Uncategorized Archives - Page 2 of 3 - Water Treatment Plants

December 13, 2022

Using a technical approach to water treatment known as Zero Liquid Discharge (ZLD), all water is recovered and impurities are converted to solid waste. While, many water treatment technologies aim to enhance freshwater recovery and minimize waste, ZLD is the most difficult goal to achieve because recovery costs and difficulties rise, as wastewater concentrations rise.

 

In this method, the plant doesn’t release any liquid effluent into surface waters, effectively eradicating all associated environmental pollutants. In addition to this, a ZLD process effectively uses wastewater treatment, recycling, and reuse, which helps with water conservation by reducing the need for fresh water.

 

Let’s talk about some of the benefits of a zero liquid discharge plant.

 

Steps involved in Zero liquid discharge system

 

The following steps are involved in ZLD process:

 

  1. Pre-treatment

 

TSS (Total Suspended Solids), COD (Chemical Oxygen Demand), and turbidity are all reduced with pretreatment. Other wastewater treatment procedures can be utilized when the TSS, COD, and turbidity of treated wastewater have been removed or significantly reduced.

 

  1. Concentration

 

Reverse osmosis (RO), electrodialysis (ED), or a combination of RO and ED, are common membrane technologies used to concentrate dissolved solids in the ZLD system. We can recover more than 98% of the treated water with the use of ED technology, or the above-mentioned RO + ED combination.

 

  1. Thermal-treatment

 

The final step of the ZLD process, known as thermal treatment, typically consists of an evaporator and a crystallizer. Crystalline salts such as NaCl and Na2SO4 are produced as a result of this procedure.

 

These salts can be purchased to be processed further. Any useless solid waste is dumped to landfills under management. Condensate made from evaporated water can be used again.

 

Now, let’s discuss about the advantages of zero liquid discharge plant!

 

The use of zero liquid discharge plants as a significant wastewater management tactic, to decrease water pollution and increase water availability is expanding globally.

 

The principal advantages of ZLD are as follows:

 

  • The possibility of recovering resources from wastewater is a crucial justification for zero liquid discharge. Because, ZLD can sell the solids created or reuse them as part of their industrial process, some organisations target ZLD for their trash.

 

  • Whatever the organization’s reasons for aiming for zero liquid discharge, doing so indicates sound business practises, corporate accountability, and environmental stewardship.

 

  • Operating an internal ZLD plant can save disposal costs, increase water reuse, and reduce greenhouse gas emissions from off-site trucking, which has a smaller negative impact on regional ecosystems and the climate.

 

  • Industrial effluent has severely contaminated many significant rivers, and many nations, like India, have established legislation requiring zero liquid discharge. The high costs of wastewater disposal at inland plants have pushed many countries towards zero liquid discharge.

 

  • It also enables maximum water recovery.

 

  • It produces a useful product for retail sales and additional processing.

 

  • Many environmental problems are resolved.

 

  • Decreases reliance on nearby water sources.

 

  • Significantly lowers the likelihood of punishment for discharged waste under the law.

 

Applications of zero liquid discharge plants

 

There are certain industrial applications of zero liquid discharge:

 

  • Breweries
  • Tanneries
  • Chemical
  • Paper industry.
  • Textile industry.
  • Power industry.
  • Petrochemical industry.

 

Netsol Water Solutions: Manufacturer and distributor of zero liquid discharge plants

 

Netsol is a pioneer in the creation and distribution of solutions, for the treatment of commercial and industrial wastewater.

 

We offer best-in-class ZLD plants with high performance and dependability, by collaborating with customers to comprehend their specific difficulties, and putting a priority on continual innovation. Using its fleet of mobile pilots, we provide extensive off-site and onsite testing services. For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com


December 13, 2022

A technological approach to purifying water in which all water is recovered and contaminants are converted to solid waste is known as “zero liquid discharge.” ZLD is the most challenging goal to attain since recovery costs and challenges increase as wastewater concentrations grow. Although many water treatment systems strive to boost freshwater recovery and minimise waste. Concentrations of salinity, organics and scaling compounds, all rise, adding to the expense of regulating these increases. Combining water treatment technologies that can handle wastewater when the toxins are concentrated allows for ZLD.

With so much benefits to offer from a ZLD one becomes curious to know about it keenly and contribute to the environment. Let’s settle your curiosity and know the zero liquid discharge more elaborately!

