NEWater Industrial Water Treatment System

At NEWater, we manufacture superior industrial water treatment equipment. It can be used for different applications in many industries, including but not limited to the pharmaceutical industry, cosmetic industry, and customer service industry. These water treatment systems are reliable, sustainable, and easy to program.

NEWater industrial water treatment system, including a three-stage wastewater treatment system, microfiltration system, industrial pool and reverse osmosis system, the three-stage wastewater treatment system is equipped with its connected mud discharge system and floating matter cleaner, the microfiltration system is equipped with its connected industrial wastewater treatment system, the mud discharge system, floating matter cleaner and industrial wastewater treatment system is connected with the wastewater reuse system, the mud discharge system is equipped with its connected clear water reuse system, and the reverse osmosis system is connected with the industrial pool.

Our industrial water treatment equipment has a reasonable and reliable structure design, which can transform a large amount of wastewater and concentrated water produced by the industrial water treatment system for corresponding treatment and recycling to achieve the effect of water-saving, energy-saving, and environmental protection, with the advantages of simple structure, easy operation, and low cost.

Just send an email and our highly trained customer service staff is here to help!

The Ultimate FAQ Guide for Industrial Water Treatment Systems

I know you’re looking for reliable and efficient industrial water systems or you would like to learn more about industrial water treatment equipment. That’s why this guide will take you through basic and advanced concepts about industrial water treatment systems.

Let’s dive right in.

➣What Is An Industrial Water Treatment System?

This is a system that treats water, making it usable in different areas such as:

• Consumption
• Water recreation
• Manufacturing
• River flow maintenance
• Irrigation
• Disposal
• Industrial water supply

This means the industrial water treatment equipment will improve the quality of water making it appropriate for a certain end-use.

The process entails removing or lowering the concentration of contaminants, impurities, and other undesirable components.

Besides, there are different types of industrial water treatment systems that perform certain tasks and use various technologies.

➣What Are The Processes Involved In Industrial Water Treatment Equipments?

The two main processes that take place in industrial water treatment systems are boiler water treatment and cooling water treatment. Huge amounts of water treatment can cause reactions of solids and bacterial elements in the pipe works and the boiler housing. Besides, steam boilers can scale or corrode when you do not treat the water, and scale deposits cause the system to weaken and be dangerous.

Also, more fuel is vital for heating water of the same quantity due to an increase in thermal resistance. Poor quality and dirty water can increase the breeding of bacteria which can cause a risk to public health. Dissolved oxygen, acidity, and surplus alkalinity can cause corrosion in low-pressure boilers.

This is why it is important to eliminate dissolved oxygen so that pH and alkalinity levels are suitable.

Lack of effective water treatment causes corrosion, scaling, and fouling in cold water systems, thereby decreasing their efficiency and lifespan.

Boiler Water Treatment

This type of industrial water treatment machine focuses on eliminating or chemically modifying elements that may damage the boiler. Besides, you will use various types of treatments at different locations to minimize foaming, corrosion, and scaling. Internal treatment within the boilers will limit the chance of water dissolving the boiler. It also maintains the level of impurities in forms that will not cause issues before removing them from boilers within boiler blowdowns.

Cooling Water Treatment

This is a process that involves eliminating heat from components of the system and the industrial equipment. Water is better at transferring heat in situations where air cooling is not effective. Besides, water has high specific heat capabilities and evaporative cooling.

➣What Are The Technologies Involved In Industrial Water Treatment Systems?

Some of these technologies include the following:

Chemical Treatment Technology

This type of treatment technology is suitable for making industrial water good for usage or discharge.

Chemical treatment may entail the following:

1. Chemical precipitation
2. Ion exchange
3. Chemical disinfection
4. Advanced oxidation
5. Chemical neutralization
6. Chemical oxidation

Physical Treatment Technology

Filtration is a process that eliminates particles from water by passing them into sand layers. For instance, this may include a mechanical filter or a rapid gravity filter. Besides, dissolved air floatation will eliminate floating solids from the water. This happens by first dissolving air in water under high-pressure levels.

