Custom water treatment plant built adapted shipping container
Water treatment plants with combined technologies built in an adapted shipping container up to 10.000 m3/day
Integrated and combined technology to achieve the best solution for each case, every time, at minium cost :
▶ Filtration ▶ Microfiltration ▶ Ultrafiltration ▶ Absorption ▶ Disinfection ▶ Reverse osmosis
Scalability & Modular design
One of the main advantages of IMA Water's containerized plants is scalability. Our wide range of single unit treatments, housed in standard 20/40 foot shipping containers, can be combined to create customized treatment plants with large capacities.
IMA Water treatment plants are completely assembled in our facilities on the basis of specific analytics. Modular water treatment plants are drinking water treatment systems designed in a compact format, where all the electrical and hydraulic equipment is permanently installed on a closed custom steel frame. In this way these plants can be shipped anywhere in the world ready to operate in a few hours without the need for complex projects at destination and providing drinking water with a minimum investment.
The treatment capacity can reach turbidity, SS, viruses, bacteria, pH, conductivity, salts, organic matter, disolved metals, fluorides, chlorates, deodorization, discoloration...
Installation & Operation
The adapted containerized water treatment plants are quick to deploy and offer an operating cost comparable or lower than conventional installations.
Our plants include hydraulic and electrical connections, reducing on-site commissioning, and are ready to work in a minimum of time, without the need for civil works. No matter how small or large your treatment needs are, IMA Water's pre-engineered systems arrive wired and assembled for a fast, affordable and compact solution.
Minimal maintenance, with the possibility of complete automation with continuous parameter monitoring. The plant adapts to the customer's scenario without modifying the pre-existing work dynamics. We work with the minimum of consumable equipment, reducing the probability of hydraulic/electrical failures, always working with equipment that can be easily replaced anywhere in the world.
Share: