Commercial

Domestic

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Want to know more about Hydro Emporiumce ?

Hydro Emporiumce is an organization that manages and purifies the water supply for you or your region. The basic goal of Hydro Emporiumce is to make sure that the water they deliver to clients is clean, safe to drink and complies with all applicable legal requirements.
This might entail a range of tasks, including maintaining the system that transports water to customers’ homes and businesses, monitoring water quality, doing laboratory analyses, and treating the water to eliminate contaminants. The precise tasks and obligations of a water treatment organization will vary according to its size and breadth as well as the unique requirements of the community it serves.

Commercial and Residential Water Treatment Plants

Reverse Osmosis (RO) Water Plant (200-10000)LPH

A semi-permeable membrane is used in the reverse osmosis (RO) method of water purification to eliminate pollutants and other impurities. When pressure is applied to the water on one side of the membrane, the water is forced through the membrane and the impurities are left behind. In addition to being employed in municipal and industrial water treatment facilities, reverse osmosis is frequently used in domestic water filtration systems.

Numerous pollutants, including bacteria, viruses, algae, fungus, minerals, and other dissolved solids, can be eliminated by the RO process. It is excellent for desalinating saltwater since it is extremely good at eliminating salt.

Reverse osmosis has the advantage of not creating any toxic byproducts because it is a physical process rather than a chemical one. The membrane can often be cleaned or changed as needed to maintain its efficacy, making it also relatively low-maintenance.

Reverse osmosis, on the other hand, can be energy-intensive and might not be appropriate for treating water with high concentrations of certain pollutants. Additionally, it is ineffective in removing specific organic compounds and dissolved gases from the environment.

Water Softner Plant (500-50000)LPH

A water softener is a tool used to remove calcium and magnesium from hard water, minerals that can lead to a number of issues, including the accumulation of scale in plumbing and appliances and the development of soap scum. Water softeners are frequently used in residential and commercial settings to raise the quality of the water and increase its utility for a variety of uses.

There are various different kinds of water softeners, including salt-free water softeners and ion exchange water softeners, which adjust the minerals in hard water without the use of salt by exchanging hard ions for soft ions in a resin bed

Typically, water softeners work by circulating hard water through a bed of resin beads that have been coated in sodium ions. The hard ions in the water, such as calcium and magnesium, are drawn to the resin beads and switch places with the sodium ions as the water passes through the bed. Now “softened” and free of the minerals that rendered it hard, the water exits the resin bed.

Usually, large-scale water treatment operations—such as those carried out in industrial or municipal water treatment facilities—require the employment of water softener plants. They could include various water softener devices that treat a lot of water, along with additional tools and procedures for sanitising and purifying the water.

Multigrade Filter(500-50000)LPH

A multigrade filter is a particular kind of filter that is made to get rid of different kinds of impurities from water or other fluids. In addition to several other kinds of manufacturing and processing facilities, it is frequently utilised in municipal and industrial water treatment facilities.

Each filter element of a multigrade filter is intended to remove a certain size or kind of contamination, and they are generally organised in a precise order. To improve their capacity for filtering, the filter components may be coated with a layer of media, such as activated carbon or a chemical absorbent, and constructed of a range of materials, including cellulose, polypropylene, or glass fibre.

The capacity of multigrade filters to eliminate a variety of pollutants, including as particles, suspended solids, bacteria, viruses, and other contaminants, is well established. They are frequently employed as the last stage of the water treatment process to provide the best quality water possible.

Multigrade filters have the benefit of being able to be tailored to match the unique requirements of the application. To target certain pollutants, different filter components may be used, and the filters can be made to function at a variety of flow rates and pressure settings.

Iron Removal Filter (500-50000)LPH

A device known as an iron removal filter is employed to filter out iron and other minerals from water in order to enhance its quality and increase its suitability for various uses. Iron is a prevalent concern in water supplies since it may result in a number of problems, such as stains on furniture and clothing, unpleasant scents, and decreased water flow.

Iron removal filters come in a variety of forms, such as:

1. A sediment filter may remove the iron that has precipitated out of the water as a result of aeration filters, which employ air to oxidise the iron in the water.

2. Green sand filters: These filters filter water by removing iron and other minerals from a bed of green sand that has been coated in manganese dioxide.