Next, you will release the air or water within a floatation tank at atmospheric pressure. The released air will form tiny bubbles that stick to the floating solids, hence, making them float to the surface.

Afterward, you will eliminate the floating solids by using a piece of skimming equipment or through an overflow.

Biological Treatment Technology

Slow sand filters will use biological water treatment processes to produce potable water by purifying raw water. They operate by utilizing complex biological films that will grow on the surface of sand naturally. This layer of gelatinous film known as the hypogeal layer sits a few milliliters on top of the sand layer. The biofilm surface will purify water when it flows within the layer while the underlying sand offers support for biological treatment layers.

More algae will form as the biofilm ages, which traps particles as water passes via the hypogeal layer. Protozoa, fungi, and bacteria will then metabolize the contaminants.

These filters lose their efficacy as the biofilm thickens which lowers the flow rate.

Physio-chemical Treatment Technology

This is also known as conventional treatment.

Here, you will use chemical flocculants to produce a floc in water which then traps the floating solids.

Also, you can add chemical polyelectrolytes to enhance the coagulation of the floating solids hence improving their removal.

➣Which Instruments Will You Use In Industrial Water Treatment Systems?

These instruments assist in maintaining the integrity of industrial water treatment systems.

They also ensure the safety of the industry and the cleanliness of the final product.

Some of these instruments include:

Level Instruments

These instruments will maintain liquids or gases at specific levels within the tanks, pipes, or silos in industrial water treatment equipment. Besides, it is hard to know the liquid or gas present in these treatment pipes since they are opaque. Therefore, system operators use level radar, transducers, and sensors to monitor the water levels. Also, you can connect radars, switches, and transducers to the alarms, controllers, or pumps. These instruments will assist in automatically adjusting the flow of gas and water depending on the incoming data. Continuous-level instruments offer consistent measurements. Point-level instruments will only relay information when water levels reach a preset level to prevent overflow.

Flow Instruments

These instruments operate by determining fluid gas levels and the rate of flow within an enclosed pipe system.

Flow instruments will measure the mass and volume at specific time intervals.

Operators use this information to monitor the mass and volume of flow to maintain the safe and functional operation of other treatment equipment.

Also, the data is useful in triggering flow switches, supply valves, and pumps.

Examples of flow instruments include:

1. Magnetic flowmeters
2. Pressure-based meters
3. Variable area meters
4. Thermal flowmeters
5. Mechanical flowmeters

Pressure Instruments

These include sensors, gauges, pressure transmitters, and transducers.

Also, you will install pressure instruments in pumps, pipes, and reservoirs of industrial water treatment systems.

Some pressure instruments measure the rate of flow, pressure, and fluid levels.

Pressure instruments assist in maintaining sage pressure levels which inhibit the system from failing.

The type of pressure instrument depends on the testing parameters, accuracy needed, and specific contaminants in water.

Water Quality Monitoring Instruments

These instruments are vital for use in industrial water treatment systems. Before recycling or releasing the water, it should conform to local and national cleanliness water quality standards.

Besides, you can use inline water quality monitoring instruments to continuously provide a reading at various points during the treatment process.

The type of meter you will use depends on the system you are using and the testing environment. For instance, reverse osmosis eliminates total dissolved solids [TDS] from water meaning the inline meter here will measure TDS.

Also, you can include manual water quality testing spots to increase accuracy and assurance.

Portable or benchtop meters can assist in conducting such manual readings.

➣Which Chemicals Are Used In Industrial Water Treatment Systems?

There are various types of chemicals you can use in industrial water treatment equipment.

Here are the different types of chemicals you can use:

• Algaecides.
• Antifoams.
• Biocides.
• Boiler water chemicals.
• Coagulants.
• Corrosion inhibitors.
• Disinfectants.
• Defoamers.
• Scale inhibitors.
• Resin cleaners.
• pH conditioners.
• Oxygen scavengers.
• Oxidants.
• Neutralizing agents.
• Flocculants.

