Skip to content

OreMax Turns Long-Term Stockpiles into Auditable, Resource-Grade Models

so resource geologists and mine planners can make confident decisions without relying on assumptions

Maximize confidence in stockpile reserves with quantified uncertainty (not averages)

Reveal missing or misrouted material early to accelerate reconciliation.

Improve blending and long/medium-term plans by using high-resolution stockpile truth

What’s Broken Today?

Black Box Stockpiles

Stockpiles are represented by coarse, unvalidated averages instead of dynamic models.

Fragmented History

Ore movement data is stuck in spreadsheets, legacy systems, and tribal knowledge.

Invisible Uncertainty

Uncertainty isn't quantified, making precise plans behave unpredictably in reality.

How OreMax Works

From raw data to actionable stockpile truth

OreMax-inputs-634

1. Inputs

Required Data Sources. OreMax works with data you already have:

  • Resource & Grade Control Models: Grade, lithology, hardness, and other geometallurgical properties
  • Ore Movement Records: Time, origin, and destination data
  • Stockpile Surveys: Surfaces and volumes

2. Outputs

What Users Receive:

  • High-resolution stockpile block models (granular representation, quantified confidence)
  • Ore movement reports (origin, destination, attributes)
  • Auditable stockpile inventories (tonnes + key ore attributes)
  • Reclamation scenario analysis tool

How often it updates:

  • Supports daily, weekly, monthly workflows

Smoke-1-634

The Deployment Workflow

Deployment-workflow-414

Configure

Define stockpile geometry, material rules, and data sources.

Upload

historical and current block models, surveys, and records.

Baseline

Create a high-resolution, auditable starting point.

Ingest

Automatically update models as new movements arrive.

Review

Identify misplacements, gaps, and emerging risks.

Top KPIs Impacted

Inventory accuracy, granularity, confidence

measurable improvement in understanding the stockpile resources

Misplacement detection / reduction

earlier identification of misrouting/mis dumps

20-80 hours a week

saved for the geology department

oremax_case_study_gold_176967447719

Case Story

Uncovering $11M in Gold

A gold mine’s stockpile averages suggested only low-grade inventory was available. OreMax built a granular model with confidence estimates.

0.1 Mt Unaccounted medium-to-high grade ore identified
US$11M Estimated recovered value for near-term reclamation

Ready to trust your stockpiles?

Request an OreMax walkthrough and see how we can eliminate uncertainty.

45 Minute Discovery Session

Rapid Data Check

Tailored OreMax Walkthrough

{ "@context": "https://schema.org", "@type": "SoftwareApplication", "name": "OreMax", "alternateName": "OreMax Stockpile Modeling Software", "description": "Stockpile modeling software for mining operations. Track ore from pit to stockpile, reduce ore misplacement, and improve stockpile resource estimation with probabilistic block models. Complete ore stockpile management solution.", "url": "https://www.ntwist.com/oremax", "applicationCategory": "BusinessApplication", "applicationSubCategory": "Mining Software", "operatingSystem": "Cloud-based, Windows, Linux, macOS", "featureList": [ "Ore tracking from pit to stockpile", "Probabilistic block modeling", "Stockpile resource estimation", "Ore misplacement detection", "3D stockpile visualization", "Survey integration and reconciliation", "Web-based workflows", "GPS integration (optional)", "Audit trail and traceability" ], "keywords": "stockpile modeling software, ore stockpile management, stockpile resource estimation, reduce ore misplacement, ore tracking, stockpile block model, mining stockpile software", "aggregateRating": { "@type": "AggregateRating", "ratingValue": "4.9", "ratingCount": "18" } }