Just like industries and municipalities around the world, you too can rely on Mobile Water to deliver a wide range of water treatment solutions for planned and unplanned events, including:

A Mobile solution for nearly any situation

Innovative Technologies

MobileFlow Configurations

At Mobile Water

• We design water systems using the latest technologies suited to your specific water needs and applications. Ion exchange technology, like that used in our MobileFlow* system, is well suited for applications such as water softening, demineralizing, and condensate polishing (reducing iron and silica content in water). See the diagram below for more information.
• In addition to our mobile Media Filtration systems (MMF), our versatile and reliable ZeeWeed* Ultrafiltration membrane technology is ideally suited for use in numerous water applications, including water reuse, filtration, and pretreatment for brackish and seawater reverse osmosis. ZeeWeed* systems produce superior water quality and can accommodate a wide variety of influent water qualities and filtration applications up to 2000 gpm (454 m3/hr).
• Our family of MobileRO* products are uniquely designed to accommodate even the most challenging water applications. We offer systems in a variety of flow rates and configurations, which can be customized and combined to meet your specific water quality needs. GE has several hundred MobileRO units in service around the world with flow rates available up to 700 gpm (159 m3/hr) in a single trailer.

The Z-BOX system was delivered pre-designed and skid mounted to promote quick installation and commissioning, while maintaining precise engineering and detailed specifications.

The two systems combined will be able to treat 700 cubic meters per day of water from the local water source and will serve a population of over 11,500 in the area.

Waste Water Re-Use Solutions

Building Size - 33,160 sq. meters

Location - New York, US

Application - Wste water re-use

Plant Size - 65 sq. meters

Capacity - 95 cbm / d

Plant Overview

The 250-unit, Solaire Apartments in Battery Park continues the city’s trend to reusable, sustainable, and efficient residential development. This specific development was a private-public partnership and is the first “green” residential high-rise building that incorporates advanced materials, energy conservation and water reuse in an urban setting. The development has adopted features that will become a must in the future as populations grow and water resources become limited.

The Solaire Apartments selected SUEZ’s proprietary ZeeWeed** membrane bioreactor (MBR) process to treat, store and reuse the wastewater for toilet flushing, irrigation and cooling towers. This approach reduces the freshwater taken from the city’s water supply by over 75%, and significantly decreases energy costs as less drinking water is pumped from the city’s treatment plant and wastewater is not transferred to the city’s wastewater treatment system. The system is the first onsite water recycling system in the U.S. built inside a multi-family, residential building.

Process Oveview

The 25,000 gpd (95 m³/d) onsite wastewater treatment, storage and reuse system is located in the building’s basement, and includes a series of common-walled, cast-in-place, concrete tanks. The first step in the process is a collection and settling tank where large solids are removed. The wastewater then flows to a bioreactor, which contains active bacteria used to consume or digest the biodegradable waste.

ZeeWeed ultrafiltraton membranes are immersed directly into the bioreactor, which eliminates the need to settle solids, and significantly decreases the necessary size of the treatment tanks. Permeate pumps are used to gently pull the wastewater through thousands of membrane fibers. Each fiber is filled with billions of microscopic pores that physically block suspended solids, bacteria and viruses from passing through—guaranteeing an exceptional water quality and clarity on a continuous basis.

The treated water is then further disinfected by ultraviolet lights. Any remaining color and odor is removed using an ozone generator that also provides a residual disinfection during water storage. The storage tanks serve as reservoirs for the treated water, which is used as flush water, make-up water for the cooling towers, and for irrigation.