3. Filters that remove iron and other minerals from water by using a medium, such as manganese greensand or birm, are known as iron removal media filters.

4. Reverse osmosis (RO) systems: RO systems filter out pollutants and contaminants from water, including iron, using a semi-permeable membrane.

In order to improve the quality of the water supply, iron removal filters are frequently employed in residential and commercial settings. They may efficiently remove a variety of impurities from the water and are often simple to maintain and run.

UV Water Purification Plant(100-10000)LPH

Using UV (ultraviolet) light, a UV filter plant is a form of water treatment system that eliminates or renders inactive bacteria, viruses, and protozoa. In order to assure that the water is free of dangerous microorganisms and suitable for drinking, UV filter plants are frequently employed as the last stage in the water treatment process.

In UV filter plants, the water runs through a chamber that is filled with a number of UV lamps. Microorganisms can have their cell walls penetrated by UV radiation, causing DNA damage that prevents them from reproducing and ultimately kills them.

In order to provide a multi-barrier approach to water treatment, UV filter plants are frequently employed in conjunction with other types of water treatment technologies, such as filtration and chemical treatment. They are a safe and healthy substitute for the use of chemicals in water treatment since they are good at eliminating a wide variety of bacteria.

Municipal water treatment facilities, as well as numerous commercial and residential settings, frequently employ UV filter plants. They frequently need little maintenance and are simple to use, and they may significantly raise the standard and security of the water supply.

De-Mineralisation Water Plant (100-10000)LPH

Minerals and other dissolved particles are removed from water via the de-mineralization process, sometimes referred to as demineralization or DM. For a number of uses, including in labs, pharmaceutical industry, and power plants, it is frequently employed to create high-purity water.

For de-mineralization, a variety of methods are available, including:

1. Water is passed over a bed of resin beads that have been coated with ions during the ion exchange procedure. The resin beads attract the ions in the water, which then switch places with the ions on the beads to remove the minerals from the water.

2. Reverse osmosis (RO): RO is a technique for purifying water by removing pollutants and impurities using a semi-permeable membrane. It works well to get rid of salt as well as a variety of other dissolved solids and minerals.

3. Water ions are eliminated from it via a method called electro-deionization (EDI). Normally, it is employed to provide ultra-pure water for particular uses, such those found in the semiconductor sector.

4. A facility created to create demineralized water utilising one or more of these methods is known as a de-mineralization water plant. It could have many filtration and treatment units in addition to pumps, pipes, and other machinery. Large-scale water treatment operations, such those in municipal water treatment facilities, frequently employ de-mineralization water plants.

Domestic Water Products

Reverse Osmosis Water Purifier

A semi-permeable membrane is used in the reverse osmosis (RO) method of water purification to eliminate pollutants and other impurities. It is frequently utilised in municipal and industrial water treatment facilities as well as domestic water filtration systems.

A pressure vessel, a semi-permeable membrane, and a collecting tank normally make up a RO water purifier. Under pressure, water is driven through the membrane, leaving behind the pollutants and impurities while collecting the clean water in a tank. To further enhance the water’s quality, some RO systems additionally have extra filtering stages, such carbon filters.

Ultraviolet Water Purifier

A device known as an ultraviolet (UV) water purifier employs UV radiation to destroy or render inactive bacteria, viruses, and protozoa that are present in water. In order to assure that the water is free of dangerous microorganisms and suitable for drinking, UV purifiers are frequently employed as the last stage in the water treatment process.

A chamber through which water passes houses a number of UV lamps, which are the basic component of UV water purifiers. Microorganisms can have their cell walls penetrated by UV radiation, causing DNA damage that prevents them from reproducing and ultimately kills them.

Alkaline Ionizer Water Purifier

An alkaline ioniser is a form of water purifier that creates alkaline water, which has a higher pH than tap water, using electrolysis. Alkaline water is said to provide a variety of health advantages, such as the capacity to balance acidity in the body, enhance hydration, and strengthen the immune system.

A typical alkaline ioniser is made up of a number of electrodes submerged in water and a control device that manages the current flowing through the electrodes. The minerals in the water are divided into alkaline and acidic components when it flows over the electrodes. While the acidic water is normally thrown away, the alkaline water is collected and can be utilised for drinking and cooking.

