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Emergency Water Supply
Emergency Water Supply
Be it flooding fouling municipal water systems, hurricane, tornado, earthquake, fire, drought or national emergency the need for quality water in emergency situations is clear. The GES `Ready-to-Use` rapid deployment water treatment units offer a fast and Plug-n`-Play solution supplying any water quality and quantity anywhere around the world.
- For emergency, intermediate or long-term use
- Suitable for treating a wide range of feed water quality
- Small footprint
- Quality level drinking water on location
- For remote locations not connected to network infrastructures
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Sea Water Desalination
Sea Water Desalination
In recent years, sea water desalination has become a significant source for drinking and process water. The demand for small scale, localized, efficient and cost effective desalination technology is ever increasing.
GES provides end-to-end solutions: design, construction, start-up and commissioning.Advantages
GES state-of-the-art modular seawater desalination plants are capable of producing high quality potable water. The compact and highly efficient systems feature low chemical and energy consumption by utilizing advanced energy recovery units as well as an environmentally friendly approach.- Maximum recovery rate
- Operational stability
- Equipment durability
- Minimal footprint
- Plug’n’Play installation
- Fully automatic and/or remote controlled
- Environmentally friendly: Low energy and chemical consumption
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Brackish Water Desalination
Brackish Water Desalination
When access to surface or sea water sources are scarce or non-existent, local population drinking and irrigation needs can be only be supplied by saline groundwater desalination.
GES offers a uniquely developed unprecedented solution to fit any customer’s need, while providing extremely high water recovery rates accompanied by stable plant operation and ultralow energy consumption.
GES offers the modular brackish water desalination systems equipped with a variety of highly effective membranes enabling tailor made solutions for every particular customer’s needs:
- Ultralow energy consumption – When power consumption is critical
- Energy saving system – For most applications
- High rejection system – When highest salt rejection is required
Advantages
- Mobile plant with external flanged connections for Plug’n’Play installation
- The BWRO plant has 90% continuous operating capability
- Unprecedented design based on a membrane processes only
- Compact 40 ft. container based plant
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Surface Water Purification
Surface Water Purification
When available water source quality does not comply with WHO or local regulation requirements, and removing undesirable chemicals, biological contaminants and suspended solids from contaminated water is required GES offers innovative, compact and highly efficient tailor-made on-site solution for water purification.
The GES units include various treatment processes including:
- Physical – filtration and sedimentation
- Biological – slow sand filters or biologically active carbon
- Chemical – flocculation, chlorination and electrolysis
Advantages
- Minimal footprint
- Easy maintenance – no special tools and skills required
- Robust and flexible design ensuring continuous operation
Emergency Water Supply
Be it flooding fouling municipal water systems, hurricane, tornado, earthquake, fire, drought or national emergency the need for quality water in emergency situations is clear. The GES `Ready-to-Use` rapid deployment water treatment units offer a fast and Plug-n`-Play solution supplying any water quality and quantity anywhere around the world.
- For emergency, intermediate or long-term use
- Suitable for treating a wide range of feed water quality
- Small footprint
- Quality level drinking water on location
- For remote locations not connected to network infrastructures

Sea Water Desalination
In recent years, sea water desalination has become a significant source for drinking and process water. The demand for small scale, localized, efficient and cost effective desalination technology is ever increasing.
GES provides end-to-end solutions: design, construction, start-up and commissioning.
Advantages
GES state-of-the-art modular seawater desalination plants are capable of producing high quality potable water. The compact and highly efficient systems feature low chemical and energy consumption by utilizing advanced energy recovery units as well as an environmentally friendly approach.
- Maximum recovery rate
- Operational stability
- Equipment durability
- Minimal footprint
- Plug’n’Play installation
- Fully automatic and/or remote controlled
- Environmentally friendly: Low energy and chemical consumption

Brackish Water Desalination
When access to surface or sea water sources are scarce or non-existent, local population drinking and irrigation needs can be only be supplied by saline groundwater desalination.
GES offers a uniquely developed unprecedented solution to fit any customer’s need, while providing extremely high water recovery rates accompanied by stable plant operation and ultralow energy consumption.
GES offers the modular brackish water desalination systems equipped with a variety of highly effective membranes enabling tailor made solutions for every particular customer’s needs:
- Ultralow energy consumption – When power consumption is critical
- Energy saving system – For most applications
- High rejection system – When highest salt rejection is required
Advantages
- Mobile plant with external flanged connections for Plug’n’Play installation
- The BWRO plant has 90% continuous operating capability
- Unprecedented design based on a membrane processes only
- Compact 40 ft. container based plant

Surface Water Purification
When available water source quality does not comply with WHO or local regulation requirements, and removing undesirable chemicals, biological contaminants and suspended solids from contaminated water is required GES offers innovative, compact and highly efficient tailor-made on-site solution for water purification.
The GES units include various treatment processes including:
- Physical – filtration and sedimentation
- Biological – slow sand filters or biologically active carbon
- Chemical – flocculation, chlorination and electrolysis
Advantages
- Minimal footprint
- Easy maintenance – no special tools and skills required
- Robust and flexible design ensuring continuous operation