Zero liquid discharge plant:

You can turn your waste into no-waste by using zero liquid discharge plant. These sturdy, portable systems handle wastewater from industrial processes and salvage priceless goods from recycling procedures. Materials are successfully separated from water or other wet materials, and they are then converted to solid waste that may be sold, reused, or disposed of more effectively. ZLD systems are advantageous to the environment and your bottom line, and they are simple to modify to match your changing demands and regulatory requirements.

 

A ZLD treatment system, as the name indicates, uses cutting-edge modern water treatment procedures to reduce liquid waste at the conclusion of your industrial process to zero. Zero Liquid Discharge treatment system that is effective and properly thought out should be able to:

  • Adapt the fluctuations in the flow and contamination of waste
  • Allow for necessary changes to chemical amounts
  • More of your liquid waste can be recovered for reuse.
  • Treat your waste to recover valuable byproducts.
  • Create a solid or dry cake for disposal.

Your business will be able to comply with strict effluent standards and Electric Power Generating Effluent Guidelines with the use of a ZLD treatment system. Just bear in mind that the criteria for your facility will change depending on whether you are discharging to the environment under a National Pollutant Discharge Elimination System or into a publicly owned treatment works.

What components make up a fundamental ZLD plant?

The precise parts of a ZLD treatment system will primarily rely on

(1) Amount of dissolved material present in the waste,

(2) Flow rate needed for the system, and

(3) What particular pollutants are there. But often, a fundamental ZLD treatment system consists of some combination of:

  • A clarifier or reactor to remove hardness, metals, and silica
  • Chemical feed to aid in the coagulation, flocculation, or precipitation of any metals and suspended solids
  • A filter press beside an evaporator or after pretreatment to concentrate secondary solid waste.
  • UF: Ultrafiltration (UF) to eliminate any traces of suspended particles that are still present and stop fouling, scaling, and/or corrosion later in the treatment process.
  • RO: Brine concentrators to further concentrate the reject RO stream or reject from electrodialysis to further concentrate the dissolved solids removed by reverse osmosis (RO), which removes the majority of dissolved solids from the water stream in the main phases of concentration.
  • Evaporator: In the final stages of waste concentration before the crystallizer, an evaporator is used to vaporize access water.
  • Crystallizer: Using a crystallizer, boil out any residual liquid to produce a dry, solid cake that may be disposed of.

These standard components are sufficient depending on the requirements of your plant and process, but if your plant needs system that offers a little bit more customization, you could need to add additional features or technologies. ZLD is a highly customized process because of the wide range of industries it is used in and the many waste streams it produces, and these add-ons will vary depending on your facility’s specific requirements.

What Netsol offers!

Our international service network employs devoted experts that are informed about your sector. Whenever and whenever you need parts or assistance, we are here to provide it.

For maximum uptime, availability, and optimization, Netsol takes care of all your needs throughout the equipment’s life cycle, including setup, maintenance, support, and monitoring services.

For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com


December 13, 2022

Due to urbanization and globalization, water demand is rising day by day, despite its scarcity. Wastewater from industries including power, oil and gas, pharmaceuticals, and chemicals contains harmful and toxic compounds, solid waste, and organic waste, which further harms the environment.

 

In fact, many government and commercial organisations like Netsol Water Solutions, have designed plans to install ZLD Plants, to reduce water waste, which will aid them in developing a sustainable environment.

 

Zero Liquid Discharge plant

 

A method known as zero liquid discharge (ZLD) aims to reduce the amount of liquid waste, generated at the end of an industrial operation to zero. It is being utilized increasingly, and frequently as a result of tighter discharge limitations and it can be especially helpful, in areas with limited water supplies or where waterways are protected.

 

By using it, your company can avoid paying large fines if it violates any local effluent standards.

 

Zero liquid discharge plant manufacturers-who to trust?

 

Finding a ZLD system for your plant that is economical and ecologically beneficial can be difficult, especially as effluent standards become more stringent and your alternatives for discharge treatment are constrained. In order to help you with a new or upgraded ZLD water treatment system, you may be asking which businesses are the best in the field of zero liquid discharge equipment and technology.

 

Although, there are a number of manufacturing units that provide ZLD system facilities, but the best production site of Zero Liquid Discharge (ZLD) facility is Netsol Water Solutions. Our firm has reduced water use while producing its products and assured that no liquid waste is produced, with the help of the ZLD technique.

 

Components of our ZLD Plants

 

The zero liquid discharge plant provided by Netsol Water Solutions utilizes a 100 percent supply, of effluent-treated water from sewage treatment plants (STP) and effluent treatment plants. It is then processed using a mix of methods, including Agitated Thin Film Dryer (ATFD), Reverse Osmosis, and Membrane Bio-Reactor (MBR).

