Engineering planning checklist
Multi-Stage Flotation Analysis
Model multi-stream mass balances and optimize yield and mass pull.
Use as a checklist, not an automated design workflow. Complete and verify each calculation independently. Only explicit carry-forward links move a compatible value; all other inputs remain your responsibility.
What this workflow covers
Model multi-stream mass balances and optimize yield and mass pull.
This 3-step checklist is intended for process engineer. Confirm each linked calculator's units, formula, assumptions and operating limits before using the result in a project decision.
Checklist progress0 of 3 steps checked
Sequence Execution
1
Slurry Density & Concentration
Calculate slurry bulk density, specific gravity, percent solids by weight (Cw), and percent solids by volume (Cv).
WORKFLOW INSTRUCTION:Confirm the published assumptions, enter the project data, and record the result and operating limits for Slurry Density & Concentration.
2
Multi-Stream Mass Balance
Scope-limited calculation
Solve multi-component mass distribution for 3-stream mineral circuits (Feed, Conc 1, Conc 2, Tailings).
WORKFLOW INSTRUCTION:Confirm the published assumptions, enter the project data, and record the result and operating limits for Multi-Stream Mass Balance.
3
Yield & Mass-Pull Calculator
Calculate mass pull percentage and concentration ratio for magnetic separators, gravity concentrators, and screens.
WORKFLOW INSTRUCTION:Confirm the published assumptions, enter the project data, and record the result and operating limits for Yield & Mass-Pull Calculator.
Target Persona
Process Engineer
Typical End User