Technology

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natural

Purvection explained - Nature as an inspiration.

Nature as a role model

Water binds dust.
Filters absorb dust.

The purifying power of raindrops

Our nature is a marvel. It purifies outdoor air. Rain, for example, traps larger particulate matter (PM10, >2.5 um) through direct contact, while drops fall through the air. This happens through impact, in which particles collide with droplets, and through interception, where particles are captured from the droplet surface.

Bring this fresh and healthy outdoor air to your home, to work or wherever you want healthy, fresh air that protects against illness.

How Purvection works:

Purvection enthalpy — a natural form of energy.

Purvection uses the natural energy of water molecule agglomerates to physically neutralize indoor air pollution — dynamically, efficiently and without residues.

The number, size and density of raindrops (symbolically), or of the water molecules present in the air — i.e. their agglomeration structure — represent central Purvection parameters. The desired effect in airflow can only be achieved if the configuration is optimal.

Purvection enthalpy is present on the back of a real raindrop in nature.

The principle: Energetic neutralization through molecular agglomeration of water molecules

Enthalpy of hydration is caused by the ion-water molecule interaction.

The enthalpy of hydration is different; the enthalpy of purvection is precisely defined in terms of quantity, size and energy.

These activated agglomerations transport their energy potential over longer distances in airflow. When this enthalpy of purvection hits a target particle (e.g. pollutants, aerosols or germs), energy neutralization takes place immediately.

Discovered purvection enthalpy on the one perfect raindrop (correct size, shape, weight, fall rate, etc.)
Purvection enthalpy is transported into hydrogen agglomerations via airflow and is released when viruses and pollutants hit (= neutralization).
99.99%
Virus reduction (scientifically confirmed by Fraunhofer Institute)

Experience the power of the hybrid POWERS — Filter + PURVECTOR for maximum indoor air quality.

Filter technology alone is not enough.

Current state of the art

Traditional filter solutions such as G4, F7 or HEPA are proven technologies when it comes to removing dust, pollen or larger particles from the air. They ensure that many pollutants and allergens are reliably intercepted — and are therefore an important part of modern ventilation systems.

However, filters also have their limits (see graph):
  • They don't remove viruses or bacteria that float in tiny aerosols.
  • They have to be changed regularly, which means additional costs and effort.
  • When air flow is high, the pressure loss increases, which reduces energy efficiency.

In addition to the graph: The terms G4 and F7 for air filters come from the EN 779 standard, which has not been valid since 2018, and have been replaced by the ISO 16890 standard. G4 corresponds to the current ISO Coarse-class >60%, F7 corresponds to the class EPM₂.5 >65%. However, they have become so established in technical jargon that they continue to be used.

The interplay is therefore ideal:

  • Filter (G4, F7, or HEPA): Capture coarse particles, dust, and allergens.
  • PURVECTOR: Neutralizes pathogens that are not stopped by filters and supplements the air with positive particles, which are absorbed by the filters.

The result: clean, safe and healthy air — both for everyday use in homes and offices as well as in areas with particularly high requirements such as healthcare facilities or public transport.

1000x
better indoor air

Differentiation from existing technologies:

Filter technology
Principle of action:

Mechanically filters particles by size without inactivating pathogens.

Disadvantages:

Depending on maintenance, particle size, does not work against viruses, gases or odors (see graphic above)

Difference to PURVECT:

Purvection inactivates pathogens and reduces gaseous pollutants, which filters cannot do and thus supplements every filter, without any side effects.

UV-C radiation
Principle of action:

Destroys germs through irradiation, which requires sufficient residence time and dosage in the radiation area.

Disadvantages:

Self-contained effective area, meaning no direct effect in the room, but via air exchange rates with high energy consumption.

Difference to PURVECT:

Purvection works holistically in several areas of effect through precision and not through energy power, without ozone and material damage.

Ionization
Principle of action:

If particles are electrostatically charged, they are deposited on surfaces (clustering).

Disadvantages:

Often produces ozone and secondary gases (harmful to health), uncontrolled effects, static charges

Difference to PURVECT:

PURVECT AIR works ozone-free with targeted and controlled pathogen reactivation.

Purvection
Principle of action:

Uses purvection enthalpy to activate pathogens without side effects. Works directly where pathogens are spread.

CONCLUSION: PURVECTORS and filters complement each other perfectly.

Filters remove larger particles, while PURVECT AIR neutralizes viruses, bacteria and gases (up to 99.99% effectiveness), keeping ventilation lines cleaner. In contrast to UV-C and ionization, PURVECT AIR is not harmful to health and free from side effects.

3D interactive PURVECTOR - Find out what makes it unique.