 

The final result is the permeate, which is of good quality water, and is reused in fume hoods, boiler feed, and cooling tower makeup water, without being dumped into the sewage. This puts the wasted water to good use. Apart from this, by the process of evaporation, the rejected water is transformed into solid waste residue, which is then disposed of as hazardous waste (as per the regulatory norms).

 

What makes our Zero Liquid Discharge Systems so special?

 

  • Our Zero Liquid Discharge Systems use a number of very effective and efficient thermal techniques.
  • The appropriate process scheme is selected based on the kind of wastewater.
  • Based on the kind of effluent, each of our ZLD systems is specially created and tailored.
  • Minimum capital and operational costs.
  • Accessible and requiring little effort or space.
  • User-friendly.

 

Conclusion

 

ZLD is a significant step for us to reduce our overall water consumption, and ensure that wastewater is not dumped into the environment, because we have used this technology to significantly reuse and recycle waste water, in order to save groundwater consumption.

 

We are working hard to develop strategies that are environmentally responsible, and adhere to the circular economy model at our plant, so that we can preserve our natural resources for the future. Moving forward, we anticipate adopting ZLD technology in all of the manufacturing plants, to help create a more sustainable future.

 

Best Manufacturers and distributor of zero liquid discharge plants

 

Netsol is a pioneer in the creation and distribution of solutions, for the treatment of commercial and industrial wastewater.

 

We offer best-in-class ZLD plants with high performance and dependability, by collaborating with customers to comprehend their specific difficulties, and putting a priority on continual innovation. Using its fleet of mobile pilots, we provide extensive off-site and onsite testing services. For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com


December 2, 2022

An industrial reverse osmosis (RO) plant is a water treatment facility that uses the reverse osmosis process, to remove harmful compounds and pollutants from water. Here, the water with the higher concentration of dissolved ions is subjected to external pressure, which causes the water to pass through the semi-permeable membrane in the opposite direction.

 

Permeate, or well-treated product water, is the water that passes through the semi-permeable membrane. Reject, brine, or concentrate water is the term used to describe the water that is left behind the membrane, after the dissolved and suspended solids have been removed. The Industrial RO plant operates in this manner.

 

Cost of Industrial RO Plants

 

Industrial RO Plants come in two different configurations:

 

Completely automatic and semi-automatic

 

  • Higher water production rates are provided by fully automatic industrial RO plants. They are pneumatically and mechanically operated, providing accurate washing and filling.
  • Industrial RO plants that are semi-automatic require manual washing. The remaining tasks are all automatic.

 

In this blog, you will find all the information you require regarding, the price of different Industrial RO Plants.

 

  1. 250 LPH RO Plant

 

  • Usage: Small to medium-sized companies like food and beverage, textile, chemical, etc. will benefit greatly from the 250 LPH Industrial RO Plant.
  • Membrane: It has a composite thin film membrane.
  • Water production: 250 litres of water can be produced by it every hour.
  • Price: A typical 250 LPH RO plant costs around Rs. 85,000/-
  • Maintenance: It has an excellent performance and consumes little power.

 

  1. 500 LPH RO Plant

 

  • Usage: 500 LPH RO Plants are produced in accordance with industry standards, utilizing cutting-edge technology and best-in-class raw materials. They are perfect for use in small to medium-sized businesses, factories, hospitals, and industries for cleaning, production, and drinking water needs.
  • Membrane: The 300–350 square foot 500 LPH RO plant has six layers of filtration.
  • Water production: 500 litres of water can be produced by it every hour.
  • Price: 350 LPH RO plant of premium quality typically costs around Rs. 1,50,000/-
  • Maintenance: It can create safe water and has a water recovery rate of up to 95%. It uses little electricity and performs superbly. It is also sturdy and hassle-free to use.

 

3: Fully automatic Industrial RO plant

 

Netsol Water Solutions is engaged in offering a premium selection of Fully Automatic RO Treatment Plants, to meet the varied needs of the clients.

 

Features of Fully Automatic RO Plant

 
RO capacity 2000–3000 LPH
Price Rs. 1-2 lakhs/-
Automation grade Automatic
Type of purification plants Reverse Osmosis
Material Stainless Steel
Max water recovery rate 55–60%, 60–65%
Voltage 440 V
Installation type Complete civil work with installation
Treated Water Quality >10 TDS
Warranty 1 year
Plant accessories Chlorinator

 

4: 300- 1500 LPH RO Plant

 

Being a highly reputable company, we specialize in providing a large selection of 300 LPH-1500 LPH RO Plant.

