Alostina Filters;  New Technology for Clean Air
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Air Clean
and Alostina Filters

One challenge facing human societies is that of clean air. It is essential in domestic, office, industrial, and hospital indoor environments in terms of decreased either environmental pollutants or pathogens. A variety of filters have been presented throughout ages. In the same direction, Nano VahedSanat Persia has introduced a new generation of filters, branded Alostina, using active nanofiltration technology. These filters have applications in water and air pollutant control and filtration using filtration and catalyst technologies and make it possible to control environment atmosphere, air treatment and filtration, control and optimization of chemical processes. This technology is applied in various industries including home appliances, refinery and petrochemical plants industries, public and hospital halls, and medical appliance. Currently, the Entekhab Industrial Group (Snowa), Isfahan Oil Refining Company, Tabriz Petrochemicals Plant, Tochal Electric Co., and Rah TebNovinZistpaya Co. employ this generation of Alostina Filters in their industrial cycles.

Example of Applications
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Domestic-use filters

  • Hygienic filters for refrigerators
  • mountable filters for cooling and ventilation systems
  • child's room ventilation
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Laboratory specific

  • Laminar flow filters (for diagnostic, cellular, molecular, culture labs)

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Public places and hospitals

  • Air filters for closed areas with large crowds (sports clubs, mosques, shrines)

  • hospital air filters for surgery rooms

  • isolation rooms

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Industrial and agricultural

  • Filters for HVAC and HSE units in petrochemical plants

  • Pollutant industries for the removal of volatile gases in work environments

  • Workshops and factories

  • Filters for air treatment in chicken farms and animal farms

  • Ventilation and air filtration of cold storage sheds and fruit storage sheds.

Introducing Alostina Filters Family
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Picture 051 scaled

Hybrid Alostina (Hybrid filters)

  • Matrices made of ceramic (hive and sponge)

  • polyester, polypropylene, and polyurethane with a porous structure containing metal, organic and mineral particles

Carbon Alostina (Carbon filters)

  • Matrices made of ceramic (hive and sponge)

  • polyester, polypropylene, and polyurethane with a porous structure containing carbon, organic and catalytic particles

Silver Alostina (Silver filters)

  • Matrices made of ceramic (hive and sponge)

  • polyester, polypropylene, and polyurethane with a porous structure containing silver and catalytic particles

Photocatalyst Alostina (Photocatalyst filters)

  • Matrices made of ceramic (hive and sponge)

  • polyester, polypropylene, and polyurethane with a porous structure containing titanium dioxide particles and noble metals catalytic compounds.

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filter2
Antibacterial and Antifungal Functions Testing
  • Against bacteria (E. Coli, Staphylococcus Oreos, Listeria Monocytogenes, Pseudomonas aeruginosa)
  • Aspergillus Niger
  • Aspergillus flavus
  • Penicillium
Conducted Tests and results (Isfahan University of Medical Science, Tehran Medical Science, Pasteur Institute)
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filter3 e1694957967284
  • Prototypes test of internal microbial and fungal infection No bacterial and fungal growth after a week
  • Agar Diffusion test by Kirby Bayer methodNo growth of bacterial and fungi corona in the culture and no emission of materials and particles from the filter
  • Examining the superficial antibacterial and antifungal functiopreventing bacterial and fungal growth in a longer time span compared to control
  • Solution filtration test by colony counting method97% decrease in bacterial pollution of fluids passing through filter prototypes
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