To further cleanse the water, some alkaline ionisers can have extra filters or other treatment methods. These might consist of carbon filters, UV lights, or other kinds of media to filter out pollutants and contaminants.

Alkaline ionisers are often utilised in commercial and industrial settings, as well as in residential water purification systems. They can efficiently create high-quality alkaline water for a range of purposes and are often simple to use and maintain.

Enquiry for sales, service, or maintenance

Contact Us

Location :

Chachal, VIP Road, Opp Tennis Association, Guwahati, Assam

Email:

centerprise4156@gmail.com

Contact :

+91 70025 07022

For PURE DRINKING WATER

Hydro Emporium also called as Hydro Emoriumce provides solution to water related problems which provides a variety of services, such as:

1.Design and engineering: This entails creating a specialized water treatment system in accordance with the unique requirements of the customer.

2.Installation: Delivery and setup of the treatment plant are two components of installation that are normally handled by the business.

3.Maintenance: To guarantee that the treatment plant is running properly and efficiently, routine maintenance is essential. If necessary, the company may provide both routine maintenance and emergency repairs.

4.Training: The company could instruct the client's employees on how to run and maintain the treatment facility.

5.Testing and analysis of water: To make sure that the treated water complies with all applicable quality requirements, the organization may provide testing and analysis of water services.

6. Compliance with regulations: The company may help the customer comply with all pertinent regulations pertaining to the treatment and distribution of water.
For more details go through the information given below.

Installation

Installing a water treatment facility can be a challenging task that need the knowledge of qualified experts. The general procedures for setting up a water treatment facility are as follows:

1. Testing the water source: Testing the water source’s quality is the first stage in building a water treatment facility. In order to do this, the water must be tested for a number of characteristics, including pH, total dissolved solids (TDS), and the presence of pollutants.

2. Designing the treatment system: A treatment system must be built to address the specific pollutants present in the water based on the findings of the water quality evaluation. Filtration, chemical treatment, and other procedures could all be used in this.

3. Equipment and material acquisition: The treatment plant’s required equipment and materials must now be bought or rented. This could involve, among other things, filtering medium, chemical feed pumps, and storage tanks.

4. Installing the treatment plant: The treatment plant may be installed when all the required tools and materials have been acquired. This might entail building a structure to house the plant, installing the different treatment units, and setting up the piping and electrical infrastructure.

5. Plant commissioning: The treatment plant has to be checked and commissioned once it has been installed to make sure it is running properly. In order to confirm that the treated water satisfies the necessary requirements, this may entail performing a number of tests on it.

Maintenance

For a water treatment plant to operate effectively and efficiently, proper maintenance is essential. Here are some standard procedures for managing a water treatment facility:

1. Regular inspections: It is important to routinely check the treatment plant for any symptoms of wear and tear or damage. This might entail testing the treated water for any changes in quality as well as visual inspections of the machinery and pipelines.

2. Equipment upkeep: To make sure the treatment plant’s equipment is running effectively, it should undergo routine maintenance. Filters may need to be cleaned and replaced, chemical input rates may need to be checked and adjusted, and mechanical parts may need to be lubricated

3. Maintenance of control systems: It is important to routinely check that the control systems that monitor and regulate the treatment process are operating as intended. This might entail testing alarms, calibrating sensors, and making sure all control valves are operating correctly.

4. Keeping accurate records of all maintenance operations, including as inspections, equipment upkeep, and control system inspections, is crucial. This will make sure that the treatment plant is running as efficiently as possible and assist spot any potential issues early on.

5. Operator education: It’s critical to frequently instruct operators on how to maintain and operate the treatment plant safely. By doing so, it will be possible to guarantee that the plant is being run and maintained properly and that any problems are resolved quickly.

Repairing

A water treatment plant’s repair might be a challenging procedure that calls for qualified experts. The general procedures for fixing a water treatment facility are as follows:

1. Finding the issue: The initial stage in fixing a water treatment facility is to locate the issue that needs to be fixed. This might entail doing inspections, evaluating the quality of the treated water for any changes, or inspecting the machinery for any signs of wear and tear or damage.

2. Finding the problem’s root cause: After the issue has been recognised, the root cause must be found. This might entail inspecting the machinery, troubleshooting the control systems, or studying the chemical treatment procedure.

