Skip to main content
GullySystem
Water and Environment · Mineral Processing Company Management Software

One record from the ore pad to the concentrate shipment.

Manage ore receipts, stockpile blocks, crusher and mill shifts, sampling, assays, reagent use, wear parts and concentrate dispatch in one system. Every lot carries its tonnes and its grade from the weighbridge to the buyer’s settlement, so the metallurgist reads recovery from the record and not from a rebuilt spreadsheet. Nothing is retyped. Plant supervisors enter shift data on a phone or a control-room screen.

  • Circuits, sample points and stockpile blocks named as your plant runs them
  • Open stockpile balances and current assay history loaded
  • Edits to circuits and balance formulae handled by our staff when asked

Plants that crush, grind and concentrate ore keep feed, shifts, samples and shipments in one system built around the circuits you operate. Each lot carries weighbridge tonnes, assays, reagent use and the concentrate that leaves. Recovery and mass balance are read by shift and by lot. Liner hours and buyer settlement sit on that same record too.

Where it breaks today

What goes wrong before the software.

Tonnes and grade are recorded in different places

The weighbridge holds tonnes, the laboratory holds assays and the shift sheet holds throughput. Metal fed to the plant cannot be read for a stockpile block without joining three files by hand. That is slow.

Stockpile blends are planned on a whiteboard

The grade controller decides which blocks the loader draws from. If the plan is not kept with the stockpile balance, the feed grade drifts away from what was intended. Nobody notices until the assay.

Samples lose their link to the lot

A composite is cut, bagged and sent to the laboratory. When the result returns, nobody is sure whether it belongs to the feed, the concentrate or the tailings of that shift.

Recovery is rebuilt after the shift is over

The mass balance needs feed, concentrate and tailings weights with their assays. Collecting them after the fact leaves no chance to correct a circuit while it is running. The shift is gone.

Reagent and grinding media use is unmatched to throughput

Drums leave the store and steel balls are charged to the mill. Cost per tonne milled is a guess because issues are not tied to a circuit and a shift. Margins blur.

Liners are replaced on failure

Liners, screen decks and slurry pump parts are noted in a planner’s book. Running hours since the last change are not on one record. A stop arrives unplanned.

How it runs

How the work flows through it, step by step.

  1. 1

    Ore receipt

    A truck crosses the weighbridge. The clerk records the source pit, the haul ticket and the block, and the grade controller assigns a stockpile position. The load is counted once.

  2. 2

    Blend and feed

    The blend plan names which blocks the loader draws from. Feed tonnes entering the crusher are recorded and subtracted from the stockpile balances.

  3. 3

    Shift operation

    Operators log throughput, grind size, dosing, tank levels and any stop with its reason for each circuit.

  4. 4

    Sampling and assay

    Samplers cut composites from feed, concentrate and tailings. Each carries a number, goes to the laboratory and returns as an assay attached to its lot.

  5. 5

    Balance

    Tonnes and assays combine into recovery and mass balance for the shift. Differences beyond the limits your metallurgist sets are flagged. Review follows.

  6. 6

    Dispatch and settlement

    Concentrate is weighed out, sampled and shipped as a lot with its certificate. The buyer’s assay and any umpire result are filed against it.

Modules

What is inside.

Every module can be switched on, left out or changed to match how your team already works.

Ore receipt and weighbridge

Record each load with source pit, haul ticket, gross, tare and net, and assign it to a stockpile block.

Stockpile blocks and blend plan

Hold balances by block and grade, plan the blend the loader follows, and subtract what is fed to the crusher.

Crusher and mill shift log

Capture feed rate, power draw, grind size, cyclone pressure and downtime with reasons for each circuit and shift.

Sample register

Number every composite, record the point and time it was cut, and follow it to the laboratory and back.

Assay results

Enter or load results for feed, concentrate and tailings, and tie each one to the lot it describes.

Metallurgical balance and recovery

Combine tonnes and assays into mass balance and recovery by shift, day and lot, with variances above your limit shown.

Reagent and grinding media store

Receive drums and media, issue them to a circuit and a shift, and read consumption per tonne milled.

Liner and maintenance planning

Hold running hours for mills, screens, pumps and conveyors, and raise work orders for liner and deck changes.

Tailings and water records

Record tailings tonnes to the storage facility, pond levels and process water use against the shifts that produced them.

Concentrate stock and dispatch

Hold concentrate in bags or bins by lot, build shipments with weights and moisture, and attach the sampling certificate.

Buyer settlement and invoices

Raise provisional and final invoices from the agreed assay and weight, and keep the buyer’s and umpire assays beside them.

Solutions inside

The business modules it is built from.

Each one is also available on its own, or inside a system built for you.

  • Batch and Serial Tracking

    Every composite gets a number at the sampler, keeps its cut time and point, and stays linked to the feed, concentrate or tailings lot it describes.

  • Quality Control

    Assays for feed, concentrate and tailings are entered against the lot, and results outside the grade limits you set are held for review.

  • Production Planning

    The blend plan draws set tonnes from named stockpile blocks to hit a target feed grade, and the balances reduce as the loader feeds the crusher.

  • Work Order Management

    Work orders for liner, screen deck and pump part changes are raised when the running hours of a mill or conveyor approach the planned limit.

