Mining

Demand for battery minerals will surge in coming years as the transition to electric vehicles (EV) picks up pace and battery storage capacity is expanded to support renewable generation. Governments and companies alike are pushing to secure new sources of these minerals with the identification and development of new deposits often highlighted as a strategic priority.

Environmental solutions in one of the world's most challenging climates - the Arctic.

Mining companies are always looking to improve safety, reduce environmental impact, and cut costs. A new tailings management concept being trialled at Anglo American’s El Soldado copper mine offers to do all three. 

The remediation of the former Giant Mine in Yellowknife, NWT, co-managed by the governments of Canada and the Northwest Territories, is a massive undertaking. The Giant Mine Remediation Project’s focus is on managing the arsenic trioxide waste and remediating the entire site. 

Using photogrammetry and 3D point cloud capabilities, teams can now record, analyze, and monitor mine slope stability more efficiently and, most importantly, from a safe distance.

Potash is a group of potassium-bearing minerals and chemicals that are found in underground deposits that must be mined. There is no substitute for potash in fertilizers, and without its beneficial boost to crop yields we would struggle to feed the world. Identifying new deposits is a part of ensuring a steady supply of potash to meet the growing demands of the world’s agricultural industry.

WSP was engaged to undertake a feasibility-level slope design for the open pit at Elang, a large copper porphyry deposit in Sumbawa, Indonesia.

Owners of a large open-pit mine in the United States embarked on a program to minimize ongoing risks and plan for responsible closure after the ore body is exhausted.

It’s a problem that has perplexed miners since the earliest humans dug pits into the ground in search of metal ore: how steep can the walls of the pit be, to balance efficiency against safety?

Achieving major mine water treatment in Montana.

Protecting employee health in the work environment is not only socially responsible and the right thing to do but is also directly related to an organization’s ability to sustain a productive and engaged workforce. Best practice in occupational health necessitates a process of continuous improvement, a process to which one of our global gold mining clients was truly committed.

Making sure that everyone goes home safely at the end of their shift requires building safety into every design decision. This requires innovative thinking about equipment to be used in a mine – for safety in operation, but also in maintenance and servicing.