Water and Wastewater Treatment Products
From bench-top high purity lab water to industrial water reuse systems; from drinking water to wastewater treatment and recycling; Siemens Water Technologies touches every component of water and wastewater treatment. Let us work with you to implement the best solution for your need.
Activated Carbon
Activated carbon pellets and powder for air and water filtration. Also granular activated carbon adsorber filter systems, pressure vessels, roll-offs and canisters.
Aeration
Aeration products including aerators for oxidation of dissolved iron, degassifiers for ammonia and VOC reduction, mechanical aerators for pond aeration, and diffused air systems for biological treatment.
Biological Treatment
Air diffusers, jet aeration systems, wastewater mechanical aeration systems, wastewater package plants, sequencing batch reactors, trickling filters, and anaerobic treatment systems.
Chemical Feed and Disinfection
Analyzers, controllers, induction systems, metering pumps, dry feed, gas feed, polymer feed, chlorine dioxide generation, hypochlorite generation and UV disinfection systems.
Controls, Instrumentation and Analyzers
Water and wastewater analyzers, controllers, motor control centers (MCC), pump controls, supervisory control and data acquisition (SCADA), and remote telemetry units (RTU).
Conventional Filtration
Gravity filter and pressure filter systems and equipment, cartridge filters and filter housings, filter media, arsenic media, greensand, and packaged water plants.
Ion Exchange
Cation, anion, water softener & specialty resins. Continuous Deionization (CDI) and Continuous Electrodeionization (CEDI/ EDI) Systems. Deionizer, demineralizer, and dealkalyzer products.
Laboratory Water Products
Lab Water Purification Systems, Storage reservoirs and other accessories for your ultrapure, general grade, primary grade and clinical analyzer water needs.
Liquid and Vapor Phase Odor Control
Air strippers, aerators, chemical scrubbers, degasifiers, biological odor control, carbon adsorption towers, emergency vapor scrubbers, liquid addition and chemical supply.
Membrane Filtration & Separation Products
Ultrafiltration and microfiltration membrane water filtration systems. Reverse osmosis systems, RO pumps and equipment, and replacement RO modules. Disk Filter.
Physical/Chemical Treatment Products
Chemical reaction systems, copper select technologies, hydrothermal oxidation, wet air oxidation (WAO). Neutralization and precipitation systems and accessories.
Separation and Clarification Products
Water and wastewater circular, plate, & rectangular clarifiers. Floating decanters, dissolved air flotation (DAF), oil water separators, trash rakes and screens.
Sludge and Biosolids Processing
Digestor accessories. Sludge thickener, belt press, plate press, and centrifuges. Sludge dryers, incineration, composting and removal equipment. Cannibal(R) solids reduction process.
Specialty Products and Accessories
Anodes, electrodes, cathodic protection, flow meters, metal recovery, hemodialysis water systems, mechanical aeration, mechanical mixing, screw pumps, surge and storage tanks.
Saturday, June 05, 2010
QuickShip Water Treatment Equipment
QuickShip Water Treatment Equipment
Water treatment equipment designed for quick delivery
GE Water & Process Technologies' containerized and standalone water treatment plants provide the quality you expect from GE -- delivered to you in a fraction of the time of conventional systems.
Across many water sources and contaminant types, GE has a variety of QuickShipsm water treatment solutions to meet your needs.
Benefits To You
Speed of delivery
Product quality and safety
Proven technology
Consistent environmental compliance Product Features
Get to "make-water" day faster than you though possible.
The solution is effective, modular and easy to install.
Modules can be combined to treat the flow rates required by your operation.
Proven technology.
Flexible financing to preserve your capital and protect your cash flow
GE, as a leader in water treatment equipment, has thousands of these systems running across many industries and applications such as Power, Food & Beverage, Seawater Desalination, Nuclear Plants, Light Industrial and others.
