Four case studies of open pit mines designed by optimal pitwall profiles

A Novel Methodology to Implement Mining Carbon Tax and Optimal Pitwall Profiles into Strategic Open-Pit Optimisation

Geotechnically Optimal Pitwall Profiles for Open Pit Mines to Maximise NPV and Reduce Carbon Footprint

Optimal slope profiles for maximum mine pit-wall steepness in Banded Iron Formation rocks

Analysis of geotechnically optimal profiles to maximize mine pit-wall steepness in anisotropic bedded sedimentary rocks

Optimal Pitwall Shapes to Maximize Financial Return and Decrease Carbon Footprint of Open Pit Mines

A novel slope optimization software for the design of open pit mines with improved NPV and reduced carbon footprint

Strategic mine planning: a novel design philosophy integrating geotechnical design with pit optimization validated through case studies of gold and copper open pit mines

Slope optimization for the design of open pit mines with improved NPV and reduced carbon footprint

OptimalSlope: a software determining optimal pitwall profiles to maximise mining financial returns and reduce carbon footprint

OptimalSlope: a software determining optimal pitwall profiles to maximise mining financial returns and reduce carbon footprint

Optimal pitwall profiles to maximise the Overall Slope Angle of open pit mines: the McLaughlin mine 

OptimalSlope: a software to determine optimal pitwall shapes which maximises mining financial returns while minimising carbon footprint 

OptimalSlope: a software determining optimal pitwall profiles to maximize mine financial returns

OptimalSlope: a software determining optimal pitwall profiles to maximize mine financial returns