Active In-Duct Air Treatment for Continuous Air Quality Control

Active In-Duct Air Treatment for Continuous Air Quality Control

AEROLYS™ CATALYTIC ARRAY Modules use VL-PCO technology to reduce airborne contaminants and VOCs in real time — directly inside your HVAC system. They are installed inside ducts or AHUs to enable continuous treatment of moving air.

Engineered by PanLys to work

across use cases

BENEFITS

BENEFITS

Maximizes air–surface interaction

Ensures uniform exposure across airflow

Enables high efficiency at real operating velocities

Eliminates untreated airflow zones

What It Does

Reduces airborne microbial load

Breaks down VOCs and odours

Provides active air treatment in a single pass

HOW DOES IT WORK

01

01

Air passes through a Catalytic Array

02

02

Visible light activates catalyst-coated surfaces

03

03

Contaminants interact with active surfaces during airflow

04

04

Air is treated in a single pass

Performance Specifications

Parameter

Parameter

Value

Value

Kill Rate

Kill Rate

Log 6 (99.9999%) single pass

Log 6 (99.9999%) single pass

Reaction Time

Reaction Time

~0.16 seconds

~0.16 seconds

VOC / Odour Removal

VOC / Odour Removal

~1 ppm per minute

~1 ppm per minute

Air Velocity

Air Velocity

Up to 7 m/s

Up to 7 m/s

Pressure Drop

Pressure Drop

< 25 Pa

< 25 Pa

Power Consumption

Power Consumption

~20 W/aft

~20 W/aft

1 module

1 module

400 CFM

400 CFM

Ozone / UV

Ozone / UV

No ozone, no harmful UV

No ozone, no harmful UV

AEROLYZ vs INCUMBENT (IN-DUCT SYSTEMS)

AEROLYZ vs INCUMBENT

(FINE FILTER)

Parameter

Parameter

Standard HVAC

Standard HVAC

Standard
Fine Filter

UV Systems (In-Duct)

UV Systems (In-Duct)

Standard
Fine Filter

AEROLYS™ CATALYST ARRAY

AEROLYS™ CATALYST ARRAY

AEROLYS™ CATALYST ARRAY

Microbial Reduction

Microbial Reduction

Microbial Reduction

✖ None

✖ None

✖ None

⚠ Exposure dependent

⚠ Exposure dependent

⚠ Exposure dependent

✔ High (single pass)

✔ High (single pass)

✔ High (single pass)

VOC Removal

VOC Removal

VOC Removal

✖ None

✖ None

✖ None

✖ Minimal

✖ Minimal

✖ Minimal

✔ Active Degradation

✔ Active Degradation

✔ Active Degradation

Coverage

Coverage

Coverage

✖ None

✖ None

✖ None

⚠ Line-of-sight

⚠ Line-of-sight

⚠ Line-of-sight

✔ Full airflow

✔ Full airflow

✔ Full airflow

Reaction Time

Reaction Time

Reaction Time

N/A

N/A

N/A

✖ High exposure needed

✖ High exposure needed

✖ High exposure needed

✔  Very low (~0.16 s)

✔  Very low (~0.16 s)

✔  Very low (~0.16 s)

Ozone Generation

Ozone Generation

Ozone Generation

✔ None

✔ None

✔ None

⚠ Possible (some systems)

⚠ Possible (some systems)

⚠ Possible (some systems)

✔ None

✔ None

✔ None

Air Velocity Compatibility

Air Velocity Compatibility

Air Velocity Compatibility

✔ Yes

✔ Yes

✔ Yes

⚠ Limited effectiveness

⚠ Limited effectiveness

⚠ Limited effectiveness

✔ Up to 7 m/s

✔ Up to 7 m/s

✔ Up to 7 m/s

Maintenance

Maintenance

Maintenance

Low

Low

Low

Medium

Medium

Medium

Low

Low

Low

Performance values are based on controlled test conditions and may vary depending on the operating environment.

CATALYSE

A CLEANER

TOMORROW

CATALYSE

A CLEANER

TOMORROW

COMPANY

COMPANY

About Us

About Us

Technology

Technology

RESOURCES

RESOURCES

Case Studies

Case Studies

Download Test data

Download Test data

Blogs

Blogs

USA

USA

Delaware, U.S.

Delaware, U.S.

+1 (415) 583 7942

+1 (415) 583 7942

INDIA

INDIA

MGUIF, MG University, Kottayam Kerala

MGUIF, MG University, Kottayam Kerala

+91 70346 86515

© PanLys Inc. 2026