Using industrial filters in your facility can significantly reduce the risk of health problems, including allergies and respiratory problems. But it can also be a costly and time-consuming endeavor. So how do you find the best industrial filter for your facility?
Backwashing
Depending on the model, backwashing is a process that involves pumping water backward through a filter medium. This can improve the overall efficiency of a filtration system and save money in the long run.
The backwashing process’s quality depends on the filter’s size, filtration media type, and filtered fluid. If the water flow through the filter is too fast, the filtration process will not be as effective.
Typical filtration media include sand, garnet, and carbon. Other types of media may be used depending on the fluid being filtered.
For the best backwashing process, the medium flowing through the filter must be larger than the size of the contaminants. The resulting mesh size of the media will determine how efficient the filtration process is.
Y-Type Strainers
Y-type industrial filters are ideal for a variety of applications. They have a compact design compatible with horizontal and vertical piping systems. They are also designed for heavy-duty construction and can withstand high pressures. They are available in a variety of different sizes and pressure ratings. They are used in air, gas, and steam applications. They can be welded, threaded, or flanged. They are also available in a variety of styles and designs.
Y-type filters consist of a central pipe with a mesh straining element. They also have a flange cover that can be removed for cleaning. A blow-off valve can be opened to clear the screen if a filter is damaged.
Horizontal & Radial Filters
Several types of industrial process filters Virginia can be classified according to the primary capture method. These include surface filters, disc filters, HEPA filters, and radial filters. These filters have distinct advantages and disadvantages.
The size and width of the filter bed classify horizontal and radial filters. Flat filters are usually constructed vertically, although they can be split into several sections. They are suited for applications that handle flammable materials and toxic materials. These filters require a complex set of valves and automation features to operate.
Horizontal and radial filters have an increasing filter bed width. This allows for larger filter areas in a small floor space. They are usually used in applications that do not have stringent water quality requirements.
Multimedia Filters
Multimedia filters are designed to remove turbidity and visible particles from water streams. They can be used for the front-end treatment of drinking, process, and river water. Choosing the best type of industrial multimedia filter for your application depends on the method you are handling.
Unlike sand filters, multimedia filters use layers of filtration media to trap suspended solids in the water. These layers are progressively sized to trap smaller particles in the filter bed.
A typical multimedia filter consists of three layers of filtration media. The first layer is made of anthracite, a light filtration media. The second layer is made of sand, which is an intermediate-size media. The third layer comprises plastic pillows, which are medium-density filtration media.
Tramp Oil Skimmers
Installing an oil skimmer can save you time, money, and trouble. It is a convenient way to keep your coolant free of Tramp Oil. Tramp Oil is a hydrocarbon-based substance that feeds anaerobic bacteria. They rapidly break down coolant and produce a foul odor.
Tramp oil skimmers are usually submerged below the level of coolant. They typically consist of a slow-moving disk or threaded skimmer. Oil is collected from the rotating device and transferred to a collection container.
Oil skimmers are designed to work on sumps that are accessible and have adequate space. However, they are not suitable for high-temperature situations.
A good oil skimmer can collect up to 90% of oil. It can also be used for a wide range of reservoir sizes.
Common Filtration Mistakes
Taking care of your filtration equipment is necessary to ensure your facility’s efficiency. Without it, your output could suffer, and your system will need more energy.
The best way to do this is to take the time to learn about the common filtration mistakes that can lead to system failure. This will help you avoid making them yourself.
A pre-filter is an excellent way to improve water quality by removing larger particles before the filter. It is also an effective way to extend the life of the primary filter. However, it is essential to ensure that it is installed correctly.
Having an expert install your new filtration system is also a good idea. A professional will know which types of filters work best for your application, and they can provide you with several recommendations.
