AMPAC USA containerized reverse osmosis systems ship inside custom or intermodal Connex shipping containers, ready to bolt down and run. No slab. No building. Connect feed water, power, and a discharge line, and the unit is making water within hours of arrival.
That matters most when the closest treatment plant just went offline, or never existed in the first place. Disaster relief crews, military units, and remote industrial sites all hit the same wall: they need clean water now, at a location with zero existing infrastructure. A steel container built to survive an ocean crossing shrugs off a job site or a flood zone just as easily. Same box, tougher assignment.
AMPAC USA builds containerized units for both brackish and seawater sources, from 10,000 GPD up to 100,000 GPD. The SW100K-LXC seawater desalination plant splits its equipment across twin 40-foot containers, with the primary desalination gear riding in a 40-foot high cube. Smaller brackish water units like the BWRO-10K-LXC fit the entire treatment train, pre-filtration, chemical injection, RO membranes, UV disinfection, into a single box. Every configuration arrives factory-tested and fully automated (PLC-controlled, not duct-taped together), so field crews aren't debugging logic in a disaster zone.
Who actually buys these? Humanitarian groups after a hurricane or earthquake are the obvious case, but mining, oil, and gas crews working sites with no municipal hookup order just as many. So do island nations and coastal towns where seawater is the only supply that never runs dry. Add the military, which needs a working water plant stood up in days and torn down just as fast. Basically: if the job doesn't have a street address, this category was built for it.
Sizing depends on population served and source water quality, since brackish groundwater treats differently than open ocean. AMPAC USA sizes each unit against your actual feed water analysis before it ships. Call (909) 548-4900 to talk through container count, capacity, and lead time for your deployment.
