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Mining · South Africa

Enprotec Louis Trichardt Mining

Compact automated borehole treatment with remote performance monitoring.

Published project proof point5 KLPD

automated potable-water duty

Published SewTreat project record
LocationLouis Trichardt, Limpopo
Capacity5 KLPD potable water treatment plant
ApplicationMining
Treated-water destinationPotable water

Visual project record

See the treatment context, not only the claims.

Named-project photographs are identified as project images. Supporting photographs are labelled as representative SewTreat system references.

Alternative-source treatmentSystem reference

Alternative-source treatment

Representative borehole-water treatment and storage configuration.

Membrane polishingProcess reference

Membrane polishing

Representative ultrafiltration equipment and final polishing context.

Containerised plant architectureSystem reference

Containerised plant architecture

Representative packaged treatment, controls and mechanical integration.

Executive project brief

The challenge

Class 3 borehole water with high TDS and conductivity, plus potential nitrates and metals, was unsuitable for drinking without treatment.

Hydraulic duty5 KLPD potable water treatment plant
Water streamWater
Operating contextMining
Required destinationPotable water

Solution architecture

The following elements are documented in SewTreat’s published project record.

  1. Pre-assembled containerised treatment plant
  2. Raw-water storage, filtration, polishing and disinfection
  3. Automated operation and remote monitoring
  4. Weather-protected, ready-to-connect deployment
  5. Commissioning and O&M support

Engineering assurance

Characterise

Validate the water profile, duty and variability.

Integrate

Define civils, power, controls, storage and existing interfaces.

Operate

Plan access, skills, residuals, consumables and maintenance.

Verify

Agree commissioning, sampling and acceptance evidence.

Published outcome

Compact automated borehole treatment with remote performance monitoring.

What the project demonstrates

  • Worker water security
  • Modular deployment
  • Automated control
  • Ongoing support options

Before procurement

  1. Representative water analysis completed
  2. Average, peak and future flows validated
  3. Required standard and destination made explicit
  4. Civils, utilities, storage and distribution interfaces defined
  5. Operating and maintenance model resourced
  6. Commissioning evidence and acceptance criteria agreed

Source: Enprotec Case Study. Financial and performance figures are attributed to SewTreat’s published case-study material.

Published project evidence

The original SewTreat case-study record.

The complete source sheet is shown alongside the web case study so the project photography, published figures and treatment narrative remain inspectable.

Open the case-study PDFSource: Enprotec Case Study
Enprotec Louis Trichardt Mining published case-study sheet 1
Published case-study sheet 1 of 1

Engineer-led next step

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