Workforce camps for lithium, rare earths, and critical minerals projects across Nevada, Wyoming, Montana, and Arkansas. Built for remote sites, extreme conditions, and multi-year programs.
Domestic lithium, rare earths, and critical minerals production is happening — and it is happening in remote environments most providers cannot reach. BPK reaches them.
The U.S. is reshoring critical minerals production. Lithium for batteries. Rare earths for electronics, defense, and clean energy. Boron, cobalt, and other strategic minerals. Most of these projects are in extremely remote sites — northern Nevada, southwestern Arkansas, Wyoming, Montana — with no surrounding population centers and no existing housing capacity.
BPK has deployed workforce housing for the Rhyolite Ridge Lithium-Boron Project in northern Nevada, the Southwest Arkansas Lithium projects in the Smackover formation, and rare earths workforce sites across Wyoming and Montana. These are not typical workforce environments — they are remote, extreme-weather, multi-year programs that demand reliability over long deployment windows.
Mining workforce camps share characteristics with both oilfield and corporate workforce: the operational tempo is closer to oilfield (extended shifts, demanding work), but the duration is closer to corporate (multi-year programs requiring retention). BPK configures camps to that hybrid reality.
Workforce housing for lithium extraction sites in Nevada (Rhyolite Ridge), Arkansas (Smackover), and emerging projects across the Mountain West.
Camps supporting domestic rare earths development in Wyoming, Montana, and other strategic mineral corridors.
Workforce camps supporting boron, lithium-boron, and strategic mineral production at remote sites.
Construction workforce housing during mine development phase, before operational housing transitions to permanent infrastructure.
Alaskan and Mountain West cold-weather rated camps for mining operations in extreme winter environments.
Long-duration camp configurations for mining programs spanning 3+ years from construction through early operations.
50 workers or 5,000. Desert or Mountain West. 30-day disaster deployment or multi-year energy build. We engineer the solution and deliver it ready to occupy.