How To Reduce TDS In Mining Wastewater: The ADVANCEES Playbook For Mine Water Treatment Plants

Reduce TDS In Mining

Mining operations live and die by water quality. High total dissolved solids (TDS), hardness, and sulfate can stall production, corrode assets, and block permits. This guide demonstrates how to optimize TDS management, beginning with the right ADVANCEES system, ensuring your mine water treatment plant consistently delivers dependable, compliant water at the lowest total cost of ownership.

Fast Path: Which ADVANCEES System Fits Your Mine?

Use this quick guide to route to the best-fit solution. If you’re unsure, send us your latest water chemistry and we’ll recommend a process train within two business days.

ADVANCEES Mine Water Treatment Plant Portfolio

Brackish Water RO Systems (Commercial & Industrial)

Modular skids and containerized units sized for mine dewatering, tailings decant, and process reuse. We design for high recovery, stable flux, and low energy with premium membranes, smart VFDs, and CIP access. Start here when the water matrix is “brackish” but still RO-manageable.

Water Softening Plant For Mining (Lime/Soda & Gypsum)

When sulfate and hardness are the main limiters, a water softening plant for mining is the unlock. We precipitate scale formers (Ca, Mg) and knock down sulfate (gypsum) to protect downstream NF/RO, cut antiscalant spend, and raise overall recovery.

Nanofiltration (NF) For Sulfate-Led TDS

NF excels in sulfate reduction at lower energy than RO. Many mines meet discharge or reuse targets by combining softening → NF (and sometimes a polishing RO) to balance recovery, energy, and chemical load.

High-TDS/Hybrid RO Packages

For tough salinity, we implement interstage boosting, two-pass RO, silica control strategies, and energy-recovery devices. Result: high-quality permeate with a practical brine strategy.

Pretreatment Built For Mines

From DAF/clarifiers and oil & grease removal to multimedia/ultrafiltration, manganese/iron oxidation, and coagulant optimization, pretreatment protects membranes, stabilizes operations, and reduces lifecycle cost.

Post-Treatment & Polishing

We finish the job with pH/alkalinity correction, disinfection, and remineralization (when needed) to meet the exact spec for discharge, reuse, or potable use in camps.

Containerized & Lease Options

Need a plant on site fast? Choose factory-tested containerized RO for rapid delivery and predictable installs, or leverage lease programs to conserve capex while proving long-term performance.

Remote Monitoring, Training & Service

24/7 visibility, automated alarms, and live optimization reduce downtime and chemical/energy drift. Pair with operator training and service contracts to lock in KPIs year-round.

Solution Blueprints For Common Mining Scenarios

High-Sulfate Pit Water

Process: Softening → NF → (optional RO) → Post-treatment
Why it works: Softening removes scale formers; NF cuts sulfate efficiently; RO polishes if TDS limits demand.
Outcome: 70–85% recovery, lower antiscalant dose, stable flux.

Tailings Decant Reuse

Process: DAF/clarifier → UF/MMF → RO → Disinfection
Why it works: Suspended solids and organics are cleared before RO; disinfection protects process loops.
Outcome: Reliable process makeup, smaller freshwater footprint.

Saline Groundwater / Coastal Mines

Process: UF → SWRO or high-TDS RO with ERD → Blending/Polishing
Why it works: Robust pretreatment + energy-recovered RO delivers quality water at reasonable kWh/m³.
Outcome: Compliance with reduced energy intensity.

Camp Potable Water + Process Dual Use

Process: UF → RO/NF → Remineralization & disinfection (for potable)
Why it works: One plant, two specs; shared pretreatment and RO core minimize footprint and OPEX.
Outcome: Streamlined operations and inventory.

Prefer a ready-to-issue design pack? Ask for our blueprint bundle with P&IDs, expected recovery, and budgetary OPEX/CAPEX tailored to your chemistry.

How We Engineer TDS Reduction (What You Can Expect)

  1. Water Matrix & Objectives: We analyze flow ranges, TDS/TSS, sulfate/chloride ratios, silica, metals, SDI, and permit targets.

  2. Pilot or Bench Validation: Confirm flux windows, normalized salt passage, antiscalant efficacy, gypsum/silica limits, and realistic recovery.

  3. Process Guarantees: We set performance KPIs—recovery, permeate quality, uptime—tied to your spec and site constraints.

Operating Costs: Where ADVANCEES Lowers OPEX

  • Energy: High-efficiency membranes, energy-recovery devices, intelligent VFD control.

  • Chemicals: Right-sized softening doses, precise antiscalant selection, CO₂ vs. acid optimization to reduce consumption.

  • Uptime: Remote monitoring, CIP protocols, and spare-parts programs keep performance stable between service intervals.

Brine & Sludge Management, Done Responsibly

We support the full compliance path, including blend-and-discharge (where allowed), deep-well injection, evaporation, and concentration and solids handling. Where feasible, we identify metals recovery opportunities and roadmap progression toward ZLD if regulators mandate it later.

Implementation Timeline & Deployment Models

  • Quick-Ship Containerized RO: Factory-tested, plug-and-run deployments for new pits, outages, or seasonal peaks.

  • Permanent Industrial Installations: Larger flows, integrated automation, and long-horizon OPEX optimization.

  • Leasing Programs: Reduce capex and timelines while you prove out long-term volumes and quality targets.

Next Steps – Get A Custom Mine Water Treatment Plan

  • Share your latest lab analysis or request an ADVANCEES sampling kit.

  • Receive a system recommendation, recovery targets, and budgetary pricing within days.

  • Launch a containerized lease or pilot to begin lowering TDS this quarter.

/by