GE understands the importance of having a proven system designed to eliminate many project risks. GE's established technology, combined with the added value of schedule compression, ease of installation and reduced project management costs, are a potent combination.We are committed to providing you the fastest response time and currently stock the following units across our global manufacturing sites for immediate shipment around the world:
Technology
Containerized
Seawater Reverse Osmosis (SWRO) - Energy-efficient, high-pressure membrane systems for seawater desalination.
Brackish Water Reverse Osmosis (BWRO) - Spiral-wound Reverse Osmosis systems used to remove suspended and dissolved species in water.
Pretreatment Units.
Standalone Units
Seawater Reverse Osmosis (SWRO) - Energy-efficient, high-pressure membrane systems for seawater desalination.
Brackish Water Reverse Osmosis - Spiral-wound Reverse Osmosis systems used to remove suspended and dissolved species in water.
EDI Systems - Electrodeionization systems for polishing water using electricity.
Pretreatment Units
Z-BOX Ultrafiltration - Submerged ultrafiltration that provides a physical barrier to viruses, bacteria, Cryptosporidium, Giardia and suspended solids.
** - Product availability is on a first-come, first-served basis.
Water treatment equipment designed for quick delivery
GE Water & Process Technologies' containerized and standalone water treatment plants provide the quality you expect from GE -- delivered to you in a fraction of the time of conventional systems.
Across many water sources and contaminant types, GE has a variety of QuickShipsm water treatment solutions to meet your needs.
Benefits To You
Speed of delivery
Product quality and safety
Proven technology
Consistent environmental compliance Product Features
Get to "make-water" day faster than you though possible.
The solution is effective, modular and easy to install.
Modules can be combined to treat the flow rates required by your operation.
Proven technology.
Flexible financing to preserve your capital and protect your cash flow
GE, as a leader in water treatment equipment, has thousands of these systems running across many industries and applications such as Power, Food & Beverage, Seawater Desalination, Nuclear Plants, Light Industrial and others.
GE understands the importance of having a proven system designed to eliminate many project risks. GE's established technology, combined with the added value of schedule compression, ease of installation and reduced project management costs, are a potent combination.We are committed to providing you the fastest response time and currently stock the following units across our global manufacturing sites for immediate shipment around the world:
Technology
Containerized
Seawater Reverse Osmosis (SWRO) - Energy-efficient, high-pressure membrane systems for seawater desalination.
Brackish Water Reverse Osmosis (BWRO) - Spiral-wound Reverse Osmosis systems used to remove suspended and dissolved species in water.
Pretreatment Units.
Standalone Units
Seawater Reverse Osmosis (SWRO) - Energy-efficient, high-pressure membrane systems for seawater desalination.
Brackish Water Reverse Osmosis - Spiral-wound Reverse Osmosis systems used to remove suspended and dissolved species in water.
EDI Systems - Electrodeionization systems for polishing water using electricity.
Pretreatment Units
Z-BOX Ultrafiltration - Submerged ultrafiltration that provides a physical barrier to viruses, bacteria, Cryptosporidium, Giardia and suspended solids.
** - Product availability is on a first-come, first-served basis.
Fresh Water For The World's Poorest
Fresh Water For The World's Poorest
Fresh Water For The World's Poorest
ScienceDaily (Jan. 9, 2008) — Lack of water causes great distress among the population in large parts of Africa and Asia. Small decentralized water treatment plants with an autonomous power supply can help solve the problem: They transform salty seawater or brackish water into pure drinking water.
Large industrial plants for the desalination of seawater deliver 50 million cubic meters of fresh water every day – particularly in the coastal cities of the Middle East. However, the technology is complex and consumes large amounts of energy. It is not suitable for the arid and semiarid regions of Africa and India, though these are the very places where it is becoming increasingly difficult to supply drinking water, particularly in rural areas.
“The regions have a very poor infrastructure. Quite often there is no electricity grid, so conventional desalination plants are out of the question,” states Joachim Koschikowski of the Fraunhofer Institute for Solar Energy Systems ISE in Freiburg. In various EU-funded projects over the past few years, he and his team have developed small, decentralized water desalination plants that produce fresh drinking water with their own independent solar power supply.