3. Creating a repair strategy: Depending on the root cause of the issue, a repair strategy has to be created. This might entail changing the treatment procedure, replacing broken equipment, or making adjustments to the control systems.

4. Putting the repair plan into action: After it has been created, the required repairs may be made. This can entail performing equipment repairs or replacements, modifying chemical flow rates, or altering the control systems.

5. Testing the repaired system: The water treatment plant should be examined when repairs are finished to make sure it is running properly. In order to confirm that the treated water satisfies the necessary requirements, this may entail performing a number of tests on it.

6. Documenting the repair: It’s crucial to keep a record of all repair work, including the problem’s origin, the fixes that were done, and any modifications that were made to the treatment regimen. This will make it possible to maintain the treatment plant’s optimal performance and to promptly and effectively handle any potential issues in the future.

Free Delivery on Selected Pincodes across Assam

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hydro emporium

About us

Hydro Emporium/Hydro Emporiumce is an organization that manages and purifies the water supply for a particular area or region of North-East India . The basic goal of Hydro Emporium is to make sure that the water they deliver to clients is clean, safe to drink, and complies with all applicable legal requirements. This might entail a range of tasks, including maintaining the system that transports water to customers' homes and businesses, monitoring water quality, doing laboratory analyses, and treating the water to eliminate contaminants. The precise tasks and obligations of a water treatment organization will vary according to its size and breadth as well as the unique requirements of the community it serves.

Deals in : Domestic Water Purifier, Iron Removal Filter, Softener, RO Plant, Multi grade Filter, Filter Media & Spare Parts.

Need Help?

FAQs

Questions customers have in mind.

How does it work ?

To make water safe to drink, water treatment facilities clean it. The following steps are commonly involved in the water purification process:

1. Coagulation and flocculation: Chemicals are added to water to neutralise the charge on particles, which causes them to clump together and form flakes or flocs.

2. Sedimentation: As the floc sinks to the bottom of the water, a layer of sludge-like solid material forms.

3. Filtration: After the water is run through filters, the floc and other suspended particles are removed.

4. Disinfection: To eliminate any lingering microorganisms, the water is disinfected by adding chlorine or similar disinfectant.

5.pH alterations: Depending on the needs of the community the water will serve, the pH may be changed to make the water either more alkaline or more acidic.

6.Fluoridation: To assist prevent tooth decay, fluoride may be added to water.

Depending on the technology available at the treatment facility and the calibre of the raw water being treated, these processes may be carried out in a variety of ways.

How long a water treatment plant last with proper maintenance ?

A water treatment facility’s lifespan will be influenced by a number of variables, such as the calibre of the raw water being treated, the kind of treatment technique being employed, and the quantity of maintenance and upkeep the plant receives.

Many water treatment facilities can function efficiently for many years if they receive the correct upkeep. After a given number of years, some older plants that may have been constructed using more conventional technology may need to be decommissioned and replaced, whilst newer plants that employ more contemporary technologies may be able to function for extended periods of time.

The equipment and infrastructure of a water treatment plant need to be routinely maintained and repaired by the facility’s operators to guarantee that it keeps working efficiently. This may entail activities like filter cleaning and replacement, pump and motor maintenance, and routine inspections to find and fix any possible issues. The managers of a water treatment plant may assist increase its lifespan and guarantee that it continues to provide the community it serves with safe and clean drinking water by investing in routine maintenance and repairs.

How often does it needs maintenance?

The kind of treatment technique being utilised, the calibre of the raw water being treated, and the age and condition of the facility’s equipment are just a few of the variables that will affect how frequently maintenance is required at a water treatment plant.

Generally speaking, to keep them operating efficiently, water treatment plants need to be regularly maintained. This may entail activities like filter cleaning and replacement, pump and motor maintenance, and routine inspections to find and fix any possible issues.

Filters and disinfection equipment are two examples of certain parts of a water treatment plant that may require more regular maintenance than others. A treatment plant’s operators will normally have a timetable in place for carrying out maintenance operations, which may include temporarily shutting down some plant components while the work is being done.

Water treatment plants may require emergency repairs in addition to routine maintenance if equipment breaks down or other unforeseen issues arise. The owners and operators of a water treatment plant may guarantee that it keeps supplying the community it serves with safe and hygienic drinking water by making regular maintenance and repair investments.