➣What Equipment Does Industrial Water Treatment Equipments Use?

Here is a list of the common equipment that industrial water treatment systems utilize:

Ultrafiltration System

This is a pressure-driven system that makes use of membranes to eliminate the following:

1. Metal hydroxides.
2. Dispersed materials.
3. Emulsified oils.
4. Suspended solids.
5. Coolant.
6. Emulsions, etc.

Ultrafiltration will excel at clarifying solutions that have bacterial-suspended solids, oil, or macromolecules in high levels. The design of ultrafiltration systems minimize oily water volume to levels up to 98% without the need to use chemical additives.

Also, this system can eliminate small fines in operations entailing deburring and tumbling that can recycle and reuse water and soap solutions.

When you calculate heating and disposal costs, there is a reduction of up to 75% of costs relating to detergents and wash water.

Also, the waste disposal cost will reduce by as much as 90%.

These savings make ultrafiltration systems more popular than other conventional filtration methodologies.

Vacuum Evaporation And Distillation

Evaporation is a natural and clean process that many industrial water treatment processes recognize. This process is unique because it removes water from contaminants and not the other way around.

Besides, no technology can achieve a high recovery rate of water as vacuum evaporators.

These evaporators will increase the natural evaporation process that treats and distill huge amounts of industrial wastewater.

Also, they can attain a total residual concentration of solids levels exceeding 85%. The main vacuum evaporators include:

Heat Pumps

These are flexible and versatile evaporators that consume low amounts of energy while being reliable.

Mechanical Vapor Recompression

This process treats large amounts of wastewater with low boiling temperatures for lowering energy consumption.

Hot Water Or Cold Water

These evaporators lower operating costs by using the existing surplus hot water or steam and cooling water.

Reverse Osmosis

Reverse osmosis technology will eliminate dissolved solids and other impurities in water by applying a semipermeable membrane.

The membrane will allow water to pass through but inhibit the passage of dissolved solids and other types of contaminants.

For this process to occur, it needs greater-than-osmotic pressure and high-pressure water.

Water that passes through the membrane is known as the permeate and the dissolved solids that do not pass are known as the concentrate.

Besides, suitably designed reverse osmosis can eliminate up to 99.5% of the impurities.

For surface treatment, metalworking, and industrial applications, reverse osmosis is the final process after ultrafiltration or chemical treatment.

Paper Bed Filters

These filters will operate through gravity and use disposable paper media or permanent filter media.

The media produces positive barriers that eliminate solids from free-flowing industrial liquids.

Paper bed filters enhance surface finish quality and increase coolant and tool life by up to 27%.

These systems can come with or without magnetic separation and can contain liquid flow rates of up to 130 GPM [gallons per minute].

The drum-type model occupies one-third the space that a paper bed filter occupies, and can process up to 500 gallons per minute.

Besides, paper bed filters are suitable for usages involving low-to-medium-stock elimination of the following:

1. Ferrous metals
2. Nonferrous metals
3. Organic contaminants
4. Inorganic contaminants

Solid Bowl Centrifuges

These systems use centrifugal force to separate the solid material from the liquid.

Here, you can pump or gravity-feed the process liquid to the inlet of the centrifuge.

The process liquid separates from the liquid and you can collect them within a liner, which is a removable rotor.

Solid bowl centrifuges offer high-performance separation of liquid and solids of all particle types.

Also, they are available with either a manual or a fully automatic self-cleaning system.

Tramp Oil Separator

In this industrial water treatment system, the contaminated fluid will go through baffles and porous media beds.

During the process, free-floating and mechanically dispersed oils will separate from the fluid.

The clarified fluid will flow to effluent discharge weirs and then back to the reservoir for recycling.

Other waste materials such as collected oils move to the top of the separators before automatically discharging them to receptacles.

Separators use a combination of gravity flow and coalescence to lower tramp oils to sub-one percent.

