Tag Archives: water treatment process

How to start distributorship of packaged drinking water bottles?

There are several mineral water projects in various places. If you want to be a distributor of packaged drinking water bottles, chalk out a plan. Get in touch with prominent packaged drinking water plants.

Since the last decade, there has been a boom in water plant projects. Several projects including mineral water projects and packaged drinking water projects have been set up in various places. These days, people are more cautious about waterborne diseases. When outside the home, they do not want to take chances. Hence more and more people have started preferring mineral water and packaged drinking water.

Packaged Drinking Water Plant

Packaged Drinking Water Plant

The pure drinking water industry is doing really well. If you want to be a distributor of mineral water and packaged drinking water bottles, you can earn a good profit. All you need to know is a few things about mineral water plants and packaged drinking water plants.

A detailed discussion will help you have an idea of how to plan the business setup. You can initially start as a packaged drinking water bottle distributor.

1. Have a thorough research of packaged drinking water distribution options. Some packaged drinking water plants are regional and some are national. You should look for the quality of the product, the cost of starting a distributorship, and the support offered by the company to its distributors.

2. Sign up to be a distributor with the company you choose.

3. Stock some inventory. Take orders, pick up the orders or have them shipped, and deliver them to your customer.

4. Find customers for your business. Make people aware of your distributorship through mailings, promotions, and ads. House calling is the cheapest and is also likely to get the greatest return on your time.

5. Set up a delivery schedule for your customers.

6. Above all, be honest as this is the virtue that will let you maintain and grow your customers.

The Water Treatment Process Is An Important Step Towards Green Future

Water is essential for life. Clean, safe and hygienic water is synonymous to health. With increasing pollution and degrading water body conditions water treatment plants are being set up.

Water treatment processes consists of various other procedures like:

indexCoagulation:
Liquid aluminum sulphate is added to the untreated water. The tiny particles of dirt stick to each other because of this and keep forming bigger and heavier particles forming flocs.

Sedimentation:
The flocs are allowed precipitate during this process. This precipitated residue is called sludge.

Filtration:
Water passes through several filters made of sand, gravel and crushed anthracite. The suspended impurities are collected and separated from the water.

Disinfection:
Water must be disinfected before it is sent to the distribution system. The disease causing viruses, bacteria, parasites are destroyed. Chlorine is one of the most used disinfectants.

Sludge drying:
The sediments that are collected at the end of the sedimentation process are removed in the drying lagoons.

Fluoridation:
This process controls the amount of free fluoride ion present in the community water.

pH correction:images
Lime is often added to filtered water to balance the pH level,This softens water.

Water softening plants are installed in most of the industries which need to use water a lot for example textile industries.

The soft water does not soil the plumbing easily and does not react violently with the detergent too.

Packaged drinking water is highly demanded in the 21st century. This is because people are turning over to the safe option of water consumption. Packaged drinking water plants are developing and increasing their production every day to meet the demand.

Benefits of Water Softening Plants and Water Treatment Plants in the 21st Century

Water treatment plants treat waste water by segregating solids wastes and impurities from it. The water passes through various filtration and disinfecting processes then bottled and distributed.

With the rise in population need for fresh, disease free drinking water is rising; drinking water plants are the solution to the problem because of the dwindling underground water reserves.
water-softeners-21751-2657849

Advantages of water treatment plants:

  • Chemical free operation.
  • Provides pure and safe drinking water.
  • Microorganisms are removed and their growth is regulated.

Demand for pure and disease free drinking water has intensified over the past two years. People are becoming more health conscious with each passing day.

The endless health benefits of packaged drinking water have encouraged the common people to choose the packaged water over the water that is naturally available.
20_ltr_jar_auto_filling_machineClean, hygienic water is necessary both in the domestic and industrial sector. Hard untreated water often is an obstacle in reaching optimum production.

Water softening plant treats hard water by removing the metal ions present in it. The metal ions react adversely with the detergent producing soap scum. The problems with hard water are:

  • Laundering
  • Bathing
  • Dish washing
  • Problems with pipework and water boiler systems
  • Limescale in heating systems

To avoid all the above mentioned problems water is soften in two methods:

  • Lime softening
  • Ion-exchange resinsWater Treatment Process

Soft water reduces the amount of soap and detergent that is required. Scaling, staining and spotting are reduced. Water heats up much faster due to the absence of dissolved metals. The pipeline system lasts for a longer period as there is no corrosion or limescale build up.

Water softening plants are extensively demanded in the industrial sectors. These plants are made of high quality materials and are precisely made under highly skilled supervision.

The cost effectiveness of the plants makes it desirable. The water treatment processescarried out in the plants are necessary for healthy living as they provide us with pure water, a basic need for survival.

Water Treatment Plants and Processes

Though water is naturally abundant to this planet yet with advent of the 21st century a dire shortage of drinking water is treated as one of the major problems.

To aggravate this existing further the global warming and the pollution has left a very few usable underground sources of water.
Pritiinternational water treatment plant
Thus the water treatment plants have come up to make use of natural lake or used water. This water is treated and re-introduced for human consumption.

Water treatment process involves of coagulation followed by sedimentation, filtration, disinfection and lastly apt storage.

Filtration includes membrane filters, rapid granular and slow sand and other biological filters.The physical/chemical process includes chemical coagulation, ion exchange and adsorption.

The water is disinfected with heat, UV radiation and membrane filters which are physical processes. Chemical processes include treating the water with iodine, antimicrobial chemicals, ozone, chlorine, and chlorine dioxide.SemiAutomatic20Ltr-JAR-Filling-Machine

Then it is properly stored in a way to avoid microbe growth.This stored water is then distributed as packaged drinking water.

Certain metal irons which are present in the water often interfere with soap action and cause various problems. These lead to limescale buildup which leads to galvanic corrosion and foul plumbing.

The industrial use of water softening is more important than the household needs.Mainly calcium and magnesium makes water hard making it react adversely with any sort of detergent.

Water softening plant is installed in which the ‘resin’ (NaCl) which reacts with calcium and magnesium to remove the hardness.Such plants work weekly or fortnightly to soften water for both domestic and industrial purposes.

The water treatment process leads to healthy disease free drinking water and the water softening plant cuts off the hardness of water prolong the life of plumbing and easier usage with detergent. Both benefiting  human life.