Raritan PST12EX2 Purasan EX2 Treatment System 12v

The Raritan PST12EX2 Purasan EX2 Treatment System 12v is a marine-grade wastewater treatment solution engineered for tactical vessels, military craft, and remote operational platforms where reliable waste management is mission-critical. Built to handle the demands of extended deployments, this 12-volt system eliminates odor and processes waste efficiently in confined spaces where conventional infrastructure is unavailable. Law enforcement and military personnel operating waterborne assets depend on systems like this to maintain crew health, operational readiness, and environmental compliance during extended patrols and sustained operations.

The Purasan EX2 employs advanced electrolytic and enzymatic treatment technology to break down waste at the molecular level, reducing tank volume and eliminating the bacterial growth responsible for odor generation. Operating on 12-volt DC power, the system integrates seamlessly into battery-based vessel architectures common in tactical and military watercraft, requiring minimal electrical infrastructure modification. The 37-pound unit is designed for compact mounting in below-deck spaces, with treatment performance rated for sustained use in saltwater and freshwater environments—a critical requirement for rapid-response maritime teams operating in diverse geographic theaters.

Military and law enforcement marine operators, coast guard personnel, and specialized tactical boarding teams benefit most from this system's reliability and minimal maintenance footprint. It performs optimally aboard rigid-hulled inflatable boats (RHIBs), patrol craft, and larger vessel platforms where crew comfort and sanitation directly impact mission duration and personnel morale. Installation requires basic 12-volt DC connectivity and access to a holding tank; no external discharge or complex plumbing modifications are needed, making retrofit feasible on existing tactical assets. Operators should verify tank capacity compatibility and ensure adequate ventilation in equipment spaces to optimize enzymatic treatment cycles.