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Disc Filtration Technology for Industrial Applications
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Disc Filtration Technology for Industrial Applications

Disc Filtration Technology for Industrial Applications

Disc filtration technology is based on a series of grooved plastic discs, stacked and compressed on a specially designed spine, producing a matrix of consecutive crossing points which trap the particles. This technology provides a greater area for retention of organic matter by providing surface and depth filtration.

Disc Filtration Advantages
Disc filtration is suitable for a wide range of applications, including the agricultural, municipal and industrial sectors. Here are just some of the advantages this technology offers:

- High Dirt Holding Capacity – Less frequent flushing is needed due to the discs’ ability to hold more particulate matter.
- Corrosion Resistance – Since the filter body and discs are constructed from polymeric materials, these filters offer excellent corrosion resistance.
- Low Operating Pressure – Disc filters are capable of handling very low pressures, with a minimal operating pressure of 0.8 bar (12 psi) in filtration mode and 1.5 bar (22 psi) in flushing mode (depending on filtration degree).
- Modularity – Easily adaptable to various installation locations and configurations.

When To Choose Disc Filtration
Disc filtration can be used in almost any application, however, since the filtration element is polymeric, disc filters are perfectly suited especially in aggressive water situations (seawater, high chemical levels, etc.). Here are just some examples:

Spray nozzles are used throughout industrial manufacturing processes and deteriorate over time. This can affect production efficiency, product quality, increase maintenance costs and impact revenue. The best approach is to protect nozzles by installing filtration to reduce the particles that can cause erosion and clogging of the feed water.
Typical micron range: 100-500

Intake water is used by industrial facilities from various sources such as rivers, surface water, groundwater, municipal water and others. It requires filtration to guarantee a continuous and stable supply of quality water while ensuring process flow and minimum downtime.
Typical micron range: 50-500

When heat transfer surfaces are clean, cooling tower systems are the most efficient. As cooling towers operate outdoors, they are vulnerable to dirt and debris which can cause scaling, fouling, and microbiological activity.
Typical micron range: 10-100

Full stream filtration directly protects heat exchangers and chillers by installing a coarse filter on the discharge side of the pump (typically 100-500 microns) and finer filtration to protect equipment such as nozzles, heat exchangers, etc. Used mainly in plastic extrusion factories and metal rolling mills since the water comes into direct contact with the finished product.
Typical micron range: 50-130

Heat exchangers are essential in manufacturing facilities where their efficiency is critical for process stability. Filtration installed upstream from the heat exchanger reduces suspended solids and debris, leading to less scaling, less fouling and less biological growth.
Typical micron range: 50-200

Particles with hard exteriors can cause damage that requires seal and/or bearings replacement and leads to costs incurred by labor and spare parts. Filtration is important for protecting pump seals and bearings, as it removes these particles.
Typical micron range: 20-100

Process water is used in manufacturing, and it can directly affect product quality. A continuous and stable water supply is key to obtaining efficient production and reducing scrap and downtime. Controlling the required process water quality relies on proper filtration equipment to ensure optimal processes.
Typical micron range: 20-130

Water reuse and water reclamation refer to treated effluent used for another purpose. Filtration and treating industrial wastewater for reuse or utilizing reused filtered wastewater can save significant costs.
Typical micron range: 50-300

To protect and improve the integrity of membranes, and to maximize their performance, effective prefiltration is essential.
Typical micron range: 10-300

Water injection is where water is injected into the oil field to increase pressure and production, and to improve oil recovery rates. Produced water, contaminated with hydrocarbons and solids, is often used as injection water. Seawater is a source for offshore production facilities and intake is placed at a sufficient depth to reduce the concentration of algae. Both the produced water and the seawater require filtration.
Typical micron range: 20-80

Amiad’s Spin KlinTM Disc Technology
Spin KlinTM disc technology operates using thin, color-coded discs of a specific micron size. The discs are grooved on both sides, in opposite directions, creating a series of crossing points which form multiple particle traps.

The discs are stacked and compressed on a specially designed spine, producing a matrix of consecutive crossing points which trap the particles, thus creating a depth filtration element with a significant series of channels, effectively trapping the solids. The disc stack is enclosed in corrosion and pressure resistant housing.

The Spin Klin™ series are modular, polymeric, automatic disc filters with a patented self-cleaning backwash mechanism and virtually unlimited flow rates with available filtration degrees of between 10 to 400 micron and are highly suitable for corrosive water applications due to their polymeric structure.

Spin Klin™ solutions have been successfully implemented in a wide range of applications worldwide.

Amiad’s Spin KlinTM disc filters – highlights and benefits

Water Types: Highly efficient depth filtration, suitable for all water types, with excellent removal capacity of high loads of organic suspended solids

Filtration Element: High quality color-coded polymeric grooved discs, diagonally grooved on both sides to a specific micron size, stacked and compressed on the unique Spin Klin™ spine.

Self-Cleaning: The cleaning process is highly efficient – Pressure is released, raising the cylinder and decreasing the compression on the discs. Jets of filtered water are forced through the nozzles along the spine, dislodging the trapped solids which are then flushed out.

Micron-precise Filtration: High dirt load capacity, ideal for removing organic matter.

Reliable and Durable: Designed for long-term and simple operation.

Polymeric: Corrosion/chemical resistant.

Minimal Maintenance: Reduces time and labor costs.

Low Water and Energy Consumption: Reduced resources and costs.

Compact Design: Ideal for limited installation space.
Article Disc Filtration Technology for Industrial Applications
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Article Disc Filtration Technology for Industrial Applications