewage plants engineered end to end — biological, chemical and membrane ETP/STP designs that cut operating cost by up to 25% while assuring 100% DoE environmental compliance, plus rainwater harvesting and recharge systems.
- Water supply & booster design: overhead and underground reservoirs, hydro-pneumatic pumping, risers
- Sanitary SWV drainage: soil, waste and vent networks sized for peak simultaneous drainage
- Industrial effluent treatment: biological, chemical and membrane ETP design and capacity upgrades
- Sewage treatment plants: MBBR, SBR and MBR technologies for greywater recycling and reuse
- Rainwater harvesting: catchment modelling, filtration, storage and groundwater recharge pits
- DoE consent applications prepared with ECR 2023 documentation
02 DeliverablesIncluded
Every package includes
Clear deliverables, fixed scope, milestone billing.
ETP / STP Design
Biological, chemical and membrane process designs — MBBR, SBR, MBR — with energy and sludge optimisation.
Drainage & Harvesting
SWV networks, storm management, rainwater harvesting and recharge pits engineered for your catchment.
03 ProcessHow we work
How an MTech project runs
From agreed design basis to senior peer vetting and signed submission — the same five-step rhythm on every engagement, so you always know what happens next.
Consultation
We walk the process with you: water demand, effluent character, discharge route and the constraints the authorities will test.
Survey & Analysis
Water-quality sampling, flow measurement and a survey of the existing network feed the mass balance and the sizing.
Design & Review
Process flow diagrams, tank sizing and hydraulic calculations reviewed with your team at every milestone.
Approval Support
DoE consent, RAJUK, RSC, BEPZA and utility submission packages prepared and followed to a decision.
Handover & Aftercare
Commissioning and performance-test support, O&M manuals, and a sampling schedule that keeps your consent alive.
04 Design basisStandards
Codes and standards we work to.
Every flow, load and discharge limit traces back to a clause you can cite in front of the authority.
BNBC 2020 Part 8Building services & plumbing
IPCInternational Plumbing Code
BS EN 12056Gravity drainage systems
BS EN 752Drain & sewer systems
EN 1610Construction & testing of drains
EN 12255Wastewater treatment plants
DoE ECR 2023Environmental conservation rules
WHO guidelinesDrinking-water quality
AWWA M-seriesWater supply practice
ISO 9001Quality management practice
ISO 14001Environmental management
ASTM / BS ENMaterials & testing
06 Brief
Next step
Talk to the engineer who will own your project.
Tell us the site, the industry and the deadline. We will come back with a scoped proposal — typically within two working days.
- Source water & peak demand
- Effluent character & volume
- Timeline & DoE consent
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