Well Water Treatment Equipment from NEWater

Generally speaking, the water used in rural residences is underground well water, which contains more sediment and heavy metals, is yellowish, has a bad odor, and tends to cause scaling of appliances. Therefore, well water needs to be purified into potable water for human consumption to ensure the health of the human body that consumes it.

NEWater’s well water treatment system takes this part of the need into account by using a multi-step water purification method that includes front-end pretreatment, ultrafiltration, ion exchange, deionization, reverse osmosis, electrodeionization, and ultraviolet radiation to ensure that the output of the water will be resisted to high quality.
The use of activated carbon and quartzite pretreatment can provide the next stage of removing odor, taste, and filtering sediment after the water. The filtered water is softened to effectively remove calcium and magnesium plasma to stop scale and lime buildup on other equipment.
And after RO purification treatment, it will further help eradicate various contaminants including iron, lead, arsenic, nitrates, fluoride, bacteria, chemicals, chlorine, etc. You will have purified, odorless, and colorless drinkable water. Electrodeionization, UV radiation equipment is an option.

With the steps of electro deionization and UV sterilization, you can get purer ultra-pure water. We can customize it to meet your product water quality standards. If you are looking for a well water treatment plant, call NEWater today!

The Ultimate FAQ Guide for Well Water Treatment Equipment.

Regions with constrained surface water primarily exploit groundwater reservoirs to source water for industries, homes, agriculture, and commercial enterprises. Due to contamination from surrounding rocks and soils, the applications of natural well water may be somehow constrained.

To diversify its applications, well water treatment systems are often employed. The recent proliferation in well water usage can be partly attributed to the availability of efficient and economical well water treatment equipment. The underlying article elaborates on well water treatment, the required equipment, and their specialization.

➣What is a Well Water Treatment Equipment?

A well water treatment equipment is a specialized machine used to eradicate undesirable impurities from groundwater. At present, there are millions of households, industries, and commercial enterprises sourcing potable water for daily usage from private, communal, or municipal wells. Without well water treatment systems, this scale of well water usage would be impossible.

In the latter years, manufacturers have come up with distinct well water treatment equipment. The available units can be deployed selectively to isolate and eliminate certain impurities. Hybrid well water treatment systems, which guarantee comprehensive removal of contaminants are also available.

Additionally, there are numerous water treatment technologies for well water treatment equipment to exploit. Globally, membrane filtration, ion exchange, media filtration, distillation, and chemical dosing are some of the most coveted well water treatment technologies.

➣Which Processes Are Utilized in Well Water Treatment Equipment?

Presently, well water treatment can be accomplished using a number of distinct technologies. Most of these technologies are tailored to remove specified constituents hence multiple processes are incorporated into well water treatment systems for comprehensive purification. Below are the outstanding processes being utilized globally to convert groundwater into high-grade product water or purified water.

● Water softening.

Water softening is a process that eliminates ionic constituents, specifically calcium and magnesium by swapping them for sodium (Na+) or potassium (K+) ions. Simply put, water softening is a mechanism used to eradicate water hardness. Primarily, strong acid ion exchange resins with sodium or potassium ions are exploited to attract, displace and substitute the hardness ions. Beneath is a video explaining how water softening works.

● Media filtration.

Groundwater typically harbors soil particles, debris, and other suspended solids. These high molecular weight elements are customarily eradicated using media filtration processes. Multimedia filtration or pressure sand filtration filters out suspended solids using partially porous media layers e.g. anthracite, gravel, garnet, or sand.

Organic chemicals, Volatile Organic Compounds (VOCs), and THMs like pesticides are eliminated using activated carbon filtration. This filtration process employs chemical adsorption and makes the well water pretty palatable by eradicating the organic chemicals.

● Reverse osmosis.

Reverse osmosis is technically inversed osmosis. Whereas the conventional osmosis process sees water flow from lowly concentrated streams to highly concentrated streams, in reverse osmosis, the osmotic flow is reversed. This is attained by applying pressure on the inlet water to overwhelm the osmotic pressure.

The inlet water passes through porous membranes where selective alienation sees objectionable pollutants like dissolved solids separated from pure water. At the end of a reverse osmosis process, you have the permeate stream and the concentrate stream alienated by the RO membranes.

