GALMOBILE Ltd. is a world leader in mobile water purification and desalination technologies.
With over 30 years of experience in advanced water treatment projects, GALMOBILE pioneer’s mobile, rapid-deployment systems for water and energy supply – purpose-built for emergency response, defense, humanitarian missions, and remote operations.
Our fully automatics, modular systems produce safe drinking water directly at the point of need – independent of external power sources or pipelines.
Trusted by governments, NGOs, and defense forces worldwide, GALMOBILE combines innovation, reliability, and speed to ensure safe water access anytime, anywhere
Over the years, GALMOBILE Ltd. has successfully designed and delivered advanced water treatment systems across a wide range of applications.
These include ultra-pure water systems, food industry solutions, wastewater recycling, and agricultural RO systems, as well as modular Plug & Play systems – demonstrating the company’s capability to operate across industries and challenging environments.
This extensive experience led to the development of GALMOBILE™, designed to address one of the most critical challenges – providing immediate access to safe drinking water in emergency and off-grid conditions.
In response to the critical need for clean drinking water during the first 72 hours following disasters and infrastructure failure, GALMOBILE™ was developed to provide an immediate, reliable solution in the field.
Beyond GALMOBILE™, our expanding product family – powered by the same core technology – includes integrated water and energy systems in a range of sizes, designed to meet diverse operational needs across different environments.
Our multidisciplinary engineering team continuously drives innovation to enhance energy efficiency, digital automation, and smart mobility.
Each system integrates AI-based control, remote monitoring, predictive maintenance, and advanced data analytics – ensuring optimal performance, maximum reliability, and continuous water production even under the most demanding field conditions.
