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Filtralite® Pure
Filtralite® Pure NC 0,8–1,6
Filtralite Pure NC 0,8–1,6 es un medio filtrante de alta calidad, fabricado a base de arcilla expandida, y empleado para la filtración física en plantas de tratamiento de agua potable y pre-tratamiento de desalación.
Filtralite® Pure
Filtralite® Pure Mono-Multi
Filtralite Pure Mono-Multi combina dos tipos de medio filtrante Filtralite Pure con diferentes densidades y granulometrías (Filtralite Pure HC 0,8–1,6 y Filtralite Pure NC 1,5–2,5) con el objeto de mejorar sustancialmente la duración de las carreras de filtración y la velocidad de filtración en el tratamiento de agua para el consumo humano.
Filtralite® Pure
Filtralite® Pure HC 2,5–5
Filtralite Pure HC 2,5–5 es adecuado para el tratamiento biológico en plantas de tratamiento de agua potable.
Filtralite® Pure
Filtralite® Pure HC 0,8–1,6
Filtralite Pure HC 0,8-1,6 es un medio filtrante de alta calidad, fabricado a partir de arcilla expandida, utilizado para la filtración en el tratamiento de agua potable y en filtros de piscinas. Combinado con Filtralite Pure NC 1,5-2,5, ofrecen la solución Filtralite Pure Mono-Multi.
Filtralite® Pure
Filtralite® Pure NC 1,5–2,5
Filtralite Pure NC 1,5–2,5 es un medio filtrante de alta calidad, fabricado a base de arcilla expandida, y empleado para la filtración física en plantas de tratamiento de agua potable. Filtralite Pure NC 1,5–2,5 es también empleado en Filtralite Pure Mono-Multi.
Filtralite® Pure
Filtralite® Pure Mono-Multi Fine
Filtralite Pure Mono-Multi Fine combina dos tipos de medio filtrante Filtralite Pure con diferentes densidades y granulometrías (Filtralite Pure HC 0,5-1 y Filtralite Pure NC 0,8-1,6) con el objeto de mejorar sustancialmente la duración de las carreras de filtración y la velocidad de filtración en el tratamiento de agua para el consumo humano.
Información técnica
Información técnica complementaria sobre nuestros productos y soluciones Filtralite® Pure.
Settling velocities of Filtralite products
A graph showing the settling velocities of Filtralite HC, MC, and NC media compared to sand.
Filtech 2019: Feedback on performance tests with Filtralite media compared to conventional media filters at pilot scale
The qualification tests conducted at the CIRSEE on Filtralite media in comparison with conventional media led to expect better performance in terms of water quality, increased filtration rate, longer filter runs and more flexibility to accept short-term degradation of water quality.
Contact filtration of humic waters in expanded clay aggregate filters
A series of contact filtration experiments are carried out to investigate the performance of an expanded clay aggregate (Filtralite) filter. It is demonstrated that expanded clay aggregates can be used in dual media down flow filters as the only filtering material. The density difference of Filtralite NC and Filtralite HC is sufficient to prevent intermixing of adjacent layers for the grain sizes.
Designing guidelines for Filtralite® Pure HC 0,8-1,6 in ground water treatment
This document has been prepared on the basis of a research study done in an operational DWTP in Poland. Please contact us to get the full version of the report. [In Polish]
New granular materials for dual-media filtration of seawater: Pilot testing
A comparative assessment of data from all dual-media filters tested shows that the combination, involving Filtralite NC 1.5–2.5 mm on top of Filtralite HC 0.8–1.6 mm, exhibits, overall, the best performance. The improved performance of this dual filter medium is attributed to the rough surface texture, with crevices that tend to better retain flocs.
Pilot test at Boden (SE) for biological removal of iron and manganese with Filtralite Pure Mono-Multi
The pilot filter with Filtralite which was studied in this work reduced iron and manganese significantly and removed more than 95% of both metals. The start-up period was about a week for the iron oxidation and significantly longer, closer to 70 days, for the manganese oxidation. [In Swedish]
Aerated biological filtration for the removal of ammonia and manganese in a major drinking water treatment plant in Hong Kong
Pilot test with Filtralite Pure HC 2,5-5 demonstrated that the nitrification process developed rapidly (2-3 days) in the aerated biological filter without "seeding" the filter media. By the beginning of the second week of operation, about 85% ammonia removal was achieved, with raw water ammonia concentration of up to 2.4 mg/l (N) and a filtration rate of 14 m/h.
Pilot test for Iron removal at Babite (CZ)
A pilot test was done at Babite (CZ) with Filtralite Pure Mono-Multi to confirm efficiency of iron removal technology for groundwater treatment, with target filtration rate 20 m/h and up.
Effect of ozonation/filtration on the raw water from Lac Mälaren
A Filtralite Pure filter was tested as an alternative to a GAC-filter, in combination with a pre-ozonation and a lower coagulant dose.
Alternative filter media for potable water treatment
Pilot trials, conducted by Thames Water, compared conventional sand and anthracite/sand media alongside crushed recycled glass and Filtralite Pure Mono-Multi. The Filtralite solution confirmed as the best one for treatment of eutrophic water from reservoirs.
Biological filtration of poor quality brackish water reduces Reverse Osmosis membrane fouling
Removing the manganese greensand in the existing filters and replacing them with Filtralite filter media resulted in a rapid improvement of treated water quality and a literal stop to frequent RO cleanings.
Report from IWW Water Center (Germany)
Investigation of the newly developed filter media Filtralite on its general filtration performance in surface water treatment for drinking water and with special respect to removal of microbial contaminants.
Folleto
Descubre más sobre las principales aplicaciones y ventajas de Filtralite Pure, y cómo se compara con los medios filtrantes tradicionales. Filtralite Pure produce más agua limpia, con menor consumo de energía y menores costes operativos.
