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8 Common Applications of a Water Treatment Plant

A water treatment plant is an amenity where waste and contaminated water is treated for making it reusable. Different techniques are used by different water plants to purify polluted water, such as filtration, sedimentation, disinfection, and chlorination. Moreover, some typical water purification equipment used in such plants include screening equipment, oil water separators, water filters, sludge treatment equipment, ozone generator, etc.

Let us now see various applications of such a treatment plant.

1. Wastewater Treatment

Treating wastewater collected from the industrial, commercial and household structures is the most usual application of a water treatment plant. The physical, chemical, biological and radioactive pollutants are removed that are present in the wastewater. Two commonly used treatment processes followed here are sludge treatment and sewage treatment.

2. Surface treatment

This process may be followed by a plant to cleanse surface water for municipal usage. In this process, the colloidal matters, organic components and suspended impurities present in the surface water are usually removed using treatment processes like screening, aeration, sedimentation, sand filtration and disinfection.

3. Containerized plants

Usually, such plants are useful for the remote areas of a country where getting pollutant-free water may seem like a luxury. However, they may also be established near mining or military camps. A single unit arrangement may be used in this type of water treatment plants.

4. Ozone-based plants

Ozone is used for the purpose of water purification in ozone-based water plants. These plants are considered to be useful for treating pool water. Ozone is an effective disinfectant for different microorganisms, such as protozoan and cryptosporidium parasites. This type of plants does not require any usage of chemical to clean polluted water.

5. Seawater treatment plants

These plants help treat seawater that contains salt and minerals. A few water treatment techniques followed by these plants are membrane separation, desalination and vacuum freezing. The USA has the highest number of seawater treatment plants in the world.

6. Package wastewater plants

The aeration process is usually used in a package wastewater plant. These plants are commonly seen in construction sites, educational sites, recreational sites and mining areas.

7. Mobile water treatment

This is a popular treatment facility offered by some water treatment companies where the reverse osmosis process is often followed. This is usually used in small scale in both rural and urban areas.

8. Bottled treatment

In this treatment, the water is collected from a certain source, sometimes even from deep under the sea; and then it is purified with high-end technology and machinery, and bottled to supply to the marketplace. The usage of bottled drinking water is rising day by day and so the number of bottled water treatment plants is also increasing in every corner of the world.

General Safety Tips To Stay Safe While Installing An Electrical Panel

Electrical panels have the core function to provide a constant supply of energy to all the sub circuits and it is essential to keep the safety notes at the time you install the device as to avoid any electrical hazard later. Thus, before you go to install the device, it is important to go through these points and ensure the proper safety of the whole system.

Tips To Stay Safe While Installing The Electrical Panel:-

  • Avoid Water – The water and electricity can never be together at the application, despite the fact electricity is generated from water. It is important to be on the safe side than curing the pain later. While you install the system, remember to keep it high enough from the reach of water. The equipment and circuit should have distance from the water as it increases the conductivity of electrical current.
  • Prevent Shocks – Apart from keeping the equipment away from the water, you should also pay attention to the bare wires. Uncovered wires are the main cause of electric current as if you touch the end by mistake. You can cover these ends with a cap so the insulator eliminates the direct contact with the copper and prevents getting a shock.
  • Check For Live Wires – Energized wires are the dangerous to death and checking for such wires regularly while working is better to save yourself from the hazards. Never assume that electrical equipment is uncharged even when left isolated for a long time. While installing the panel, check twice for any energized wires as to avoid the problems and to ensure there is no current running through them.
  • Overload Protection – The main reason of blasting of the panel is over loading and avoiding this point helps you to prevent the damages as well as danger to life. At the time, you install the panel for your industry, calculate the voltage requirement, and add a 25% surplus in that so you can be prepared for the next installations and you will not end up installing the device over again for every additional equipment.
  • Equipment Reliability – The electrical panel is designed to provide constant supply of power from the main circuits to the sub circuits. It necessary to maintain a good ratio of voltage supply with the basic requirements, therefore, always you should always remember to keep an eye on the ideal ratio to avoid any problems. If anytime you feel the panel tingly feeling, disconnect it as sooner as possible and stop using that at the time.