Tramp oil separators can perform the following as well:

1. Achieve return on investment [ROI] within 6 months
2. Lower costs relating to heating, wash water detergents, and disposal
3. Reduce the volume of hazardous waste by up to 90%
4. Lower the cost of new fluid purchase by 75%

Vacuum Filters

These filtration systems can minimize downtime since they can operate continuously.

They are also maintenance-free and offer high-sludge-volume removal at a low production cost.

Disposable vacuum filters use vacuum chambers to contain dirty coolant via disposable filter media.

Also, they can achieve up to 2000 gallons per minute in flow rate.

The semi-permanent versions can lower operation costs by removing the need to use disposable media.

Also, you can backflush the system with clean coolant to keep it clean without needing to use large amounts of air.

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➣What Is The Objective Of Industrial Water Treatment Systems?

The objective of industrial water treatment systems is to:

• Prevent scaling
• Prevent corrosion
• Prevent biological growth
• Conform to water disposal standards

The industry’s infrastructure and equipment will fail if you do not eliminate harmful salts and corrosive gases.

Failure of the system can happen when industrial water treatment systems are not balanced and the main parts are corroding.

This causes important operations like steam production to shut down since scaling or corrosion will affect the efficiency of the boiler tubes.

Industrial water treatment systems use several processes in either parallel or series configurations to conform to specific water quality standards.

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➣What Is The Significance Of Ion Exchange In Industrial Water Treatment Systems?

Ion exchange treatment is vital for protecting the main parts such as cooling towers and boiler feed units in industrial water treatment systems.

This means it would be impossible to produce steam reliably and cost-effectively without ion exchange systems.

Ion represents charge molecules and when you dissolve ionic elements in water, the molecules will change into cations.

Cations are molecules with a positive charge while anions are molecules with a negative charge.

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➣How Do Membrane Filtration And Dearation Compare In Industrial Water Treatment Equipments?

Here is how these two compare:

Membrane Filtration

This is also known as reverse osmosis. Here, you will force water via a semipermeable membrane to eliminate ions, molecules, and large particles.

The membrane is within a tube and you apply pressure to overcome the osmotic pressure of water.

A high-pressure pump generates the pressure and the pressure varies depending on:

1. Type of membrane
2. Quality of final water needed
3. Nature of the raw water

Deaeration

This is a process whereby you introduce water and steam in a deaerator-packed column tower to cause degasification. Steam will heat water close to saturation point and maintain a low-pressure vent. This happens as you spray water inside a vertical-packed deaerator tower unit. Also, you will introduce steam at the lower end of the tower thereby impacting the falling water. Heated steam from boiler feed water units will increase the water temperature to saturation point. This causes the dissolved gases to separate from the water. Deaerators mostly eliminate oxygen but can also eliminate carbon dioxide gas.

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➣What Are Degasification And Decarbonation Towers In Industrial Water Treatment Systems?

These are vertical towers that use distribution units and media beds.

The media beds can be PVC or random-packed which get support from a false bottom.

Decarbonization and degasification towers use blowers to form cross-current airflow inside the tower when it contacts the inlet feed water.

Water enters from the top of the tower and falls downwards due to gravity.

Concurrently, the cross-current airflow moves upwards and gets exhausted at the upper part of the tower.

Besides, the design of decarbonates and degasifiers can be induced-draft or forced-draft.

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➣What Are The Types Of Industrial Water Treatment Machines?

These include:

Raw Industrial Water Treatment System

Raw water refers to any untreated water that exists naturally in the surrounding environment.

This includes lakes, rainwater, rivers, groundwater, wells, etc.

In an industrial setting, you may use raw water to cool, rinse, and formulate products, or for human consumption after purification.

Raw industrial water treatment systems pretreat and optimize sources of water to enhance production and process performance.

The purpose of treating raw water is to protect downstream equipment from corrosion, fouling, scaling, or other types of damage.

This usually happens when contaminants are available in the water source.

Raw industrial water treatment systems eliminate colloidal solids, silica, bacteria, iron, and hardness.

Boiler Feed Industrial Water Treatment System

These systems will protect the parts of boiler units and piping from various damages due to contaminants available in boilers or makeup feeds.