 

Features of RO Plant

 
RO capacity 300 LPH-1500 LPH
Price Rs. 70,500/-
Automation grade Automatic
Type of purification plant Reverse Osmosis, Multi grade filter
Material FRP
Max water recovery rate 55-60 %, 50-55 %, 60-65 %
Voltage 220 V
Installation type Complete civil work with installation
Warranty 1 year
Frequency 50 Hz
Power source Electric

 

5: 10,000 LPH RO Plant

 

We specialise in providing a 10,000 LPH RO Plant range that has been quality-approved.

 

Features of RO Plant

 
RO capacity 10,000 LPH
Price 1.5-2.5 Lakhs
Automation grade Automatic
Type of purification plant Reverse Osmosis
Material Stainless steel
Max water recovery rate 60-65%
Voltage 440 V
Installation type Complete civil work with installation
Frequency 50 Hz
Warranty 1 year
Power source Electric

 

Why should you choose Netsol Water Solutions as your Industrial RO Plant manufacturer?

 

We are India’s top supplier and manufacturer of industrial RO systems. The modest and mostly industrial setting is best suited for the industrial water filter system. To satisfy the needs of our customers, we provide the best industrial RO plants.

 

Our solution is incredibly affordable and dependable for an industrial setting. As a commercial manufacturer, we are aware that you require the best systems available, at reasonable and competitive prices, which is why we collaborate with each of our clients to provide high-quality purification systems, at reasonable costs.

 

For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com.


December 2, 2022

There must be a straightforward response to the issue of which sewage treatment facility is the best. The good news is that there are many various factors and considerations to take into account when picking the finest sewage treatment plant for you, but the bad news is that it isn’t a straightforward question at all.

The good news is that we are here to assist you in learning whatever you ought to know. We’ll examine four crucial traits that might affect your choice and discuss why they are significant. Which are:

  • Effluent standards
  • Operation/maintenance cost and simplicity
  • Installation ease & cost
  • Aesthetic appearance

We’ll begin with a simple tutorial for individuals who just want to acquire a general understanding of which sewage treatment facility is ideal in certain situations.

Quality of Effluent:

One of a sewage treatment plants most crucial components, especially if it is to discharge into a watercourse, is the effluent quality (permission from relevant environment agencies is required). It must have undergone enough treatment to avoid endangering the environment or posing a risk to human health. Because of this, in order to be regarded as complying with the law, all sewage treatment facilities marketed must have undergone testing in accordance with the norm.

If preserving the environment is essential to you, you should look for a sewage treatment facility that goes above and above the necessary standards. To ensure that the effluent you release is as ecologically friendly as possible, you’ll want these numbers to be as low as feasible.

Ease of use/maintenance and cost:

The additional expenses associated with operating and maintaining an off-mains sewage system are one of the largest pain points. They are regarded as private systems, hence the property owner is solely responsible for them. Your sewage treatment plant might put you in a variety of legal and financial binds.

This is why it’s crucial to do thorough study and fully comprehend the requirements and constraints of your system, since doing so will make it easier for you to predict the expenses associated with maintaining it.

Cost and Ease of Installation:

For the benefit of those standing in the rear, establishing a sewage treatment plant is a difficult task that should only be handled by a skilled and appropriately trained specialist. The depth of the bedrock, the slope of the ground, the height of the water table, the desired discharge area, environmental permits, building codes, work vehicle access, and the height of the discharge point are just a few of the numerous variables to take into account. Check out Netsol’s installation guide for sewage treatment plants for additional information about this in detail.

An appealing appearance:

There will always be some visible evidence of a tank that is underground, even if it may not be the most important factor. The following factors may play a role in your choice, for example, if you enjoy maintaining a beautifully designed garden.

Conclusion:

So, there you have it: Netsol’s STP are the top sewage treatment facilities in terms of effluent quality, simplicity of operation cost of installation, maintenance, and aesthetic appeal after they are built.

There is no one-size-fits-all solution to the question of what the finest sewage treatment plant is; rather, it depends on your choice of these four criteria and a knowledge of the needs of your project. Our suggestions are not meant to serve as a comprehensive buyers guide; rather, they are meant to assist clarify the distinctions between the many types of sewage treatment plants available from Netsol water solutions.

For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com.


December 2, 2022

Water that is used by people, whether for home or industrial purposes or to collect rainfall in sewers, eventually becomes wastewater. It has a wide range of toxins that cause water contamination that affects both people and the environment. When dumped directly into water supplies, such water tends to kill marine life and result in serious diseases in people. Therefore, before being released into the environment, the effluent has to be cleaned and filtered.

