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Industrial waste
air cleaning.

INNOVATIVE PLASMO-CATALYTIC TECHNOLOGY
From the very beginning it has been dedicated to research and development in the field of air decontamination. Protecting the industrial environment through innovative plasma-catalytic technology inspired by nature has become our long-term goal.
What does technology do?

Technology inspired by nature

All our equipment models can be defined as a gas purification equipment under the general name "Gas Electric Filter" (GEF).
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GAS

GAS

Air purification from gases and odours.

ELECTRICAL

ELECTRICAL

Air is processed under the influence of the electric field, plasma and active particles.

FILTER

FILTER

Cleans the air of odours and harmful emissions.

PLASMA-CATALYTIC TECHNOLOGY

WASTE AIR CLEANING

Sources of pollution and emissions

Industrial technologies in various industries, workplaces, sources of pollution in households, etc.

Emission substances and impurities

CxHy, СО, NOx, SOx, H2S - Chemical and biological industrial waste, combustion products (smoke, carbon monoxide), household air.

Plasma-chemical section

A reactor where a dielectric barrier discharge is used to create active particles and plasma jets.

Plasma catalyst

A chemical reactor where toxic gases are converted to non-toxic gases during oxidation-reduction reactions.

Exhaust fan

System for efficient expulsion of already cleaned waste air back into the environment.

What are the advantages of the technology?

Simple device construction

Long lifetime of the equipment - more than 10 years

Very low operating costs

Cleaning efficiency of the device is in the range of 80% to 99%

Fully automatic control with remote management and connection to the control room

Ability to remove organic and inorganic compounds from the air

No solid or liquid waste is generated during cleaning

Start-stop system - the equipment can be operated even in non-continuous operations without energy losses

The device meets emission limits above requirements of the Ministry of the Environment

WHERE IT CAN BE USED

ADVANTAGES OF TECHNOLOGY

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We use a physico-chemical process that allows to excite the valence electrons and thus, with minimal energy output, break down the compounds in the air into their elementary parts.

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The cold non-linear plasma transforms the emitted compounds (organic and inorganic) into their basic compounds such as water vapour, oxygen, C, S, N etc., which are no longer harmful to the environment.

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There is no heating involved in the technology - no need to use any fossil fuel. Only electrical energy is required for operation.

Due to its innovative nature, the equipment meets the BAT requirements - Best Available Technology.


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Lower
electricity consumption

Compared to other waste air treatment technologies, our technology has an average of three times lower electricity consumption.

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Cheaper than
other technologies

Thanks to the simplicity of the air purification solution, our technology, despite its high efficiency, is about a quarter cheaper than other devices.

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Cleaning efficiency
reaches 80 - 95%

Plasma-catalytic technology has a cleaning and decomposition efficiency of 80-90% depending on the degree and form of contamination.

CATALYZER
& PLASMA MODULES

The plasma reactor consists of two parts. The construction of the plasma modules that are inserted into the reactor is our know-how. The plasma modules, which form the core of the reactor, provide the plasma filtration phase.

Another part ensuring the plasma catalytic reaction is a suitable type of catalyst, most often on AL2O3, which fills the free space between the reactor shell and the plasma module. Modifications to the module are adjusted based on contaminants in the air that passes through it.

The service life of the catalyst is at least 7 - 10 years.

UNIT
USER RESOURCES

  • - different types of transformers are used in different units
  • - possibility of outdoor installation
  • - easy installation and maintenance

The core of the power unit is a high voltage transformer with throttle valves. In special cases, the high-voltage transformer is separated from the reactor and the power control unit.

For the voltage supply to the TIPA power supply unit, a 400 V, 50 Hz, double-layered PVC cable without internal protective cover is installed in the gas filter chamber. The 0.4 kV cable is routed to the control cabinet. The high voltage cable is routed in plastic conduit from the transformer to the plasma reactor in metal conduit. The high-voltage cable does not cause interference to the electronic equipment.

CONSOLE
CONTROL SYSTEM

  • - Modbus connection options
  • - GPS telemetry can be installed
  • - fully automatic control

The control cabinet is equipped with an HMI panel for setting the parameters of the TIPA equipment, including fault signalling, which can be sent to the control panel.

The unit's control board is designed to control and adjust the electrical parameters of the TIPA reactor units, as well as the interlock systems that ensure the safety of the entire unit.

How the equipment works

Innovative equipment operates with plasma-catalytic technology. The device decomposes (degrades) emissions from industry into common, non-harmful substances, including the removal of odours.

Filtration and decomposition in our device take place at the molecular level in a plasma reactor.

This technology can completely replace the thermal treatment of volatile organic compounds in a number of plants.

Our technology is based on cold plasma and therefore there is no combustion by-product. Thus, during cleaning/degradation we do not add any additional compounds to the system that would subsequently increase the volume of pollution.

The operation of this device is basically in very low maintenance level and requires only an electrical supply to operate.

The operating costs of our equipment are significantly lower than other technologies.

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Implemented air cleaning applications

Are you interested?

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Technological Institute of Plasma Application s.r.o. was founded in 2017. From the very beginning it has been dedicated to research and development in the field of air decontamination. Protecting the industrial environment through innovative plasma-catalytic technology inspired by nature has become our long-term goal.

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