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For each option, you will see:
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Replace conventional diesel or coal with low-carbon alternatives such as LNG, hydrogen, or sustainable biofuels for vehicles and equipment
Use battery-powered haul trucks, loaders, and utility vehicles to replace diesel-powered equipment
Convert underground diesel equipment to electric (trolley, battery, or cable-powered)
Install overhead electric lines for hybrid haul trucks on ramps or steep inclines
Improve energy efficiency in crushing, grinding, flotation, and other processing circuits through equipment upgrades and process control
Track, measure, and report all Scope 1, 2, and 3 emissions using standardised methodologies
Model decarbonisation scenarios, investment options, and technology pathways for the mine
Implement demand-based ventilation, heat recovery, and smart control systems in underground mines
Store CO₂ in geological formations, soils, or biomass to remove carbon from the atmosphere
Capture CO₂ from stationary sources such as power generation or processing plants
Replace truck haulage with in-pit crushers and conveyors to transport ore directly to processing
Procure electricity from certified renewable sources such as wind, solar, or hydro
Deploy on-site renewable energy (solar, wind, or hydro) or hybrid systems to supply mine operations
Employ and train engineers to design, operate, and optimise decarbonised mining operations
Extract residual ore from tailings, waste rock, or old dumps to minimise new excavations