Physical analysis in mining and metallurgy involves crucial techniques such as ore characterization, particle size analysis, density measurements, mineral liberation analysis, and material hardness testing.
Mining operations impact Indigenous rights, land ownership, environment, social benefits, and human rights, requiring respectful collaboration and holistic solutions.
Factor of Safety (FoS) and Stress Reduction Factor (SRF) ensure structural stability and safety in engineering by accounting for uncertainties.
Mining operations require strict health and safety measures to protect workers and minimize environmental impact. This involves risk assessment, training, PPE, equipment safety, and ventilation.
The mining sector faces legal challenges including environmental compliance, permitting, community relations, land rights, health and safety, taxation, and labor relations.
The legal framework governing land tenure is crucial for the mining industry, defining ownership, rights, access, and environmental obligations.
A carbon obligation involves regulatory requirements for mining to reduce carbon emissions, implement renewables, improve energy efficiency, and more.
This post covers essential underground mining terms including adit, back, chute, cone, crosscut, dip, draw point, drift, finger raise, and footwall.
Mining laws govern rights, responsibilities, and key components including mineral ownership, exploration, leases, regulations, health/safety, land use, royalties/taxes, community engagement.
Electrometallurgy is the use of electrical energy to process metals for extraction, refining, and plating, crucial in various industries.
Unearth Excellence