The contaminants entail dissolved and suspended solids, and organic materials like silica, aluminum, copper, etc.

Boiler feeds will scale, corrode, and foul when you fail to properly treat the water.

The effect of this is downtime, more fuel consumption, high maintenance fees, and the failure of the boiler.

Cooling Tower Industrial Water Treatment System

These systems protect parts of the cooling tower from various damages due to the contaminants available in feed, circulation, or blowdown water.

The types of contaminants here include biological materials, total dissolved solids, chlorides, iron, etc.

Using untreated water causes scaling, biological growth, corrosion, and fouling.

Wastewater Industrial Water Treatment System

These systems will change the used streams to an effluent that you can reuse or discharge safely to the surrounding environment.

Wastewater industrial water treatment equipment assists in eliminating harm to the:

1. Environment
2. Facility equipment
3. Human health
4. Products or processes

Also, it helps the industry avoid heavy fines or legal action due to improperly discharging wastewater.

The complexity of this system depends on regulations pertaining to your industry and the nature of the wastewater.

This system will treat for:

1. Nitrates.
2. Synthetic chemicals.
3. Pathogens.
4. TSS.
5. Biochemical oxygen demand [BOD].
6. TDS.
7. Phosphates.
8. Metals.

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➣How Does Raw Industrial Water Treatment System Operate?

Raw industrial water treatment machine varies from one installation to another.

The following steps highlight how they work:

Intake

Raw water enters the system via gravity or through pumps.

The water passes through metal gates or mesh screens to inhibit large materials from reaching the system.

Clarification

The water proceeds for clarification, a multistep process that eliminates suspended solids from the solution.

This process starts with coagulation, in which chemicals and pH alterations cause the particles to clump together.

The next process is flocculation entailing physical agitation to promote the formation of large particles.

After that, the sedimentation step encourages the stream to flow to gravity settlers which allow solid particles to settle at the bottom.

The stream undergoes filtration via gravity sand filters to hold smaller particles that failed to settle.

Disinfection

This process eliminates pathogens if biological contamination or water potability is important.

Disinfection entails applying the following:

1. Chemical disinfectants such as chlorine
2. Physical disinfectants such as heat or ultraviolet
3. Membrane filtration

Lime Softening

This step happens if you need to minimize the hardness in the streams by using sulfate or high mineral content.

The process involves applying lime soda or lime to increase the pH value of the stream.

This process encourages the mineral components to precipitate from the solution.

Ion Exchange [IX]

There are instances where raw industrial water treatment systems have ion exchange units to remove hardness.

It may also perform other special treatment requirements.

Here, you will direct the stream through strong acid cation resins that have a sodium charge.

As water flows, the resin will capture the magnesium ion or the hardness-causing calcium.

Concurrently, it will release sodium ions inside the stream.

Distribution

After treatment, you will pump or route water to other places within the facility.

Membrane Filtration

Nanofiltration, ultrafiltration, and microfiltration are becoming popular and affordable.

This effect makes them a replacement for conventional technologies like lime softening and clarification.

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➣How Does Boiler Feed Industrial Water Treatment System Operate?

The process involves the following:

Makeup Water Intake

Using boilers loses water due to steam consumption, leakages, and loss of the condensate return.

Therefore, you need to replace this water with makeup water from raw or treated water systems.

Filtration

The stream passes through several filtration systems to eliminate organic matter, turbidity, and sediments.

Membrane filtration is cost-effective at preventing high maintenance and fouling when you use it for pretreatment after IX.

Softening

IX eliminates hardness from the boiler feed water and other contaminants such as nitrates and sulfates.

This happens since it uses a softening resin, which is a strong acid cation resin, to capture hardness ions.

De-alkalization

Alkalinity causes carryover, corrosion, and foaming within boilers and piping.

It is therefore important to treat boiler feeds with a strong anion IX or a weak acid IX.

Afterward, you will conduct degasification to remove bicarbonates, nitrate ions, sulfates, and lower pH values.

