Maintaining boiler water and feed water quality is very important which impacts boiler’s useful life. If the water is not conditioned, the boiler overheats and runs with a low efficiency.
Unconditioned boiler feed water can contain dissolved salts which form scales on the heat transfer surfaces. Scale deposits drastically reduces the heat transfer leading to tube failure and efficiency loss.
For an effective water treatment programme, boiler water quality needs to be checked from time to time from an inhouse as well as from an outside lab for the results verification.

Cooling towers are designed to control process heat. Proper water treatment program is vital for optimum process control and heat transfer ensuring safe operation and extension of equipment life.
For an efficient operation of a cooling tower, three main factors need to be controlled

• Corrosion
• Scale Formation
• Biological Fouling

Even if the water continues to evaporate, the total solids remain behind thereby increasing their concentration. This needs to be meticulously controlled. Algal contamination also needs to be checked from time to time. Unconditioned circulation water can lead to corrosion, scaling or biofouling negatively affecting the heat transfer and failure of the equipment.

The quality of dialysis fluids is of vital importance and is often neglected at many renal healthcare centers.
Every week, haemodialysis patients are exposed to hundreds of lit water for the production of dialysis fluids which come into direct contact with the bloodstream. It is, therefore, clearly vital to monitor the chemical and microbiological purity of dialysis water.
As there is always a risk of chemical contamination due to primary pollution of municipal water, whereas the problem of microbiological contamination lies across the stages of entire treatment, distribution and point of use.
Not only the final dialysis water quality but also the quality of water at various stages of purification system needs to be monitored.

Irrigation is essential for the absorption of nutrient elements by the plants from the soil. The irrigation water dissolves the soil nutrients in a crop field and form a Solution. This nutrients solution is then absorbed by the plant roots for its the development.
Wells, ponds, lakes, canals, tube-wells and dams are the various sources of irrigation water. By testing irrigation water enables us to select types of fertilizers for optimum plant growth while minimizing the risk of discharging pollutants into surface or ground water.

Water obtained and packed at its natural source directly has a natural composition of mineral salts in relative proportions and presence of trace elements.
This water is obtained directly from underground sources protected from pollution risks.
This water is not subjected to any treatment except for mentioned in BIS standards and is packaged close to its emergence of source.
The standard specifies the composition and levels of minerals, microbiology, organoleptic & physical requirements, toxic, radioactive substances and pesticides.
This water is obviously a premium quality product available in the market.

Reverse Osmosis (RO) systems remove pollutants such as lead, pesticides, fluoride, pharmaceuticals, arsenic and more. With added carbon filter, an RO system can also remove chlorine to improve the taste, odor and appearance of your water.
Also different Industries like Ice making, food Industry, textile, pharmaceuticals, farm Houses, Poultries, Electroplating, etc., extensively use RO water for variety of applications.
RO plants are used to desalinate the sea / brackish water to convert it to drinking level where the natural freshwater sources are absent.