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Eco AirTech

The technology

Nature cleans the air continuously. We bring that chemistry indoors.

In the atmosphere, sunlight triggers reactions that form hydroxyl radicals, which react with airborne pollutants. ARC® recreates this natural chemistry indoors, continuously treating the air and exposed surfaces, beyond the moments and places traditional cleaning can reach.

Sunlight, oxygen and water vapour in the atmosphere forming hydroxyl radicals, which disperse through the air above a forest and lake

Three stages

The science, explained properly.

Air technology is an easy category to make vague claims in. So rather than ask you to take ours on trust, here is exactly what happens inside the unit, what it produces, and why that reaches places cleaning never does.

To become the GCC's most trusted name in clean air, protecting lives and elevating environments in every home, school, office, hotel and airport across the region.

Our ambition
Air passes through filtration, across the UV-activated ARC® cell where hydroxyl radicals form, and leaves with contaminants broken down.

  1. 01

    Clean air enters

    Multi-layer filtration captures dust, pollutants and odours before the air reaches the cell.

  2. 02

    ARC® technology activated

    Moisture, oxygen and UV-C light react with our proprietary metallic catalyst, creating very stable hydroxyl radicals (•OH).

  3. 03

    Contaminants neutralised

    Hydroxyl radicals react with airborne pollutants, helping break down VOCs and odours while inactivating bacteria, viruses and mould spores.

The filter in your AC

Your AC’s pre-filter is designed to protect the equipment; not your health

Many fan coil units (FCUs) use a basic washable mesh pre-filter. Its primary job is to catch coarse debris; such as hair, lint and larger dust particles, before it builds up on the cooling coils and fan. These standard coarse pre-filters are not designed to protect human health. They offer limited filtration of the finer airborne particles people can inhale. A functioning AC and a freshly washed filter should therefore never be mistaken for clean indoor air.

AC cleaning and indoor air quality are different jobs. Cleaning removes accumulated dirt and helps maintain equipment performance. Improving the air you breathe requires a different attention.

Aluminium mesh pre-filter
Aluminium mesh
Washable screen pre-filter
Washable screen
Synthetic panel pre-filter
Synthetic panel

Hold one up to the light and you can see straight through it. Spores, bacteria, smoke and odours do the same.

Not one root cause

This isn't a surface-cleaning problem. It's an indoor environmental systems problem.

Growth is rarely caused by any single failure. It emerges where moisture, organic material, temperature and time overlap: a combination of ambient humidity, ocean air, HVAC design, building age, outdoor spores carried in through doors and windows, and ordinary human activity. Chasing a single source is why the problem keeps returning.

Environmental conditions

  • High ambient humidity
  • Moist coastal air
  • Temperature fluctuation across zones

Building factors

  • HVAC design & maintenance
  • Poor ventilation
  • Leaks & condensation
  • Building age

Pollutants

  • Outdoor spores via windows & doors
  • Dust & organic debris
  • Human activity & occupancy

The comfortable assumption

A clean AC system is important. It is only part of the air quality picture.

A clean AC system matters. So does the air you breathe. They’re not the same thing.

Wiping surfaces, washing filters and cleaning HVAC systems help remove accumulated dirt and contamination. These are essential maintenance tasks that support airflow, cooling performance and equipment reliability.

AC cleaning services focus on cleaning the system. That is different from continuously managing the quality of the air you breathe.

Cleaning is a periodic intervention. Microorganisms can remain in concealed areas, porous materials and hard-to-reach components. If moisture and other conditions that support growth persist, contamination can return.

A freshly cleaned system does not, by itself, mean healthy indoor air. Better indoor air quality requires ongoing attention to moisture, ventilation, effective filtration and, where appropriate, additional air treatment, alongside regular cleaning and maintenance.

The 24-hour reality

Given moisture and warmth, this is how fast it comes back.

The Gulf climate sits at 20–35°C for most of the year, squarely inside the range that favours fast-growing, warm-adapted species. Deep-clean a space on Monday and, without something actively working, the cycle has already restarted by Tuesday.

  1. Minutes–hours

    Spores settle

    Airborne spores land on a surface with available moisture.