Reverse Osmosis And Nanofiltration

This process can eliminate organics, bacteria, hardness, silica, and salts.

RO and NF apply membrane filtration to hold contaminants that cannot pass the pores.

Primary Ion Exchange

Deionizers are used for large amounts of water and high-pressure boilers.

IX generates water of high quality, yield, and resistivity.

Deaeration

This process entails removing dissolved carbon dioxide and oxygen from the stream, which inhibits corrosion.

Polishing

This step entails mixed bed deionization, offsite regenerable DI, and electro-deionization.

Distribution

Boiler feedwater moves to boilers where it heats to form steam.

Also, you can combine the condensate with treated makeup water, and the cycle starts again.

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➣How Does Cooling Tower Industrial Water Treatment System Operate?

This entails the following:

Makeup Water Intake

This is water that you add after some of it is lost via evaporation, leakages, or drainage.

It may be treated or raw.

Filtration

The water passes via filtration units to eliminate sediments, organic material, and turbidity.

Softening

This process will improve how efficient the cooling tower becomes since the contaminants can cause scaling and rust.

Chemical Addition

This entails applying corrosion inhibitors that will neutralize the acidity in the stream.

Also, you can add biocides or algaecides to minimize biological materials from growing.

Adding scale inhibitors prevent the contaminants from forming scales in the system.

Side-stream Filtration

This process eliminates problematic impurities that enter the system through leakages or drift contamination.

This is useful since several cooling towers recycle water after usage.

Post-treatment

This process may involve treating blowdown water through IX or RO before reusing it.

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➣How Does Wastewater Industrial Water Treatment Machine Operate?

The steps involve the following:

Clarification

This process precipitates silica, metals, and suspended solids.

Depending on the nature of the wastewater, this process entails:

1. Adding chemicals
2. Coagulation
3. Flocculation
4. Sedimentation
5. Filtration.

Disinfection

Pathogens in wastewater can cause health issues such as severe digestive problems, etc.

This makes disinfection vital to prevent the spread of diseases and illnesses.

Softening

Here, you will add lime to lower mineral content in streams containing high hardness or sulfates.

Lime will increase pH levels causing mineral components to precipitate out.

Special Processes

This entails meeting wastewater treatment requirements since they vary from one industry to another.

Distribution

This involves rerouting water for reuse in the industry or complying with regulations before discharging it to the environment.

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➣Can You Test Water Quality In Industrial Water Treatment Systems?

Yes, you can use the following tests:

Temperature Test

This test determines the speed of biochemical reactions within aquatic environments.

High temperatures limit the ability of water to hold oxygen, hence decreasing the resistance of organisms to certain pollutants.

PH Test

This will test the acidity of water as most organic organisms survive between a pH range of 6 and 8.

Chloride Test

Fresh and salty water contain chloride and high levels of chloride can come from industrial pollution and dissolution of minerals.

Salinity Test

It measures all dissolved non-carbonated salts in water.

Turbidity Test

This test measures how clear the water is after treatment.

Dissolved Oxygen Test

It measures the amount of dissolved oxygen in the water.

Pesticides

It entails measuring the presence and concentration of pesticides.

Redox

This measures the reduction-oxidization potential of water, indicating electron activities.

Electrical Conductivity

This test will estimate the total dissolved solids in water.

Nitrate And Phosphate

The presence of these nutrients will indicate a strong plant life.

However, artificial nitrates and phosphates cause eutrophication, leading to algal bloom.

Metals

This entails testing to see if there are metals present that are not normally available in the water.

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➣What Are Some Conventional Industrial Water Treatment Systems?

These include:

Coagulation

This process entails adding salts from aluminum or iron to the water.

They have a positive charge hence neutralizing negative charge particles, thus forming particles.

The particles then settle at the bottom of the system.

Filtration

This process entails forcing water to move through a porous media to eliminate contaminants.

The pores have various sizes that filter out contaminants and allow water to pass through.

A filtration system may contain sand, charcoal, and gravel.

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➣What Factors Should You Consider When Implementing An Industrial Water Treatment System?