Wastewater treatment entails a number of carefully thought-out methods to remove every contaminant from the water. It receives treated on the primary, secondary, and tertiary levels, respectively. Screening, and sedimentation filtering, are often used in the process, which is then finished up with a chemical step such reverse osmosis and disinfection. There are several businesses that provide wastewater treatment facilities. The top 10 wastewater firms in India that provide the greatest services for protecting mother nature are listed below.

1.Netsol water solutions

The manufacturing of STP plants, ETP plants, WWTP plants, and WTP plants, as well as the provision of energy management, asset management, automation solutions, and waste management, are all areas in which Netsol Water takes great pride in introducing itself as a leading water and wastewater treatment company in India.

For residential, industrial, commercial, and clients, Netsol Water is a one-stop utility partner that helps them increase resource productivity and bottom lines while preserving the environment. We provide cutting-edge technology like water softeners, industrial RO water plants, commercial RO plants, sewage treatment plants, and effluent treatment plants.

 2.VA Tech Wabag

98-year-old Tech VA Wabag’s present headquarters are in Vienna, Chennai and Austria,  serves as the location of the company’s Indian headquarters. As the industry leader, the business offers wastewater solutions on four continents. Sludge treatment, saltwater desalination, and industrial water treatment are just a few of Wabag’s well-known wastewater services. The business features cutting-edge R&D facilities in Austria, Switzerland, and India.

3.Thermax India

Thermax India, one of the leading wastewater treatment businesses in India, was established in 1980. Its headquarters are in Pune, Maharashtra, and it offers an immediate solution to the wastewater problem for both businesses and Municipal Corporation. The company’s products include particular chemicals, water treatment solutions, waste management solutions, and solutions for heating, cooling, and water. Among the services offered by the organisation are large furnaces for steaming and power production, entire power plants, municipal and industrial wastewater treatment facilities, waste heat recovery systems, and air pollution control projects.

4.G.E. Water

GE Water, which has been around for more than a century, is the most well-known wastewater firm. It is a corporation with a US base that today provides services to many other parts of the world. Bengaluru, Karnataka, is home to the GE Water office for India. The business provides a variety of wastewater treatment options, including reverse osmosis, filters, and cooling tower treatment.

5.Siemens Water Technologies

Siemens is renowned for its brilliance in the manufacturing industry, and they have quenched the nation’s thirst with their water innovations. The company, which has its headquarters in Germany, opened an office in Mumbai, Maharashtra, in 1969. Water treatment facilities, wastewater treatment, industrial and municipal wastewater treatment, and drinking water treatment are just a few of the many services the organisation provides.

6.Aqua Innovative Solutions

Aqua Innovation attempts to engineer environmental problems by offering agricultural wastewater solutions. The business uses the innovative NuWay technology, which results in the creation of clean water as a byproduct. The NuWay process reduces the need for more agricultural land to spread manure while also maintaining the essential source of life-water.

7.Ion Exchange

Popular water treatment firm Ion Exchange, once located in the UK, now has its corporate headquarters in Mumbai, Maharashtra. It offers wastewater treatment options for a variety of wastewater types, including household, industrial, institutional, and commercial wastewater. The business has a cutting-edge R&D staff and partnerships with major international water treatment firms. Numerous facilities, such as those for wastewater treatment, water recycling, and product regeneration, are included.

8.SFC Environmental Technologies

SFC is a global environmental technology firm with a focus on treating municipal sewage and solid waste. About 500 biological nutrient removal facilities are owned by the firm. It can produce 10,000 MLD of high-quality recycled water each day. The MSW Plant in Goa is the first completely automated one in India to be SWM 2016 compliant. Products from SFC include disc filters, turbo blowers, and solar-powered sludge drying.

  1. UEM India Pvt Ltd

UEM India Pvt Ltd, situated in Noida, Uttar Pradesh, is a company that specialises in wastewater treatment. The business is a Toshiba Water Solutions subsidiary. With the planning, building, and installation of household water treatment and wastewater treatment facilities, it offers wastewater treatment solutions. The organisation, which has offices in 30 countries, has worked on several initiatives to fix natural problems.

 

  1. Voltas Ltd.

A part of the TATA company that specialises in the treatment of industrial and wastewater is called Voltas Water and Treatment. The firm, which has been around for almost 40 years, wants to create a healthier country. The effluent treatment plant, sewage treatment plant, zero liquid discharge plant, and water treatment plant are the major areas of emphasis. Sequence Batch Reactors (SBR), Moving Bed Biofilm Reactor (MBBR), and technologies like ultrafiltration and reverse osmosis are just a few of the products the company offers to meet these needs.

