Address
11 avenue Tom Morel 78210
Saint-Cyr-L'ecole
Solar energy 
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Write us
sce.commercial@adpowerwater.com
Introduction
Industrial water treatment techniques provide considerable savings for your business. By optimizing the composition of the water used in your production process, you avoid problems such as scaling, corrosion, deterioration, pollution and grinding. This is a positive intervention in the production process and improves production qualities, or significantly extends the life of machines and pipes.
We are happy to advise you in depth on the most effective water treatment suitable for your business.
Our collaborators have expertise to refine your industrial water treatment. They help you find the most economical and effective solution. And thus offer you a good return on investment.
So choose resolutely for improved water or a longer lifespan of your production equipment, with industrial water treatment from AD POWER WATER.
For the treatment of industrial water, you will find a wide range of techniques and methods with us:
- Removal of iron and manganese
- Nitrate Removal and Ammonium Removal
- Filtration (sediments, activated carbon, quartz sand, birm, neutrite, etc.)
- Softening and sharing softening, softening and descaling
- Reverse osmosis techniques (reverse osmosis or RO)
- Membrane techniques (ultra, nano and micro)
- Demineralization
- Dosage (disinfection and neutralization)
- Cooling Tower Water Treatment
- Boiler water treatment
- Wastewater treatment
- Pasteurization and sterilization
AD POWER WATER has mastery of an innovative range of devices and applications, sometimes in an electromechanical version or other in a digital version. These devices can be controlled by time, volume, time and volume, or by settings, so that they perfectly suit your needs. We can provide simplex, duplex and triplex devices for the treatment of your industrial water for a water flow rate of up to 3″ and a metric size of up to DN 200.
Water softeners
A water softener is a substance or device or process that reduces the hardness of water.
Because water hardness is determined by the calcium and magnesium ions present in the water, a water softener is a substance that chemically binds and precipitates the ions, or replaces them with another substance, e.g. sodium, resulting in water hardness. An example of such a substance is ion exchange resin.
Limescale particles are removed from the water by flowing through a solid material. This material is called an ion exchanger or resin bed. The lime particles present in the water are replaced by an equivalent quantity of other particles (sodium) which are in turn released by the ion exchanger. Next, the lime is removed from the resins by allowing a slight excess of salt water to drain. Regeneration itself. This double exchange process is repeatable almost infinitely and only diminishes due to wear or destruction by aggressive substances.
Reverse osmosis
Reverse osmosis is a technique for producing very pure water.
By applying a pressure difference on a semi-permeable membrane, it can act as a filter. Water is pushed through a strainer with microscopic holes under high pressure. If the external pressure on the concentrated solution side is large enough, the pure solvent will be pressed to the other side without transporting the dissolved substances. It remains a very pure liquid.
Reverse osmosis can be applied to:
- Large-scale drinking water production;
- Production of demineralized water;
- Make tap water suitable for special glasswashers and dishwashers;
- Make tap water suitable for industrial food preparation;
- Purify boiler water of power plant steam boilers;
- Purify wastewater in order to be able to reuse it;
- Purification of river water, well water,
- Some forms of kidney dialysis.
Reverse osmosis is often preceded by:
- An ion exchanger or softener;
- A dosing pump with anti-limescale product;
- An activated carbon filter to absorb chlorine and other volatile substances;
- Classic filtration to retain solids.
Reverse osmosis is sometimes followed by:
- A mixture for very low conductivities.
- Electrodialysis for even higher purity.
Iron elimination
Thanks to a simple construction with few moving parts, our iron removal plants are very durable and reliable. They are built with high-quality, durable materials and components and meet the highest industry standards. They also offer guaranteed operational reliability and a long service life.
- The introduction of filtered air under pressure ensures the oxidation of iron, manganese, ammonium, etc. At the same time, various volatile substances that can cause olfactory nuisances are eliminated. Or they are oxidized like hydrogen sulfide, the well-known smell of rotten eggs.
- Dosages are used if the pH value is too low or if oxidation is difficult.
- The water flows through a holding tank so that e.g. the iron has enough time to oxidize and flocculate.
- After this pretreatment, the iron can be filtered into the water. This is done using slow bed filtration. The dimensions of the filter bed are determined based on the composition. During this filtration, other suspended solids are filtered at the same time.
- By automatic backwashing at regular intervals or after a certain volume of treated water, the filter bed is cleaned of iron or other dirt present.
- Detangling is done in the same way. An additional dose may need to be applied, depending on the composition of the water.
- The iron is separated from the saturated filter mass and discharged to the sewer by automatic return rinsing, at regular intervals and in the opposite direction of flow. In this way, the installation constantly regenerates itself.