01

AI optimized algorithm control

02

Aerospace technology and standards

03

Flow-optimized wings

04

The ideal solution for every ventilation

05

Easy, quick and easy installation

06

Real time stabilization thanks to the 3rd electrode

07

type, materialization, spacing, diameter and arrangement of PurVect electrodes

08

shape of the electrodes

09

Room air design through optional room scenting

10

The interplay of all parameters makes Purvection

Our effectiveness was tested at the Fraunhofer Institute in Stuttgart and compared with existing systems.

Test: Real environment simulation: classroom

What was considered:
Test not in a test box or in an aquarium, but under real conditions (classroom rebuilt)
Measurement points where people live in front of (face of dummies), not somewhere in the channel
Test with SARS-CoV-2 surrogate virus Phi6 (flooding of the classroom)
No formation of unwanted substances (ozone, VOCs, etc.)
4 test series were carried out within this framework between 2021-2023
For more detailed information, please contact us.
CONTACT

Franhofer test setup

Setup for evaluating mobile air purification devices with virus surrogate aerosols in the test infrastructure created at Fraunhofer IZS in Stuttgart

Test method using aerosol generation and sensor technology

The structure is based on DIN ISO 16000-36 for the investigation of airborne bacteria, realistically adapted to the specific requirements of viruses

Classroom test environment with dummies

Measurement points are located in the room directly in front of the dummies' faces

Test results compared to other technologies

As can be seen in the picture above, our measurement points were right in the room at the face level of the dummies. While other manufacturers usually determine their values on the filter or in the system, we measure where it really counts: in the air we breathe in the room itself. In this way, our results show the actual cleaning effect in a real environment — authentically, comprehensibly and practically.

Everything you need to know about installation

PURVECT AIR offers first-time installation kits with a matching drill attachment. With a toolbox and drill, PURVECTORS are easy to install in 15-30 minutes. For expertise (correct location, performance, etc.), we recommend that an installation be carried out by a certified specialist.

Classic ventilation system without PURVECTOR

Classic ventilation system

Ventilation system with PURVECTORS - installation locations

For supply air from residential ventilation technology systems in residential, commercial and industrial buildings:

Area of effect: Supply air

Installation option: Centrally by filter, location A on figure

For indoor air from HVAC systems in healthcare spaces:

Area of effect: Room air (additional engineering by PURVECT AIR required)

Installation option: Decentralised/outlet, location B and/or C on figure

Various combination options, including integration with PURVECTOR Mover, are possible.

Installation guide

Easy and safe installation in 8 steps

Step 1: Location Assessment

Determine the correct installation location, centrally for supply air and/or decentralized for room air

Step 2: Drill 40 mm hole

Check the airflow direction, mark the position and drill (wear safety goggles)

Step 3: Screw on the mounting bracket

The PURVECTOR is clicked into the black mounting bracket and mounted on the PURVECTOR using the supplied angle pin wrench and the M4x15mm Torx screw.

Step 4: Put on the Wings

Insert the wing (the wrong direction is ruled out due to the shape) and secure securely with two M4 screws

Step 5: Plug in Purvector with wing and console

Put on the 2 mm sealing ring, then remove the electrode protection strip (only now to avoid injuries or damage)

Step 6: Screw on

Carefully insert PURVECTOR into the hole, ensure correct arrow orientation and secure securely with at least 2-4 screws

Step 7: Plug in

Plug in PURVECTOR using a power plug

Step 8: Verify

After plugging in, the PURVECTOR automatically starts the security check (as described on PURVECTOR on the side) — the device is then active when blue remains constant

Service and maintenance

Purvectors of type 1, 2 and 3 generally require no service or maintenance work. Occasional cleaning (especially the electrodes) as part of ventilation line cleaning, in particular in terms of fire protection or for example greasy kitchen cables, is recommended. No installation in EX zones or with explosive gases; special applications only with written consent.

Frequently asked questions

Where can I buy or order PURVECT AIR?
Where does a PURVECTOR neutralize indoor air?
How long does it take for PURVECT AIR to work?
How does PURVECT AIR work?
How effective is PURVECT AIR in practice?
What service and maintenance costs do PURVECTORS require?
How much does a PURVECTOR cost?
What are the advantages of PURVECT AIR compared to other ionization systems?
What is included in the package?
What is the difference between ionization and purvection?
What does neutralization of germs mean?
What does “real-time stabilized balance optimization” mean?
Can I still ventilate after installing a PURVECTOR?
Can PURVECT AIR be installed in all rooms?
Does a PURVECTOR always need a ventilation system?
Are there different PURVECT AIR models?
Can I purvectorize and scent at the same time?
Will PURVECTOR replace the available filter technologies?