➣Which Types of Well Water Treatment Equipment Do You Manufacture?

NEWater has in the past couple of years thrived in manufacturing and supplying well water treatment equipment for distinct applications. Through research and sustained customer engagement, we have managed to develop numerous systems that suit different compositions of seawater and applications. Underneath, we briefly elaborate on our diverse categories of well water treatment systems.

● Reverse osmosis systems for well water.

Reverse osmosis systems for well water are popularly utilized in well water treatment in homes, municipalities, and industries. Although they are more suited to desalinating brackish groundwater, they are often utilized to filter out other dissolved solids, microorganisms, minerals, and organic chemicals from well water. In most cases, reverse osmosis well water treatment systems constitute a pretreatment system made of water softeners to mitigate scaling.

● Water softener systems.

The most utilized water softener systems in well water treatment are ion exchange systems. Ion exchange water softeners typically get rid of hardness minerals by substituting them with non-pollutant ions. They are primarily composed of strong acid cation resins, which release the sodium (Na+) ions that displace the calcium (Ca2+) and magnesium (Mg2+) ions. Additionally, well water softeners can be used to pretreat well water for reverse osmosis or water deionization.

● UV water sterilizers.

UV water sterilizers are custom-made to tackle microbial contamination in water. The primary component in UV water sterilizers is a UV lamp, which emits germicidal rays that kill microbes like bacteria, fungi, and viruses. These systems are most effective when used to treat well water devoid of suspended solids and turbidity. As such, they are commonly utilized as post-treatment equipment. Other well water treatment equipment includes:

• Chemical dosing systems.
• Media filters.
• Water deionizer systems.
• Ultrafiltration and nanofiltration systems.

➣How Much Does Well Water Treatment Cost?

Groundwater treatment began ages ago but recent advancements in treatment technologies and equipment have significantly popularized it. Moreover, these innovations have fundamentally shrunk the cost of well water treatment. Well water treatment equipment is presently cheaper and considerably affordable. However, the pricing of these systems takes note of essential parameters such as treatment mechanisms, equipment size, design, and output.

Even after procuring the ideal well water treatment equipment, you will incur numerous production costs. These include power bills, wages and salary, repairs and maintenance, pretreatment, and installation. These costs are greatly influenced by the quality of your well water, the output and size of your equipment, your location, and the treatment processes employed.

The comparatively lower concentration of contaminants in groundwater means that the cost of treating well water is relatively lower than seawater desalination. Treating a thousand gallons of well water using reverse osmosis for instance ranges from $1.09 to $2.49. This breaks down to $0.29 to $0.66/ m3.

➣Why Do I Need Well Water Treatment Equipment?

Primarily, you need a well water treatment system to elevate the quality of your groundwater and turn it into usable product water. A well water treatment system will remove hardness minerals from your water thereby precluding the formation of scales on your pipes, valuable appliances, and other metallic surfaces. In the long term, it will save you from spending huge chunks of money on repairs or replacements.

By eradicating water hardness, well water treatment systems make your cleaning experience affordable and quite enjoyable. The generated water is soap-efficient and quite friendly to your skin. Additionally, they eliminate volatile metals, such as iron, which are detrimental to the human body when consumed.

A well water treatment system will provide you with fresh drinking water devoid of illness-causing microorganisms. It can also provide you with sufficient and quality water for irrigation. To enjoy the above-mentioned benefits, procure premium-quality well water treatment systems from NEWater today.

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➣How Do You Remove Water Hardness Using Well Water Treatment Equipment?

Water hardness measures the quantity of dissolved magnesium and calcium in water. Well water generally exhibits varying grades of water hardness ranging from 0-60 mg/L for soft water, 61-120 mg/L for slightly hard water, 121-180 mg/L for hard water, and >180 mg/L for extremely hard water. Well water hardness is primarily drawn from the surrounding soils and rocks and can be removed using water-softener systems.

Principally, ion exchange water treatment systems are utilized to eradicate hardness in well water. To be precise, cation ion exchange filters are used to treat water hardness. The strong cation resin is regenerated using strong acidic solutions, which provide the required sodium (Na+) or potassium (K+) ions. As the well water penetrates through the exchange resin beads, the hardness ions are attracted to the anionic exchange sites, which characteristically have a high affinity.

