Special Applications

The special applications of water processing comprise various practices such as water treatment in silver, iron and manganese removal or pharmacy.

We are experts in the homeopathic measure and we therefore manage natural resources in the best possible ways available today.
 

Water Softeners

Would you like to prevent the harmful effects of scale? To save energy and use of cleaning products? Or resolve your children’s and elder’s problems?
Depending on the region, the water can be more or less charged with calcium or magnesium. If there is a high concentration of calcium in the water it causes the formation of scale and dries sensitive skin.

We soften your water in a simple and efficient way by using a solution saturated with salt. By bringing your water to a level 0 of TH (water mineralization indicator) we reduce what is commonly referred to as hardness of water. You should also know that softer water not only prevents skin problems and scale, it also develops olfactory senses. For instance water used to make tea should be softened so that no deposit can be substituted or dissolved.

Faithful to Lavoisier, Clensol considers softening as an exchange: nothing is lost, nothing is created, everything is transformed.

 

Drinking Water

Good quality water is essential to human and economic development. Consumption of health hazard free water is a vital need for each and every one of us. Appearances can be deceiving; fresh and clear water may hide a great number of micro-organisms which may be harmful to you and those around you.

That is the reason why Clensol commits to fighting chemical pollution, parasites and algae by providing you with clear and drinkable water. Through the process of filtration, disinfection and chlorination, we sanitize your water within all purification norms. We provide drinking water to both community and private water sources.

Very often, we are behind the water you drink.

Osmosis

All living organisms are compartmentalized by biological membranes permeable to water which is the most present molecule in both number and weight. Therefore the same way plants need watering to survive, every molecule needs its water and minerals content to be maintained at a stable level. Osmosis is the passage of molecules through a semi-permeable membrane separating solutions of different concentrations.

Thanks to a semi-permeable filter membrane, we reduce mineral salts in industrial wastewater. With a very thin filter system we purify water of all the salt it contains.

Osmosis is a principle that can be applied to laboratory wastewaters (glass factories, glass processing), washing machines (dishwashers) or air-conditioning devices.

Homogenisation

Industrial wastewaters can be highly contaminated with hydrocarbons, solvents, detergents and other pathological products. In order to purify the water, it must be made homogeneous by isolating all bacteria and destroying all contaminating germs.

Thanks to the use of acid or base chemical substances, Clensol ensures the dissolution or liquefaction of all pathogenic particles.

Wastewater Processing

In terms of public health, wastewaters constitute any water that has been affected in quality by polluting components. 

Clensol's primary concern is to eliminate all suspended materials at source. We then biologically process these waters before reducing the bacterias and pathogenic agents they contain. 

Neutralisation

A great number of industrial discharges contain alkaline or acid materials that require a neutralization process before they can be evacuated into the sewer or spring waters. Concerned about the environment, Clensol sees to purifying your wastewaters.

In order to do so, various proceedings are used such as water buffering, mixing alkaline and acid water discharges or filtrating with neutralizing materials.

 

Sewage Treatment Plants

In today's world, water purification is a primary health concern. 3.4 million people die each year from water related disease, hence water sanitation being one of Clensol's top priorities. 

Waste waters contain various pathogenic elements originating from our wash waters and industrial activities. In the pre-treatment phase, purification consists in eliminating insoluble blocking waste such as branches or plastics with the help of a metallic grid. We then settle to separate sands and oils from water, this process is used to purifiy water by eliminating all polluting component from the largest to the smallest. During the primary process, the majority of suspended materials is decanted, this phase eliminates about 60% of it leaving behind only primary silts.

Subsequently, the treatment enters its biological phase. The silts go through a fluctuation and clotting process in order to remove all sugars, fat and proteins. Should the need arise, this will be followed by a physico-chemical phase called nitrification, an oxidation of ammonia into nitrite and then into nitrate.

Finally, the third part of the treatment is to eliminate bacteria and all remaining pathogenic germs. This optional stage is carried out by ozonation, polluting particles are manipulated by UV rays or sand filtration.

This is how water is drained of all its dirt and becomes suited for daily human consumption.

 

References and technical diagrams