Laboratory

Testing laboratory

The Aerofilter LLC testing laboratory is a modern facility designed for comprehensive research and evaluation of the effectiveness of filtration equipment used in various industries and the social sector.

Testing laboratory

The Aerofilter LLC testing laboratory is a modern facility designed for comprehensive research and evaluation of the effectiveness of filtration equipment used in various industries and the social sector.

Branches of application

Conducts tests of filters and filter materials and elements for enterprises:

why us?

The AeroFilter LLC laboratory was accredited by Rosatom in 2021

The AeroFilter LLC laboratory was accredited by Rosatom in 2021 to conduct acceptance tests for all types of air filters. The test reports of the AeroFilter LLC laboratory are recognized by the authorized organizations of Rosenergoatom Concern JSC at all stages of equipment acceptance according to RD EO 1.1.2.01.0713-2019, as well as during the certification of products that have safety requirements related to the use of nuclear energy.

The laboratory is equipped with modern certified test stands and a complete set of measuring instruments that are included in the state register of the Federal State Information System ARSHIN of Rosstandart

PCT METROLOGY

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A set of equipment

The testing laboratory is equipped with a full set of testing equipment for conducting tests

01

INT PAIF Stand 1017.01

It is engineered and certified for preliminary, acceptance, qualification, standard, and certification tests of aerosol and aerosol-iodine filters, as well as special-purpose filters (EPA, HEPA, ULPA).

The stand's auxiliary equipment allows for testing flat samples of filter material up to U17 class.

The stand is used for testing according to GOST R EN 1822-1-2010 to determine aerodynamic characteristics using DEHS liquid aerosol:

Dependence of the filter resistance on the air flow rate

Air purification efficiency

Defining the filter class

Stand specifications

Filter class:

from E10 to U17

Range of air flow rates:

up to 11,000 m³/h

Maximum pressure drop:

at least 99 to 6,000 Pa

02

ISFON Stand 11000

It is engineered and assembled specifically for the control and/or acceptance testing of general-purpose filters according to GOST R EN 779-2014 or the control testing of air purifiers according to GOST 8002-2020, in order to determine:

Aerodynamic drag

Dust transmission coefficient

Duration of operation before reaching the maximum resistance

Effectiveness

Dust-retaining ability

Pressure drop and dust capacity

The stand allows you to test filters of various designs:

Flat panel filters

Pocket filters with different pocket lengths

Direct or reverse circuit compacts

Cylindrical or conical cartridge filters

Filters with cyclone system

Stand specifications

Filter class:

from G2 to H14

Air flow range:

from 100 to 21,000 m³/h

Maximum pressure drop:

up to 10,000 Pa

03

SIS GRO-AF Stand

It was developed in collaboration with the Mendeleev University of Chemical Technology to test the quality of equipment made using sorption-filtering materials and sorbents used in packed filters and adsorbers.

The uniqueness of the stand is that it allows you to test a sorbent heated to 300 ℃ to simulate and study the behavior of adsorbent filters during nuclear power plant accidents. On this stand, we test sorbents, personal protective equipment, and bomb shelters.

The stand is used for testing according to GOST R 54443-2011:

Determination of the effectiveness of purification by molecular iodine and organic iodine compounds.

Determination of the sorption capacity index of the fractional composition according to GOST and the size of the granules of the main part of the sorbent.

A set of equipment

The testing laboratory is equipped with a full set of testing equipment for conducting tests

01

INT PAIF Stand 1017.01

Designed and certified for preliminary, acceptance, handover, qualification, standard and certification tests of aerosol and aerosol-iodine filters, as well as filters for special purposes (EPA, HEPA, ULPA).

With the help of auxiliary equipment on the bench, it is possible to test flat samples of filter material up to class U17.

The stand is used for testing according to GOST R EN 1822-1-2010 to determine aerodynamic characteristics using DEHS liquid aerosol:

Dependence of the filter resistance on the air flow rate

Air purification efficiency

Defining the filter class

Stand specifications:

Filter class:

from E10 to U17

Air flow range:

up to 11,000 m³/h

Maximum pressure drop:

at least 99 to 6,000 Pa

02

ISFON Stand 11000

It is engineered and assembled specifically for the control and/or acceptance testing of general-purpose filters according to GOST R EN 779-2014 or the control testing of air purifiers according to GOST 8002-2020, in order to determine:

Aerodynamic drag

Dust transmission coefficient

Duration of operation
until the maximum resistance is reached

Effectiveness

Dust-retaining ability

Pressure drop
and dust capacity

The stand allows you to test filters of various designs:

Flat Panel Filters

Pocket filters with different pocket lengths

Compacts of a direct
or reverse circuit

Cylindrical or conical cartridge filters

Filters with cyclone system

Stand specifications:

Filter class:

from G2 to H14

Air flow range:

from 100 to 21,000 m³/h

Maximum pressure drop:

up to 10,000 Pa

03

SIS GRO-AF Stand

It was developed in collaboration with the Mendeleev University of Chemical Technology to test the quality of equipment made using sorption-filtering materials and sorbents used in packed filters and adsorbers.

The uniqueness of the stand is that it allows you to test a sorbent heated to 300°C to simulate and study the behavior of adsorbent filters during nuclear power plant accidents. We use this stand to test sorbents, personal protective equipment, and bomb shelters.

The stand is used for testing according to GOST R 54443-2011:

Determination of the effectiveness of purification by molecular iodine and organic iodine compounds.

Determination of the sorption capacity index of the fractional composition according to GOST and the size of the granules of the main part of the sorbent.

Types of tests

Preventing the release of radioactive contaminants into the air remains one of the main factors that determine environmental and radiation safety during the operation of nuclear power plants.

01

Testing of aerosol and aerosol-iodine filters

Nuclear industry

Cancer centers and hospitals

Pharmaceuticals and clean rooms

Chemical industry

Metallurgy

Civil defense

Learn more

02

Testing of non-motorized air purifiers

Manufacturers of Automotive Air Purifiers

Manufacturers of air purifiers for railway transport

Operators and operators of commercial vehicles

Operators and users of mining or agricultural equipment

Learn more

03

Testing of general purpose filters

Manufacturers of filters for general industrial purposes

Gas turbine plant service operators

Metallurgical industry

Chemical industry

Learn more

04

Quality control of sorbents and SFM

Nuclear power plants

Manufacturers of filtration equipment for the nuclear industry

Sorbent Manufacturers

SIZOD Manufacturers

Chemical industry

Learn more

05

Identification and sampling (of samples)

Consultation

Identification, selection, and sealing

Drawing up the act of sampling

Learn more

06

Spectral analysis of the chemical composition of the metal

Chemical analysis of low- and medium-alloyed and high-alloyed steels

Definition of steel grade

Determination of the chemical composition of the alloy

Input control of low- and medium-alloyed and high-alloyed steels

Learn more

Виды испытаний

Предотвращение выбросов радиоактивных загрязнений в воздушную среду остается одним из основных факторов, определяющим экологическую и радиационную безопасность при эксплуатации предприятий атомной.