The factors to consider include:

Raw Water Source

When you use untreated water from oceans, lakes, rivers, etc., it is vital to treat it before usage.

Reasons for treating raw water include:

1. Removing colors or off-tastes that may compromise the quality of the final product
2. Optimize or protect downstream industrial water treatment machines
3. Eliminate pathogens and biological elements that cause health hazards and downstream fouling

Boilers

Using boiler systems means you will subject the water to high pressure and heat conditions.

This may hasten the damaging effect of some contaminants.

Reasons for needing boiler water treatment units include:

1. The need to increase boiler service life
2. You need to lower maintenance costs or save energy
3. You use high-pressure boiler systems

Cooling Towers

These towers use several streams such as blowdown, circulation, or feed water.

Reasons for needing cooling tower treatment units include:

1. An extremely alkaline or acidic feed
2. You need to lower the concentration of TDS [total dissolved solids]
3. The need to lower discharge or cut expenses
4. You want to eliminate microbiological contaminants

Wastewater Production

Most industries have wastewater as a by-product of their production.

Reasons for needing wastewater treatment systems include:

1. The wastewater has toxic materials and pollutants.
2. The need to comply with regulatory bodies in terms of discharge.
3. You want to conduct other processes by recycling the wastewater.

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➣How Do You Select The Best Industrial Water Treatment Systems?

There are different factors to consider since we have various types of industrial water treatment systems.

We will look at factors to consider depending on the type of industrial water treatment equipment:

Raw Industrial Water Treatment System

These factors include:

Water Quality

Here, you will consider the quality of the source water and the allowable quality level suitable for your application.

Plant Lifespan

If you plan to use the system for several years, select rugged material constructions.

Test Study Outcome

The test will help you determine the raw industrial water treatment machine suitable for your application.

Boiler Feed Industrial Water Treatment System

The factors to consider include:

Boiler Specifications

Try to use manufacturer specifications to understand the quality level your boiler requires.

Feed Water Quality

The treatment you will use depends on the available contaminants and contaminant tolerance of the boiler model.

Cooling Tower Industrial Water Treatment System

The factors include:

Cooling Tower Specifications

This determines the technology you will use in your application.

Feed Water Traits

This entails protecting the tower from scaling, clogging, or corrosion by checking pH, TDS, and hardness levels.

Regulatory Needs

Ensure you confirm the necessary discharge and safety guidelines.

Wastewater Industrial Water Treatment System

Here, you will consider the following:

Wastewater Characteristics

Understanding the composition of wastewater allows you to know what technologies you need.

Large amounts of contaminants require special treatment formulas.

Regulatory Needs

This allows you to comply with the local and national discharge guidelines and enables you to scale as regulations change.

Treatability Study

This study allows you to understand the character of the wastewater, and the strategies for meeting these objectives.

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➣What Are The Components Of Industrial Water Treatment Equipments?

These include:

• Clarifiers that eliminate suspended solids
• Lime softeners that minimize TDS in waste and feed water
• Oil or water separators that eliminate oils
• Particle filtration removes large particles and suspended solids
• Membrane filtration eliminates dissolved particles, ionic materials, and biological elements
• Nanofiltration or reverse osmosis that purify water
• Filter presses that dewater sludge
• Control panels that enhance the operation of the system
• IX columns that soften or selectively eliminate ionic materials
• Reactors and chemical additives that adjust pH and metal precipitation
• Peripherals that include parts such as valves, pumps, skids, piping, and tanks

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➣What Factors Determine The Price Of Industrial Water Treatment Systems?

Several factors will influence the cost of industrial water treatment machines.

These include the following:

• Flow rates.
• Water quality.
• Target purity.
• Construction materials.
• Up-front planning.
• Space requirements.
• Installation fees.
• Turnkey and prepackaged units.
• Level of automation.
• Operation costs.
• Shipping costs.
• Regulatory costs.
• Waste disposal costs.

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For any questions or inquiries about industrial water treatment systems, contact us now.

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