Industrial Water Treatment Plant

A solar pond is simply a pool of saltwater which collects and stores solar thermal energy. The saltwater naturally forms a vertical salinity gradient also known as a "halocline", in which low-salinity water floats on top of high-salinity water. The layers of salt solutions increase in concentration (and therefore density) with depth. Below a certain depth, the solution has a uniformly high salt concentration.
When solar energy is absorbed in the water, its temperature increases, causing thermal expansion and reduced density. If the water were fresh, the low-density warm water would float to the surface, causing convection current. The temperature gradient alone causes a density gradient that decreases with depth. However the salinity gradient forms a density gradient that increases with depth, and this counteracts the temperature gradient, thus preventing heat in the lower layers from moving upwards by convection and leaving the pond. This means that the temperature at the bottom of the pond will rise to over 90 °C while the temperature at the top of the pond is usually around 30 °C.

Our quality control team supports and assists us to deliver our customers defect free plants, ensuring customer satisfaction. The reverse osmosis which we offer purify bore well & salty water, provide healthy & hygienic drinking water, give special taste by removing all unwanted salts and minerals, no chemicals used for purification, easily handle the hard water, remove unpleasant smell & odor etc.

Apart from that our RO system consist of the following components like
•    Feed water supply unit
•    Pretreatment systems
•    High pressure pumping units
•    Membrane element assembly unit
•    Instrumentation and Control System
•    Permeate treatment and storage unit
•    Cleaning unit

We are backed by sound infrastructure to manufacture the latest filtration technology. It is designed in such a way that it provides optimum performance during operation. Our range of Swimming Pool Filtration Systems is manufactured to cater the custom requirements of the clients. We manufacture the Swimming Pool Filtration Systems by following all the parameters laid down by the international standard. Our parameters are Location; this should be thought through, Use of the garden or premises, Needs of clients, Type of spill, Surrounding environment and Compliance with planning regulations.
The equipment construction comprises of modular design, these systems offer quick inspection and cleaning of cells, which help in keeping the pool clean and hygienic. Apart from that our Swimming pool filtration & equipment check the growth of fungi, bacteria and various types of algae. On the other hand chlorine and pH level of water is also maintained, thus making it biologically safe. Our Swimming pool filtration equipments are Environmental Friendly, Automatic Cell Cleaning, Maintain Peak Cell Life, High Purifier Production Efficiency and Energy Efficient. We have deployed professional in this field for the proper execution of work. This Swimming Pool Filtration Plants are available at market leading prices. It is so much efficient in water purifying that water is completely safe water; no harm even after galloping, total destruction of micro organisms; Chlorine as well as ozone based purification, Powerful and faster disinfection and complete destruction of pollutants, micro-organisms, color, etc.

Soil Investigation is carried out for designing a right type of foundation safely and economically, a designer must possess sufficient information about the physical properties and the arrangement of underlying materials. The field and laboratory investigations required to get this essential information is known as soil exploration. The study of complete soil investigations can be grouped under the following heads,

1. Objectives or purposes,
2. Preliminary investigations,
3. Methods of site exploration,
4. Depth and spacing of trial pits and borings,
5. Choice of a method,
6. Recording of data.
Objectives of Soil Investigation:
The objectives of an engineer, before starting the exploration work, should be to collect the following information:

1. The nature, thickness and variation of soil strata in the region.
2. Procuring representative samples for assessing the physical properties of the soil strata encountered, which in turn will help in the design and mode of construction of the proposed foundations.
3. The seasonal variations in ground water table and their possible effects on the soil.
4. The approximate values of strength and compressibility of soil bed.
5. The depth of underlying rock bed, when necessary.

Divining for water, or dowsing, has been practiced all over the world for many years. It is defined simply as using a rod or a stick to locate water. There are many skeptics that believe this can not be done but others believe it can be based on the magnetic pull of the water. Here are a few simple steps so that you can try your hand at divining for water.
Water divining is the ancient art of discovering underground water streams or channels known as ‘aquifers’. Aquifers can flow underground for short distances or distances measured in the hundreds of kilometers.

Divining occurs by ‘walking the land’ in a series of traverses and holding divining implements level and pointing forward. When approaching an underground water flow the implements will dip forward and in the case of using rods they will turn indicating direction of flow.
These aquifer flow lines can be mapped across land over considerable distances.
Indications as to the strength of the flow are received through the pull or weight of the implements as the diviner experiences it. It may be said that laws of attraction are at work here and that through the instrument; the diviner’s intuition is enhanced by this attraction.
Diviners and Dowsers use a variety of processes to determine for indications of water flow volumes, depth and water values. This is important, as many bores have been sunk at considerable cost only to find little or no water and sometimes when water flow is good it is found that the water is not drinkable. In extreme cases water has been found that cannot be used for any consumption or agricultural purposes, either because of contamination or in rare cases extremely high acidity.


the raw water drawn from bore well. Water is treated by the reverse osmosis plant to make it consumable. The treated water can be used further for drinking and domestic purpose. It is also used for cooling tower, boiler and process. We offer customized assortment of water treatment plant to clients as per their specifications. Our professionals support our clients by providing