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1 m³/h RO Direct-Drinking Water System for a Secondary School

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1 m³/h RO plant with stainless storage feeding drinking-water dispensers for a school.

Project Background

A secondary school needed safe direct-drinking water for students from a municipal supply of variable quality.

Our Solution

RO purification with stainless storage tanks and dispensers across the campus.

Process Train

  1. 1Raw-water pump
  2. 2Sand filter
  3. 3Carbon filter
  4. 4RO
  5. 5Stainless storage tanks
  6. 6Direct-drinking dispensers

Ref. D-037. Client identity is withheld under our client-confidentiality policy. Capacity is shown as a capacity class (design value rounded up to the next 5 at its second significant digit).

How We Deliver

Projects of this type are delivered in the nine stages below. Installation, commissioning and other on-site stages follow each contract's scope. Every stage within our scope produces a written record that we keep on file.

  1. 1 Design basis confirmationAverage and peak flow, influent or gas data, discharge or reuse target Record producedDesign basis sheet
  2. 2 Process & mechanical designProcess calculations, equipment selection, layout and piping Record producedCalculation book, P&ID, general arrangement
  3. 3 Manufacturing & quality controlMaterial and in-process inspection of the main equipment Record producedMaterial & QC records
  4. 4 Factory acceptance test (FAT)Trial run against the design parameters before dispatch Record producedFAT record
  5. 5 Packing & dispatchPacked, marked and shipped against the equipment list Record producedPacking list
  6. 6 Installation or supervisionPer contract scope Record producedInstallation record
  7. 7 CommissioningStart-up, parameter tuning and interlocks Record producedCommissioning log
  8. 8 Performance verificationEffluent or emission checked against the design basis Record producedPerformance test record
  9. 9 Training, handover & after-salesOperator training, document handover, after-sales support Record producedO&M manual, training record

Planning a similar project? Start with these six parameters

  1. FlowDaily average and peak (m³/day and m³/h)
  2. Influent qualityCOD, BOD₅, TSS, pH and anything unusual
  3. Discharge targetThe standard you must meet, or the reuse purpose
  4. Operating hoursContinuous or batch; seasonal changes
  5. Site & civil scopeFootprint, power supply, who builds the tanks
  6. Project stageBudgeting, tender, or ready to order

Send your parameters — initial process recommendation within 24 hours

Equipment Used in This Project

Commercial Direct Drinking Water System

Commercial Direct Drinking Water System

Point-of-use direct drinking water systems for schools, offices, hospitals and factories - cabinet, floor-standing and under-counter purifiers plus portable water vending machines. Replaces bottled water delivery with treated mains water at the dispensing point.
Industrial Reverse Osmosis (RO) Water Treatment System

Industrial Reverse Osmosis (RO) Water Treatment System

HydropureWater industrial RO systems deliver ultra-pure permeate at recovery rates up to 95%, serving pharmaceutical, semiconductor, food & beverage, and power generation applications worldwide. Fully automated PLC-controlled operation with continuous output and minimal chemical consumption.

Frequently Asked Questions

This project is listed in the 1 m³/h capacity class: the design value rounded up to the next 5 at its second significant digit. Exact design values are not published.
The process train was: Raw-water pump → Sand filter → Carbon filter → RO → Stainless storage tanks → Direct-drinking dispensers.
Yes. Send us your daily and peak flow, influent quality, discharge or reuse target, operating hours and site constraints, and our engineers will reply with an initial process recommendation within 24 hours.

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Planning a similar project?

Share your flow, influent quality and discharge target — our engineers respond within 24 hours.

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