Do you like to know more about the further sewage treatment technologies that Netsol Water Solutions offers? Get in touch with Netsol Water Solutions for water treatment advice!

Phone number: +91 9650608473;

Send inquiries to enquiry@netsolwater.com.


December 2, 2022

Wastewater is used water that needs to be treated before being discharged into another body of water in order to prevent additional contamination of water sources. There are many different sources of wastewater. Wastewater is anything that you flush down the toilet or pour down the drain. Nearly 2 million people every year die from diseases caused by contaminated drinking water worldwide. Many of these deaths are indirectly caused by poor water sanitation. In order to stop these numbers from increasing further, Runoff and rainwater from the streets, combined with other contaminants, finally make their way to a wastewater treatment plant.

Wastewater treatment is essential, and it applies to both your house and perhaps a more underdeveloped nation or hamlet. There are three different sorts of wastewater treatment procedures, but they all aim to clean the water of pollutants and sewage so that it may be used again or discharged. Sewage treatment plants, effluent treatment plants, and combined effluent treatment plants are the three different types of wastewater treatment processing facilities.

Netsol brings to you a pool of knowledge regarding the wastewater treatment and the only thing you have to do is to dive into it by scrolling through the page. Let’s get benefited by knowing each of the waste water treatment:

1.Sewage Treatment Plants                                               

The wastewater that flows out of your house is often cleaned at sewage treatment plants. These facilities clean the sewage and wastewater that leave homes each day of pollutants. Chemical, physical, and biological pollutants are used in the processes. Many of the bigger things transported by this water are removed by a strainer, while many of the smaller particles are managed by chemical compounds. The strainer then sends the majority of the larger amounts of rubbish it has gathered to a landfill. When maintained appropriately, a conventional septic tank aids in reducing the burden of these strainers.

2.Effluent Treat Effluent (ETP)

Effluent treatment facilities (ETPs) are more chemically oriented since major industrial and pharmaceutical enterprises frequently employ them. An ETP’s objective is to purify water in order to aid in environmental protection because these companies operate in sectors that generate chemical runoff. To drive the chemical processes, these facilities employ evaporation, microscopic filtration, and other drying techniques.

3.Combined and Common Effluent Treatment Plants (CETP)

Smaller businesses rely on a combined networking system of plants to assist clean out wastewater since they do not have the space, time, or resources to set up their own treatment facilities. In order to limit the impact of these businesses’ impacts, combined effluent treatment facilities are frequently erected in industrial areas that produce pockets of pollution. The facilities are interconnected to properly remove wastewater while preventing any one system from working too hard.

Conclusion:

Protecting people and the environment from the hazardous and destructive substances contained in wastewater is the primary objective of wastewater treatment plants. Because the natural process of cleaning water is overburdened, water treatment facilities were created to accelerate the natural process. These facilities are used to cleanse wastewater in a variety of methods before reintroducing the clean water to the environment.

Check out our eco-friendly products to see how they may assist you in waste water treatment in the best possible way. Visit us online or call on +91-9650608473 or email at enquiry@netsolwater.com to learn more.


December 2, 2022

Commercial RO Plant spare parts

 

A revolution in the water treatment sector is being brought about by Netsol Water Solutions, a well-known brand worldwide. We are presently acknowledged as one of India’s top producers and suppliers of RO water plants, water filters, water dispensers, and RO replacement parts.

 

We have a well-established manufacturing facility that enables us to create and manufacture, top RO parts that guarantee water purity. Our reverse osmosis spare parts are produced in strict accordance with industry norms and regulations, using premium raw materials and cutting-edge processes.

 

To ensure 100% clean and secure water, Commercial RO plants need to replace RO filters, membranes, and other RO spare parts on time. Without replacement, issues including leaking, noisy operation, foul odour, and water with a harsh taste may arise.

 

In this blog, let’s discuss about the various commercial RO spare parts.

 

Factors that need to be considered while replacing RO Spare parts

 

Before choosing to replace the RO Water Plant’s spare parts, please take into account the following criteria.

 

  1. TDS (Total Dissolved Solids) or hardness level of the input water.
  2. Impurity level in the input water.
  3. The volume of water that the RO plant must treat.

 

The filters and RO membrane need to be changed every six months if the water has a very high impurity level, a high TDS level, or if huge amounts of water need to be cleansed. To stop the carbon filter and RO membrane from clogging, the sediment filter is made to remove dirt from the water.

 

To prolong the lifespan of the RO membrane and prevent unwanted flavours and odours, from contaminating the purified water, the carbon filter must be changed on a regular basis.