  • Stock Tracking and Alerts

    Collectors, frothers, lime and grinding media are received and issued by circuit, and a low balance raises an alert before a dosing pump runs dry.

  • Goods Receipt (GRN)

    Each truck load is checked against its haul ticket, and gross, tare and net weights are kept on the receipt that feeds the stockpile.

  • Invoice Management

    Provisional and final invoices are raised from the agreed weight and assay of a concentrate lot, with the tax setting for the buyer’s country applied.

  • Dashboards and KPIs

    Recovery, mass balance and feed grade for the last shift, day and month are shown on one screen, with variances above your limit highlighted.

Services

How we would put it in.

Setup, data migration, integrations and anything built on top.

Who uses it

One system, each person sees their part.

For plant managers

Read feed, recovery, concentrate produced and stock held by shift and by month, with cost per tonne milled beside them. Dispatch and commercial staff settle each shipment from the assay on file.

For metallurgists

Review mass balance, flag variances and compare blends against recovery without rebuilding sheets. Nothing is rekeyed.

For shift supervisors and operators

Log throughput, dosing and stops from a phone or a control-room screen, and see sample requests waiting.

For laboratory staff

Receive numbered samples, enter assays and release results against the lot they belong to. Queues are visible.

For maintenance planners

See mill and pump hours, due liner changes and open work orders, and plan stops with the metallurgist.

Reports

The numbers the owner asks for.

  • Feed tonnes and grade by stockpile block and blend
  • Recovery and mass balance by shift, day and lot
  • Assays awaited and assays released, by sample point
  • Reagent and grinding media use per tonne milled, by circuit
  • Mill and pump running hours against the next liner change
  • Concentrate stock and shipments by lot, with moisture and weights
  • Buyer and umpire assay differences by shipment
Good fit

Who this is built for.

  • Plants that crush and grind ore from their own mines
  • Toll processors that treat ore for several mine owners
  • Flotation concentrators for base metals
  • Leach and carbon plants for gold
  • Industrial mineral processors that wash, screen and grade sand, barite or similar product
Honest answer

When it is not the right choice.

  • An open pit mine whose main job is drilling, blasting and hauling will find Mining Company Management Software closer.
  • A plant that only washes and screens aggregate by the lorry load can run on weighbridge software alone.
Made to fit

Adapted to your business before it goes live.

You are not handed a login and left to it. The product is set up around your records, your people and the tools you already use.

Circuits and sample points

Crushing, milling, flotation or leach stages and every sample point are entered as your plant runs them.

Balance formulae

The recovery and mass balance formulae your metallurgist uses are entered and checked against a past month before use.

Stockpile blocks

Block names, grade classes and blend rules follow your mine plan and your grade controller’s practice.

Laboratory link

Results are keyed in or loaded from the laboratory’s output file, as the laboratory prefers.

Contracts and units

Each buyer contract carries its own currency, tax treatment and weight unit, and a metallurgist checks them against one signed contract before go-live.

Hosting

We host it, so the control room, the assay laboratory and the head office read identical lots.

Works alongside

  • Weighbridge output file
  • Laboratory results file
  • Email
  • SMS
  • WhatsApp or other messaging
  • Accounting export
  • Process historian export
Common questions

Questions owners ask before a demo.

Does the software run the plant or control the mills?

No. It records what operators and instruments report. Control of the mills stays with your control system, and a historian export can be loaded for reference.

Can it handle both flotation and leach circuits?

Yes. Circuits are named stage by stage, so a flotation bank, a leach tank train and a carbon circuit each keep their own shift log and sample points.

How is recovery calculated?

From the feed, concentrate and tailings tonnes with their assays, using the formulae your metallurgist supplies. They are tested against one closed month before they are trusted.

Can a sample be traced back to a stockpile block?

Yes. A feed composite carries the blend that was running when it was cut, so a low assay can be followed to the blocks that fed it.

What about toll processing for several mine owners?

Each owner’s ore is kept as a separate lot from receipt to shipment, with its own assays, losses and charges, so one owner’s balance never mixes with another’s.

Can the laboratory work from its own instrument files?

Yes, where the instrument or its software can export a results file. The layout is checked at set-up, and anything unreadable is keyed in by the analyst.

How are liners and pumps tracked?

Each mill, screen and pump holds its running hours and the date of its last liner or deck change. Work orders are raised when the planned hours approach.

Is the buyer’s assay kept?

Yes. The buyer’s result and any umpire assay sit beside your own on the shipment, with the difference shown, so settlement is argued from papers on file.

Who owns the records?

You do. The file layout for lots, assays and shipments is agreed in writing at quotation, so the whole archive can walk out of the door with you.

What does it cost?

Price follows circuits, sites, users and the laboratory and weighbridge links you want. You watch a working demo on sample lots first, and only then receive a figure in writing.

Wondering what it would cost? Share your requirements and an engineer will come back with a scope.

Book a demo

See Mineral Processing Company Management Software with your own data.

Tell us how you run things today. We’ll show you the parts that matter to you and say plainly what would need changing.

  • No obligation
  • A reply within one business day
  • Your details stay private

Start with your requirements

Seven short steps that tell us what you need. An engineer reads them before getting in touch.

Share your requirements