We design our filters using the correct pressure tanks, automatic or manually operated valves, filter media choice and operating conditions, our industrial water filtration solutions meet most water filtration requirements. The equipment operates in a manual using manual valves, semi- or fully-automatic using fully automated PLC or controller, and requires requiring very limited technical knowledge. Backwash initiation can be through a timer, external signal from a central control system or using a differential pressure switch. 

In addition to the conventional media filters, Pure Aqua has a wide range of Stainless Steel Cartridge Filter Housings. The SSC series is engineered and manufactured to handle harsh applications. We can offer different cartridge elements to meet your specifications.

Questions and Answers
What do commercial water filters remove?

Commercial water filters are filtration systems designed with microscopic holes that are tiny enough to prevent unwanted substances such as chemicals, minerals, sediments, particles, metals, and other impurities from going through along with the water. Commercial water treatment technology are a prerequisite for any industry that requires fresh, purified water on a consistent basis. As the manufacturing and design of commercial water filters continue to develop, the features and long-term usability of these systems for commercial applications also expand.

Since most water sources do not only contain simple H20, but a myriad of other substances which can be harmful to human health when exposed, there needs to be a filtration method to provide a solution for this problem. The amount of chemicals, metals, and total dissolved solids (TDS) lurking in specific water sources depends on many natural circumstances. Some regions/areas tend to contain higher degrees of salt and mineral levels compared to others.

How do you maintain your commercial water filters?

Consistent maintenance is required for your commercial water filters in order to ensure long-term use at ideal effective rates. The first step to maintaining your filter is to occasionally clean the inlet mesh screen to avid clogging and flow restrictions. The inlet filter is responsible for trapping large particles, debris, and sediments from entering the pump, including closing off the system for the purposes of averting leaks. Periodic replacements of your commercial water filters will be vital to its success in consistent filtration of suspended solids and sediments from the product water. 

What types of water filters are available commercially?

Water filtration systems are classified into commercial water filters and industrial water filters. Both have their own unique features that are useful in different applications. These factors include:

Commercial water filters are structurally small and are energy-efficient due to needed very minimal amounts of power in order to operate. These filters fit perfectly in applications within commercial buildings such as restaurants, hotels, retail and office buildings, etc. The maintenance cost of these smaller commercial water filters is less than the expense that comes with industrial water filters.

Industrial water filters are larger filtration units that are designed to remove higher degrees of contaminants from water sources. Refineries, power plants, military, and other industries require the provision of these filters to produce greater quantities of purified water for use in complex industrial applications.

What are industrial water filters?

Industrial water filters are utilized to eradicate impurities from water in industrial applications. The pores in these water filters are small enough to allow water to seep through, but not suspended solids that contaminates the water. There are a variety of industrial water filters that are built for different usage, and can be used for different applications such as water pre-treatment for reverse osmosis systems, nanofiltration, ultraviolet sterilizers, ion exchange and ultrafiltration systems.

How industrial water filters work?

Industrial water filters work by removing particles from water or wastewater streams. While many kinds of industrial water filters can be used to remove suspended solids, only one of these filters is needed to produce filtered water. However, there are many instances where only a certain number and type of industrial water filter is suitable. Here are some aspects to consider when determining the right type of filter to use:

• The volume of impurities in the water
• Whether water needs continuous filtering or intermittent
• The scope of particle sizes
• The number of suspended solids in the water
• The number of suspended solids wanted after filtration
• The size of the particles sought in the water after filtration

How to choose the right industrial water filter?

Choosing the right high pure water filter depends on a variety of factors which must be considered in order to attain sufficient results. Such factors include, the maximum flow rate required, the average flow rate of the water, the nature of the suspended matter, the required quality of purified water, and the availability of an adequate supply of water for backwashing the filter are all basic parameters to be kept in mind.

Are industrial water filtration systems necessary?

Yes, industrial water filtration systems are an essential component in any industry that requires the utilization of fresh, clean water. Industries such as food & beverages, hospitals, power plants, and pharmaceuticals, can not afford to be left with only sub-par quality water due to the effects it will have on equipment and products. Serving customers beverages that were produced with low-quality water will be impossible to conceal and will harm the reputation of the business. Industrial water filtration systems are a guaranteed solution to providing water that has the necessary value in terms of safety, taste, and sanitation, all of which are expected by consumers.  

The process of industrial water filtration systems is effective in removing a myriad of contaminants that harm the quality of water, such as lead, heavy metals, particles, bacteria, viruses, chlorine, and its byproducts. This filtration helps in avoiding unwanted diseases or other health risks from occurring when the polluted water is exposed to humans by way of consumption or through other means. As aforementioned, most equipment performance can result from the quality of water they require to use to operate, which has a direct consequence on the productiveness and output of the industrial plants. 

For the reasons mentioned above, industrial water filtration systems are increasing in usage throughout industrial companies for their efficiency in saving time, energy, and costs. The need for maintaining or replacing under performing equipment, and the loss of business due to bad tasting food and beverages, including other unwanted effects can all be prevented with the utilization of industrial water filtration systems.