CarbonScope™
Screen activity, loading, inventory, attrition, regeneration and carbon-loss signals before changing product or operating strategy.
BUILT BY METALLURGISTS FOR OPERATING PLANTS
Something changed in your plant. Find where to investigate first.
Liberate Process Intelligence™ turns a processing problem into a structured preliminary investigation — across grinding, flotation, gold recovery and reagents — before engineering resources are committed to the wrong issue.
No software installationAccount required for assessment accessEvidence & confidence shownSite validation required
START WITH THE PROBLEM
What changed?
You do not need to choose a software module. Start with the operating symptom and the platform will guide the investigation.
LIBERATE PROCESS INTELLIGENCE™
Explore the engineering intelligence modules.
Know where you want to investigate? Go directly into a focused LM engineering assessment module. Each tool is designed to expose opportunity signals, evidence gaps and the validation required before site implementation.
FEATURED MODULEGRINDING INTELLIGENCE
GrindScope™
Interrogate the grinding circuit as a system — not as an isolated mill. Select the actual flowsheet and screen SAG/AG duty, pebble recycle, ball-mill performance, classification and media context.
01ORE / FEEDPSD · hardness · variability
→
02SAG / AGpower · load · charge · speed
→
03BALL / CLASSIFICATIONWi · P80 · CSE · circulating load
OUTPUTWhere should the investigation start?Evidence-based preliminary engineering analysis — not an operating instruction.
CILScope™
Structure the investigation around gold extraction, solution losses, adsorption conditions and circuit residence-time context.
FrothScope™
Connect ore, chemistry and machine conditions to froth stability, mass pull, grade and recovery rather than assessing frother dose alone.
ReagentScope™
Compare reagent dose, unit cost and metallurgical response against a baseline so technical performance and economics stay connected.
DetoxScope™
Structure WAD-CN load, treatment target, economics and validation requirements while keeping chemical dosing decisions outside the public tool.
SlurryScope™
Screen slurry density, solids-by-volume, simple-viscosity context and transport risk before moving into detailed hydraulic design.
PumpScope™
Screen flow, pipe velocity, static head and simplified hydraulic duty with explicit applicability limits and validation requirements.
Opportunity Finder™
Start with the plant symptom, commodity and evidence you have. LM will route the preliminary investigation to the most relevant module.
THE LM APPROACH
Diagnose before you sell.
The public tools are designed to identify an investigation pathway, evidence gaps and the next validation step. They deliberately do not prescribe site operating changes from generic inputs.
01 Describe the plant symptom
02 Add the data you actually have
03 Receive preliminary opportunity signals
04 Validate with site data / LM engineering
WHAT THE USER GETS
Understand your circuit. Identify your next step.
EXAMPLE PRELIMINARY OUTPUT
Classification warrants investigation.
Primary signalClassification
Evidence confidenceMedium
Secondary reviewPebble circuit
Operating recommendationNone — validate first
NEXT STEP
Know what evidence to collect next.
Rather than producing an unexplained score, the platform identifies missing evidence such as aligned historian data, PSDs, circuit survey information, hardness/testwork or consumable history.
Quick resultAccount required
Detailed reportVerified account
Site-specific adviceLM engagement
ENGINEERING ASSESSMENT
Take the result back to your team.
After the Quick Check, users can request a branded preliminary assessment that is easier to circulate internally — including the opportunity signal, evidence level, missing data and recommended validation scope.
Downloadable assessment
Evidence / confidence summary
Optional LM engineering review