In-duct · whole building

The HVAC

Our flagship in-duct system. Fitted inside the ductwork you already have, it turns the air conditioning that currently circulates contamination into the thing that removes it.

Airborne mould spores: 99.9%Airborne mould spores5 days
TVOC & formaldehyde: 99.9%TVOC & formaldehyde5 days
MRSA, air & surface: 99.9%MRSA, air & surface5 days
Surface mould spores: 90.0%Surface mould spores5 days

ARC®Bi-Polar Ionisation

Why this unit

Coverage: 800 – 3,300 sq ft
Mounting: Installed into existing ductwork
Best suited to: Large commercial spaces
Offices
Schools & daycares
Hospitals & clinics
Nursing homes
Hotels
Distribution centres

The HVAC unit installs directly into existing ductwork and works in tandem with the incoming airflow from your air handling system. As air passes across the ARC® cell, cleaning agents are introduced into the ducting and carried through the whole building.

That distribution is the point. Because the agents travel as a vapour with the air, coverage is even across every served room, including the parts of the building nobody thinks to clean, and the inside of the ductwork itself.

Keeping ducts clear of contaminant build-up also reduces strain on the system. Cleaner ducts mean more efficient airflow, better performance from the air handling equipment, and less mould-related maintenance over the life of the installation.

Retrofits into existing systems
No replacement plant, no redesign. It fits the ductwork already in the building and works alongside your current air handling units.
Even air distribution
Uses the duct network you already have to distribute treated air evenly, giving comprehensive coverage across large or subdivided spaces.
Keeps ductwork clean
Actively reduces contaminant build-up inside the ducts themselves, improving airflow efficiency and the working life of the equipment.
Low maintenance
Straightforward to monitor and service, with no daily intervention required from building staff.

Test results

Published studies on this unit.

Each is shown with the exact configuration, technologies, duration and administrator that produced it.

Field test

Occupied workplace, no filter fitted

>99.99% reduction of airborne mould spores

Commercial office, active solution

The in-duct unit running as an active solution alone, with no filtration assistance, isolating what the technology itself contributes.

Measured reductions for Commercial office, active solution
Contaminant	Medium	Reduced
Mould spores	Airborne	>99.99%
HCHO (formaldehyde)	Airborne	>99.90%
TVOC	Airborne	>99.00%
Bacteria counts	Airborne	>95.00%
Bacteria counts	Surface	90.00%

“It is my considered observation that pureAir HVAC does provide a rapid and significant reduction of the typical contaminants tested. The levels achieved and maintained during this test were far below any known standard or established TLV. It is my considered opinion that this sustained condition would not be typical or possible without the continuous use of this product.”
Keith Roe · Advanced IAQ Solutions

Product: HVAC (active solution only, no filter)
Technologies: PCO / BPI
Duration: 5 days, real-time measurement
Test space: Commercial office space
Administered by: Advanced IAQ Solutions (IAQS)

Ozone levels remained below TLV guidance and below the levels measured outdoors.

Field test

1,240 sq ft, HVAC unit paired with a treated filter

>99% reduction of airborne mould, bacteria, TVOC and odours

Commercial office, active + passive

The same environment with an ODOGard®-coated MERV 13 filter added. This is the configuration we specify by default, and the difference it makes is the clearest argument for treating active and passive technology as one system.

Measured reductions for Commercial office, active + passive
Contaminant	Medium	Reduced
Bacteria counts	Airborne	>99.99%
TVOC	Airborne	>99.99%
HCHO (formaldehyde)	Airborne	>99.99%
Odour intensity	Airborne	>99.99%
Mould spores	Airborne	>99.94%

“It is my considered observation that HVAC in combination with an ODOGard coated filter does provide a rapid and significant reduction of the typical air and surface contaminants tested. In my considered opinion, the sustained condition would not be achievable without the continual use of the technology represented.”
Keith Roe · Advanced IAQ Solutions

Product: HVAC + treated filter (active + passive)
Technologies: PCO / BPI / ODOGard® MERV 13
Duration: 5 days, real-time measurement
Test space: 1,240 sq ft room
Administered by: Advanced IAQ Solutions (IAQS)

Ozone levels were 0 ppm throughout the duration of the test.

Laboratory

Controlled chamber · stainless steel coupons

86.98% inactivation of SARS-CoV-2 on surfaces

Surface inactivation of SARS-CoV-2

Test samples showed 0.89 log lower infectivity of SARS-CoV-2 compared with control samples after four hours of exposure.

Product: HVAC (active solution only)
Technologies: PCO / BPI
Duration: 4 hours
Test space: 9 × 9 × 9 ft test chamber
Administered by: MRIGlobal

Laboratory

Controlled chamber · glass coupons

>99.99% inactivation of MRSA on surfaces

Surface inactivation of MRSA

Test samples showed greater than 4.75 log lower infectivity of MRSA compared with control samples after six hours. The test also demonstrated that the technology did not raise chamber concentrations of H₂O₂ or O₃.

Measured reductions for Surface inactivation of MRSA
Contaminant	Medium	Reduced
MRSA, PCO / 20% O₃	Surface	>99.99%
MRSA, 50% O₃	Surface	>99.95%
MRSA, PCO / BPI / 20% O₃	Surface	93.93%

Product: HVAC (active solution only)
Technologies: PCO / 20% O₃
Duration: 6 hours
Test space: Controlled test chamber
Administered by: Microchem

All four configurations run for 6 hours in a controlled chamber at Microchem, with no filter fitted.
Each configuration was run for the same duration under the same chamber conditions.

The rest of the range

Compare all five

Free-standing · no installation

The Portable

up to 1,500 sq ft

The whole system in a unit you can carry. No installation, no ductwork, no commitment. Plug it in and move it to wherever the problem is.

Airborne mould spores: 99.9%Airborne mould sporesARC + BPI + ODOGard®
TVOCs: 99%TVOCsARC + BPI + ODOGard®

Wall mounted · in-duct

The 750+

up to 1,000 sq ft

The most tested unit in the range, and the one behind our strongest live-environment results. Wall mount it in a room or fit it in-duct with no invasive works, then unplug it and take it with you to the next property.

Airborne mould spores: 99.9%Airborne mould spores48 hours
Surface mould spores: 97.5%Surface mould spores48 hours

Internal mount · concealed

The PTAC

up to 700 sq ft

A permanently mounted internal unit for spaces where ductwork access is limited. It is also our clearest answer to the fan and coil surfaces inside your AC unit.

Mould on fan & coil surfaces: >99.99%Mould on fan & coil surfaces5 days
TVOC: >90%TVOC5 days

Large volume · industrial

The OverWatch

270 – 10,000 sq ft and up to 160,000 ft³

Built for volume. Where a space is measured in cubic feet rather than floor area (warehouses, plant rooms, sports halls, food handling), this is the unit that covers it.

Cubic feet covered: 160,000Cubic feet coveredmaximum volume
Square feet covered: 10,000Square feet coveredmaximum floor area

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
We review what you've told us and come back within one working day.
2
A site assessment covering the space, the air handling system, and what's actually driving the problem.
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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