The resin beads consequently release sodium ions, which replace the hardness ions in water. The continuous softening of hard water leaves the IX resins exhausted due to the accumulation of unwanted elements. This is resolved by regenerating the ion exchanger water softener resins.

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➣Should I Test My Well Water Before Buying a Well Water Treatment Equipment?

Before purchasing a well water treatment system, it is imperative that you first test samples of your well water. Testing samples of your well water will help you determine its primary composition and concentration. Using this information, you can select a well water treatment technology and equipment that is most compatible with your operation.

Typical water tests are done by most laboratories and they look at attributes such as total dissolved solids, water hardness, acidity, temperature, total suspended solids, and conductivity. At NEWater, we provide water testing and analysis services. This helps us manufacture well water treatment systems customized to perform optimally in exclusive situations.

We understand that some of our customers may be impeded from accessing this service due to geographical constraints. We make up for this by providing free technical consultations to our multinational clientele.

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➣Which Pretreatment Systems Are Used with Well Water Treatment Equipment?

Well water treatment is customarily accomplished in several stages; pretreatment, primary treatment, and post-treatment. Pretreatment is imperative in groundwater treatment given that groundwater often harbors suspended solids, corrosive chemicals, and minerals. Beneath, we discuss numerous pretreatment systems deployed in groundwater pretreatment.

● Water softener systems.

Water softeners are almost mandatory in well water treatment. They essentially eradicate dissolved magnesium and calcium thereby averting the formation of scales on the primary treatment equipment and pipes. The most utilized water softeners are cation exchange filters.

● Media filters.

Ordinarily, there are two types of media filters employed to pretreat well water. Sediment filters, which basically remove dust and soil particles, suspended matter and turbidity, and carbon filters, which eliminate over 30 distinct types of chemicals. Multimedia filters and conventional sand filters are the most prominent sediment filters.

● Chemical dosing systems.

Chemical dosing systems are often utilized to eliminate distinct chemical pollutants thereby mitigating the corrosion or scaling of essential components. For instance, chlorination is exploited to destroy illness-causing microbes such as viruses, fungi, and bacteria while antiscalants are used to avert scaling.

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➣Which pollutants Are Removed by Well Water Treatment Equipment?

A comprehensive well water treatment equipment i.e. one with a pretreatment unit, primary treatment system, and a post-treatment device eliminates virtually all objectionable contaminants. Turbidity and suspended solids are customarily eliminated during pretreatment by the media filters.

Water hardness minerals, which are essentially calcium and magnesium are eliminated by water softener systems, which can be deployed in pretreatment or primary treatment. Reverse osmosis systems get rid of dissolved solids, minerals, viruses and bacteria, organic chemicals, and metals.

Constituents such as iron and radon are eradicated using water deionizers. To thoroughly purify groundwater, post-treatment systems are called upon. UV water sterilizers effectively inactivate or kill pathogenic microorganisms while activated carbon filters eradicate bad odors and tastes.

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➣How Do You Maintain Well Water Treatment Equipment?

Well water treatment systems are like cars, they necessitate periodic maintenance to function at optimal levels. We have previously looked at the varying types of well water treatment systems in use and each system has its unique maintenance practices and routines. Reverse osmosis systems for well water necessitate frequent cleaning, which is ordinarily accomplished using membrane cleaning systems. They also necessitate periodic repairs and replacements. For instance, you might have to replace the RO membranes after every three years.

Ion exchange water softeners are bound to become overwhelmed by pollutants over time. To restore their optimal performance levels, frequent regeneration is carried out.  The regeneration process entails backwashing to flush out the impurities, regenerants injection, slow rinsing, and fast rinsing. Here is how you regenerate an IX water softener.

Media filters are pretty easy to maintain and they only necessitate cleansing, which is attained through backwashing. The media layer also necessitates replacement after continued use over extended timelines. Generally, well water treatment systems are low-maintenance equipment with unsophisticated maintenance practices. More details on your system’s maintenance practices and routines will be provided in the user manual.

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