“Our plants work on the principle of membrane distillation,” explains Koschikowski. This can best be explained by the principle of a Gore-Tex jacket, in which the membrane prevents rainwater from penetrating through to the skin. At the same time, water vapor formed inside the jacket by perspiration is passed through to the outside. “In our plant, the salty water is heated up and guided along a micro-porous, water-repellent membrane. Cold drinking water flows along the other side of the membrane. The steam pressure gradient resulting from the temperature difference causes part of the salt water to evaporate and pass through the membrane. The salt is left behind, and the water vapor condenses as it cools on the other side. It leaves us with clean, germ-free water,” says Koschikowski.
The researchers have so far built two different systems, both with their own energy supply. “Our compact system for about 120 liters of fresh water per day consists of six square meters of thermal solar collectors, a small photovoltaic module to power a pump, and the desalination module itself,” explains Koschikowski. In the dual-circuit system, on the other hand, several desalination modules are connected in parallel, enabling several cubic meters of water to be treated every day.
One cubic meter of drinking water – 1000 liters – will cost about 10 euros. “When you think how much the inhabitants currently have to pay for the same amount of bottled water or soft drinks, the plant will pay off very quickly,” claims Koschikowski. The test plants in Gran Canaria and in Jordan have been operating successfully for some time. The researchers are therefore planning to market the plants through a spin-off known as “SolarSpring” from the middle of this year.
Fresh Water For The World's Poorest
ScienceDaily (Jan. 9, 2008) — Lack of water causes great distress among the population in large parts of Africa and Asia. Small decentralized water treatment plants with an autonomous power supply can help solve the problem: They transform salty seawater or brackish water into pure drinking water.
Large industrial plants for the desalination of seawater deliver 50 million cubic meters of fresh water every day – particularly in the coastal cities of the Middle East. However, the technology is complex and consumes large amounts of energy. It is not suitable for the arid and semiarid regions of Africa and India, though these are the very places where it is becoming increasingly difficult to supply drinking water, particularly in rural areas.
“The regions have a very poor infrastructure. Quite often there is no electricity grid, so conventional desalination plants are out of the question,” states Joachim Koschikowski of the Fraunhofer Institute for Solar Energy Systems ISE in Freiburg. In various EU-funded projects over the past few years, he and his team have developed small, decentralized water desalination plants that produce fresh drinking water with their own independent solar power supply.
“Our plants work on the principle of membrane distillation,” explains Koschikowski. This can best be explained by the principle of a Gore-Tex jacket, in which the membrane prevents rainwater from penetrating through to the skin. At the same time, water vapor formed inside the jacket by perspiration is passed through to the outside. “In our plant, the salty water is heated up and guided along a micro-porous, water-repellent membrane. Cold drinking water flows along the other side of the membrane. The steam pressure gradient resulting from the temperature difference causes part of the salt water to evaporate and pass through the membrane. The salt is left behind, and the water vapor condenses as it cools on the other side. It leaves us with clean, germ-free water,” says Koschikowski.
The researchers have so far built two different systems, both with their own energy supply. “Our compact system for about 120 liters of fresh water per day consists of six square meters of thermal solar collectors, a small photovoltaic module to power a pump, and the desalination module itself,” explains Koschikowski. In the dual-circuit system, on the other hand, several desalination modules are connected in parallel, enabling several cubic meters of water to be treated every day.
One cubic meter of drinking water – 1000 liters – will cost about 10 euros. “When you think how much the inhabitants currently have to pay for the same amount of bottled water or soft drinks, the plant will pay off very quickly,” claims Koschikowski. The test plants in Gran Canaria and in Jordan have been operating successfully for some time. The researchers are therefore planning to market the plants through a spin-off known as “SolarSpring” from the middle of this year.
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