Industrial filter media

Biopipe is a pipe shaped random filter media with internal and external fins and surface area of 600m²/m³. It is designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the media are suspended in water. Biopipe is durable, rugged and highly efficient media for moving bed biological

With a spherical design and surface area of 310m²/m³, Biomarble has the highest surface area of the three spherical designs in the Biomedia filter range. With purpose-designed features Biomarble is an excellent alternative to traditional mineral-based media. It is used to improve performance in new or existing wastewater treatment plants: random

Filter Press Cloths are made for solid-liquid separation in filter presses, tailored to fit filter plates from 250mm square to 2400mm square. Made from natural and synthetic fibres including polyamide, polypropylene, polyester, polyethylene, PTFE and PEEK. Available in monofilament, anti-static monofilament, multifilament, and fibre yarns. Fabrics

Biotag has a wheel shape with internal fins and large openings, offering a protected surface area of 650m²/m³. It is designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the media are suspended in water. A durable, rugged, and highly-efficient media for moving bed biological

Biopebble filter media is optimised for efficient biological wastewater treatment in municipal and industrial treatment processes, and for land-based aquaculture facilities and recirculating aquaculture systems (RAS). The spherical shape significantly improves media efficiency, by improving media mobility and therefore reducing the aeration energy

Bioball 220 has a spherical design and surface area of 220m²/m³ and is a perfect solution when surface area is more important than voidage. With purpose-designed features Bioball is an excellent alternative to traditional mineral-based media and is ideal for improved performance in new wastewater treatment plants. Biological filter media of the

Latham International filter belts are made for solid-liquid separation in industrial and municipal processes, including sludge dewatering, thickening, and filtration. Options include heavy duty woven, spiral, and single layer fabrics, with antistatic belts for fire risk areas. Multiple belt types and permeability levels suit different slurry

Biotube 1000 is a tube shaped biological filter media with internal and external fins and surface area of 1000m²/m³. It is designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the media are suspended in water. It is a durable, rugged and highly efficient media for moving bed

Hydrotech Cloth Filter: Confidence Series from Veolia is a disc filter system made from pile cloth media, designed for water and wastewater treatment. Captures fine particles, including microplastics and phosphorus, with a nominal removal of 5 microns. Key features include external access for maintenance and lightweight, quick-change panels

Biopipe+ has a wheel shape with internal fins and large openings, offering a protected surface area of 500m²/m³. The Biopipe+ is designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the media are suspended in water. A durable, rugged and highly efficient media for moving bed

Bioflo+ has a wheel shape with internal fins and large openings, offering a protected surface area of 800m2/m3. Bioflo+ is designed to provide a large protected surface area for the biofilm and optimal conditions for the bacteria culture when the media are suspended in water. A durable, rugged and highly-efficient media for moving bed

Biofil 135 spherical filter media has a surface area of 135m²/m³ making it suitable for applications where larger or greater voidage is required. With purpose-designed features Biofil is an excellent alternative to traditional mineral-based media and is ideal for improved performance in new wastewater treatment plants. Biological filter media of

BIOdek® KVP 623 vertical flow fill is used in wastewater treatment applications. It is suitable for strongly polluted water in trickling filters, carbonaceous oxidation in submerged biological treatment, and for biogas desulphurisation in mass transfer applications. It is reliable, limiting the accumulation of solids and thick biofilms, and

Filter bed drainage tiles are manufactured to BS 8110 and to comply with CIRIA report 58. They are available in a range of sizes to suit filter beds of all shapes and diameters, and are installed by Bagnall's experienced team. Once beds are tiled and any required vents fitted, the blast furnace slag (BFS) filter media is placed. BFS has been the

2H PLASdek® cross-fluted fills provide efficient water cooling in cooling towers. In the manufacturing process developed by 2H the foils are reinforced at the outer edges and in the middle making them very stable. This makes the film fill media extraordinarily resistant to erosion. 2H's unique welding method connects the single foils with up to

Bagnall Construction has considerable experience in the removal of old plastic filter bed media and installation of new plastic media into the same structure. The old media can be sent off for recycling or, on larger schemes, Bagnall can shred the used media on site. This reduces vehicle movements off site, delivering cost, environmental and

BIOdek® vertical-flow fills provide optimum water circulation and sludge removal in biological processes. By free selection of the sheet thicknesses highest mechanical strength is achieved for a long design-life. 2H BIOdek® with vertical channels reliably release excess sludge of trickling filters or of submerged applications. Even at low

ideal for both aggressive chemicals and air filtration applications; high temperature and chemical resistance; excellent air permeability with minimal pressure drop; high loading capacity; pure PTFE fibers are sintered to improve handling characteristics and minimize fiber slough-off and downstream contamination. Recommended for filtering hot

As an alternative to using solid blocks as media supports, 2H Water supplies and can also install high-strength concrete tiles which are moulded to incorporate 6 supporting feet, and with 60% voidage, they provide far better drainage than solid blocks along with greater resistance to corrosion. The tiles are used to support either mineral or

This pile cloth media primary filtration system is designed as an economical and efficient solution for the treatment of primary wastewater and wet weather applications. The system utilises a disk configuration and the Mecana OptiFiber PF-14® pile cloth filtration media to effectively filter high solids waste streams without the use of chemicals

PowerCore® Filter Packs employ Ultra-Web® SB in a unique media configuration that delivers longer filter life, cleaner air and a compact filter that does the work of multiple cartridge or bag filters. Ultra-Web SB combines excellent surface-loading properties of Donaldson Ultra-Web media with a spunbond substrate designed to withstand moisture

The Amphitec Vortex delivers a solution for sucking and blowing wet and dry materials. The state-of-the-art suction and blowing vehicle is built to handle the toughest site conditions. Whether dealing with compacted sludge, dry powder, contaminated sand or general waste, the Amphitec unit is engineered for precision, power and environmental care

CLEANdek vertical flow fill is used for cooling tower applications. It provides consistent anti-fouling thermal thermal performance. CLEANdek KV619 vertical flow fill pack is ideal for use in industrial process applications in which the water quality is poor or there are other contaminants, for example, in a food processing or chemical plant

Bagnall Construction supplies and installs filter bed drainage tile and vent systems and blast furnace slag filter media for biological percolating filters. Filter media is supplied in 14/32, 20/40, 32/50 and 40/63mm grades. The media is conveyed using a Telebelt TB80 truck-mounted telescopic conveyor, an efficient method which prevents compaction of the media during installation