Consequently, it is advised to replace both filters at least once a year.

 

  • Commercial RO spare parts

 

Name of spares Price
Ultra Violet light water filter Rs. 4,999/
Solenoid Valve Rs. 20 /mm
Pressure Gauge S.S. Gel Filled Pressure measuring range-100 psi

 

Rs. 499/
Activated Carbon block (2.5 x 20 inch)
Rs. 599/
Slim Cartridge filter 5 Micron (2.5 x 20 inch)
Rs. 239/
Jumbo Cartridge filter 5 Micron (4.5 x 20 inch)
Rs.369/
RO membrane Housing
Rs. 2,799/
RO Membrane Housing
Rs. 12,999/
Bag filter
Rs. 649/
TDS meter
Rs. 299/
Low pressure switch
Rs. 1,299/
High pressure switch
Rs. 1,299/

 

Benefits of Commercial RO spare parts

 

  1. Obtain 100% safe, pure, and clean water.
  2. Prolonging the lifespan of the RO plant.
  3. Boost the RO plant’s performance.
  4. Lower the expense of upkeep.

 

Why should you choose Netsol Water Solutions?

 

In India, Netsol is one of the top manufacturers of RO Spare Parts in India. We stand by our commitment to high quality and knowledgeable services. We already have a strong customer base, and we want to keep everyone satisfied while expanding it.

 

You can choose from the options we have listed above and get RO components, based on your needs. We are happy to help you. We also provide Commercial RO Plant installation and maintenance services. For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com.


December 2, 2022

The process of turning wastewater—water that is no longer required or appropriate for use—into bilge water that can be released back into the environment, is known as wastewater treatment. Several actions, such as bathing, washing, using the bathroom, and rainfall runoff, as well as industrial activities can cause it to occur.

 

Depending on the final use of the water, the precise method of treatment might take a variety of different forms. For instance, purifying water that is pumped into homes differs from treating wastewater in industries, so that it can be released back into the environment.

 

In one situation, the objective is to remove pollutants to stop them from entering the environment, whereas in the other, the objective is to ensure that the water that people consume and take bath in, is as pure and secure as possible.

 

Let us go through the 5 basic steps of wastewater treatment.

 

Treatment of wastewater

 

Even though not all wastewater is created equal, the cleaning procedure must be vigorous enough to remove pathogens, toxins, and heavy metals from even the most contaminated wastewater.

 

Although, the water must be treated in at least five steps, the required amount of intensive treatment to make wastewater acceptable to discharge into the environment is far less. The different steps involved in wastewater treatment are as follows:

 

  1. Preliminary treatment

 

It includes screening. Incoming wastewater from the sewage system, referred to as influent, enters the plant several levels below ground. Wastewater is filtered by bar screens as it enters the plant to remove debris like leaves, twigs, and plastic bags, food wrappers, bottles, and sanitary wet wipes.

 

The trash and debris are gathered and transported by truck to landfills. The effluent from the screens is then pumped up to the facility’s surface level, by the main sewage pumps.

 

Machine and equipment issues persist if this step is not followed. Grit that is typically swept down into the sewer systems by rains, is removed using equipment that has been specially developed for the job.

 

  1. Primary treatment

 

The macrobiotic solid materials must be separated from the wastewater in this process. The wastewater is first treated by being poured into large tanks, where the solids are allowed to settle to the surface.

 

Large scrappers are used to remove the sludge, or solid waste that collects at the surface of the tanks, push it to the centre of the cylinder-shaped tanks, and then pump it outside the tanks, for further processing.

 

After that, the residual water is pumped for further processing. The water flow slows down as it enters the principal settling tanks. From the surface of the tanks, the lighter solids that float, including oil and small pieces of plastic are removed.

 

  1. Secondary treatment

 

The secondary treatment stage, adds seed sludge to the wastewater to guarantee that it is further broken down. In order to mix the wastewater and seed sludge, which is essentially a small amount of sludge, air is first fed into large aeration tanks.

 

This process promotes the growth of bacteria that use oxygen as well as other small microorganisms, which eat the residual organic matter. Large particles produced as a result of this process, collect in the bottom of the enormous tanks. The enormous tanks allows the effluent to pass through for 3-6 hours.

 

  1. Tertiary treatment

 

This stage, which prepares wastewater for re-use, is comparable to the one utilized by drinking water treatment facilities. Up to 99 percent of the pollutants in the wastewater can be eliminated at the tertiary treatment stage. Because, it involves specialised equipment, highly qualified equipment operators, chemicals, and a consistent energy source, this process is unfortunately somewhat expensive.

