04
Use cases

Mining-specific workflows for integrated operational decisions.

OreNeda is designed for situations where local signals need to be understood as part of a wider mine-to-product system.

Drill and blast design review

Problem
Design assumptions can be reviewed locally without seeing downstream plant and risk implications.

OreNeda support
OreNeda connects pattern, geology, constraint, safety, and product context before execution.

Potential value
Better technical review discipline and clearer downstream trade-offs.

P80VibrationDrill complianceCost per tonne

Fragmentation and crusher performance

Problem
Fragmentation outcomes are often separated from crusher performance and throughput constraints.

OreNeda support
Link blast outcomes with crusher throughput, recirculation, energy intensity, and constraint formation.

Potential value
Improved mine-to-mill learning loops and clearer feed strategy decisions.

P80Crusher throughputEnergy intensityRecirculation

Haulage productivity

Problem
Payload, queueing, cycle time, and dispatch performance are not always understood as system-level constraints.

OreNeda support
Track fleet productivity, queue exposure, routing options, and short-interval production consequences.

Potential value
More transparent operating choices for shift control and planning conversations.

UtilisationPayloadCycle timeAvailability

Plant throughput

Problem
Plant bottlenecks can be diagnosed without enough context from ore characteristics and upstream choices.

OreNeda support
Connect feed characteristics, crusher settings, grinding performance, flotation response, and product targets.

Potential value
Clearer diagnosis of throughput constraints and operating envelopes.

ThroughputRecoveryGrind sizeProduct quality

Energy and water trade-offs

Problem
Production decisions can hide energy, water, and sustainability consequences until after the fact.

OreNeda support
Frame operational options using energy intensity, water exposure, process stability, and production value.

Potential value
Better visibility of resource trade-offs in operating decisions.

Energy intensityWater intensityThroughputRisk exposure

Stockpile and blending

Problem
Material routing decisions need to balance grade, hardness, recovery, logistics, and downstream response.

OreNeda support
Support stockpile and blending decisions using ore characteristics, constraints, and plant response models.

Potential value
More consistent product and process performance conversations.

GradeRecoveryProduct qualityCost per tonne

Maintenance risk

Problem
Asset health signals are often disconnected from production exposure and decision urgency.

OreNeda support
Connect asset condition, production exposure, reliability windows, and operational consequence.

Potential value
Improved prioritisation of maintenance actions and operational risk visibility.

AvailabilityMTBFDowntime riskProduction exposure

Executive reporting

Problem
Leadership reports can compress complex technical issues into lagging KPIs without enough decision context.

OreNeda support
Convert technical signals into concise management views for value, risk, delivery, and governance.

Potential value
Faster, clearer executive conversations grounded in evidence.

Value impactRisk exposureProduction planCost per tonne

Mine-to-product scenario planning

Problem
Scenario planning is difficult when mine, plant, energy, risk, and product outcomes are modelled separately.

OreNeda support
Compare integrated operational pathways across the full value chain before committing resources.

Potential value
A stronger basis for strategic and tactical decision review.

NPV proxyThroughputRecoveryEnergy intensity
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Build the intelligence layer for mine-to-product decisions.

Use OreNeda as a credible platform concept for mining companies, industrial technology partners, collaborators, and investors.