  2. 12–24 hours

    Germination

    Filaments establish. Nothing is visible yet, and nothing smells wrong.

  3. 24–48 hours

    Spore production begins

    The colony starts releasing new spores back into the air.

  4. 3–7 days

    Visible colonies

    By the time you can see it, the airborne reservoir is already well established.

  5. 1–3 weeks

    Mass production

    Heavy, sustained spore release throughout the occupied space.

This is why a one-off intervention cannot hold. The only thing that changes the outcome is a system that runs continuously.

What we do instead

Take the reaction that cleans the outdoor air, and run it inside.

Nothing exotic is being introduced into your building. The inputs are the water vapour and oxygen already in the room. All our technology adds is the catalyst and the energy that nature gets from sunlight.

H₂O

Water

Ambient humidity already in your air

O₂

Oxygen

Drawn from the same air you breathe

ARC®

Catalyst

UV energy activating our catalytic cell

AOPs

Advanced Oxidation Products

Including hydroxyls and H₂O₂

Cutaway of the ARC® cell: air is drawn through the honeycomb catalyst, across the UV lamp, and leaves as hydroxyls.
Inside the ARC® cell. Air is drawn through a honeycomb catalyst and across the UV lamp. The reaction converts the water vapour already in that air into hydroxyls, which leave with the airflow and carry on working out in the room: on surfaces, in ducting, and in the cavities cleaning never reaches.
  1. 01

    Air and moisture enter the cell

    Ambient humidity and oxygen, already present in your space, are drawn across the ARC® catalytic cell.

  2. 02

    UV energy activates the catalyst

    The reaction converts water vapour into advanced oxidation products, principally hydroxyls, at very low concentration.

  3. 03

    Agents disperse with the airflow

    Because they travel as a vapour, they reach surfaces, ductwork and cavities that cleaning never touches.

  4. 04

    Contaminants break down, continuously

    Organic contaminants are deactivated at a molecular level, and because the system never stops, the recolonisation cycle never restarts.

Hydroxyls

Nature's cleaning agents

Every day, sunlight reacts with water vapour in the atmosphere to produce hydroxyls, the molecules that scrub the outdoor air clean. ARC® reproduces that reaction indoors, continuously.

  • Hydroxyls occur naturally. They deactivate airborne and surface contaminants at a molecular level rather than simply trapping them.
  • ARC® is our proprietary form of Photocatalytic Oxidation (PCO): ultraviolet energy activates a catalytic cell, converting ambient humidity into oxidising hydroxyls.
  • Because the agent is a vapour, it travels wherever the air travels: behind furniture, inside ductwork, into grout and soft furnishings. Not just the surfaces you can reach.

Bi-Polar Ionisation

Natural electrical charges

The same charge separation that leaves the air feeling clean after a storm, generated on demand inside your building.

  • Ionisation brushes create a plasma of positively and negatively charged ions that disperse through the occupied space.
  • Ions cluster around airborne particles (mould spores, bacteria, viruses, pollen), increasing their mass so they drop out of the breathing zone.
  • Enlarged particles are also far easier for filtration to capture, which is why the two stages are specified together: filtration on the way into the system, active treatment downstream of it.

Safe by design, not by exception

Our systems produce approximately 0.05 ppm of gaseous hydrogen peroxide, twenty times lower than OSHA's permissible exposure limit of 1.0 ppm. Like oxygen, gaseous hydrogen peroxide is already present in the air you breathe. Independent testing has repeatedly recorded ozone at 0 ppm, or below the levels measured outdoors, for the full duration of the test.

Verified by Advanced IAQ Solutions (IAQS). Occupied-space safe, with no evacuation and no downtime.

0.05ppm

H₂O₂ produced

1.0ppm

OSHA permissible limit

20×

Below the limit

Get in touch

Start with the building, not a quote.

We begin by understanding the environment and what's actually driving the problem: the building, the air handling, and how the space is really used. What you get back is a specification built around that, not a quote against a template.

  1. 1

    We review what you've told us and come back within one working day.

  2. 2

    A site assessment covering the space, the air handling system, and what's actually driving the problem.

  3. 3

    A written specification and a fixed price, including the ongoing service interval.

hello@eco-airtech.com

Dubai, United Arab Emirates

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