 

In this step, sodium hypochlorite is added, a substance also included in home bleach, to disinfect cleaned-up wastewater and get rid of any lingering pathogens. UV, ozone and RO Plants are also utilized in this step of wastewater treatment. As a result, the effluent water can be then discharged into nearby waterways.

 

  1. Advanced treatment

 

To further separate the water from the solid material after primary and secondary treatment, the sludge is thickened, and put into digesters, which are tanks that keep a low-oxygen environment at a temperature of about 98°F. The sludge is broken down by organisms that flourish in an anaerobic environment, and a large portion of the material is transformed into biogas, also known as methane gas.

 

The wastewater resource recovery facilities can generate heat and energy from the biogas, emitted during sludge digestion. It can be supplied to the community as renewable natural gas once it has been cleansed.

 

Get one of the best quality wastewater treatment plants from Netsol Water Solutions!

 

Wastewater treatment is a crucial aspect of environmental preservation that needs to be promoted on a global scale. Netsol Water Solutions provides the top and high-quality wastewater treatment plants, at affordable prices, as well as per the requirements of the industry.

 

For any other support, inquiries, or product purchases, call on +91-9650608473 or email at enquiry@netsolwater.com

 


December 2, 2022
Screenshot-61-1-1280x776.png

Reverse osmosis is a technique used to purify water by removing a wide variety of salts. A natural process involving fluid flow is osmosis. Over a membrane barrier that is semi-permeable. It is the method by which water reaches the leaves at the top of plants and by which nutrients nourish the cells in our bodies.Reverse osmosis is regarded as a considerably safer method of creating clean water for many commercial and industrial purposes. Commercial RO plants come in different sizes and capacities. When one has to make a choice for their commercial setup, the most important point of remark is the sufficiency which is determined by the plant size. The required permeate quantity, feed water salinity, and anticipated permeate quality will determine the size of the RO and membrane selection.

In order to assist you in choosing a best fit for your commercial spaces, let us have a look at some of the standard capacities of commercial RO plants

Commercial RO plant capacity­:

Commercial RO plant are available in a range of forms and dimensions. LPH, which stands for litres per hour and denotes that this RO can process up to how many litres per hour, is the unit used to classify water plants based on the amount of water that is cleansed. Water is purified in a number of processes in ROs. Homes and small workplaces can use these ROs. Some of the standard LPH systems are mentioned below as:

100 LPH RO plant:

It has a 100-liter capacity and can operate for 8 to 10 hours each day. You may obtain enough clean and safe normal water if you have a commercial 100 LPH RO. These 100 LPH RO plants are often found in small enterprises and educational institutions.

250 LPH RO Plant:

As its name suggests, a 250 LPH RO plant can purify up to 250 litres of water per hour.

500 LPH RO plant:

Reverse osmosis plant with a 500 LPH capacity can produce 500 litres of water every hour. 500 LPH RO systems frequently contain sand media filters, carbon media filters, and micron filters.

1000 LPH RO plant:

The most reliable and powerful 1000 LPH RO plant is suitable for large businesses. A typical 1000 LPH RO system includes sand media filters, carbon media filters, and micron filters. It has both a high-pressure pump and a dosing pump. Also includes a premium RO membrane, a pressure gauge, and a Rota-meter.

2000 LPH RO:

This is a powerful RO system. It quickly produces a big supply of filtered, safe, clean, and nutritious water (2000 litres per hour). It is ideal for circumstances involving excessive water use, such as many houses in a small area, a big tank, etc.

Conclusion:

Each and every person wants to drink clean water. Therefore, think about getting a Commercial RO for your office or any other place of business if you want to drink clean water and become healthier than you were.

Netsol helps to bring the water in its purest form with so much ease. We can make a choice of best fit commercial RO plant for your set up as per your requirement and convenience. The only thing you have to do is to contact us.

You may rely on us for commercial reverse osmosis systems as well as commercial water softeners, military water purification systems, commercial water filters, and accessories and consumables. Visit us online or call on +91-9650608473 or email at enquiry@netsolwater.com to learn more.


Greater Noida

Headquarters

Plot-164, Udyog Vihar Extension,
UPSIDC Site B, Surajpur,
Greater Noida, Uttar Pradesh 201306
+ 91-9650608473

www.netsolwater.com

enquiry@sewagetreatmentplant.in

LOCATIONS

We Are Everywhere in India & Overseas.




GET IN TOUCH

Follow Our Activity

TO get an update about our daily activity just follow us and Join the Hands to Save Mother-Earth