Sustainable Indoor Air Quality powered by Visible Light

Sustainable Indoor Air Quality powered by Visible Light

Our VL-PCO platform powers next-generation sustainable air systems that continuously destroy microbes and pollutants — advancing health, efficiency, and longevity across buildings, critical facilities, and F&B environments.

10x

bioburden reduction from air in 24 hours.

OUR PARTNERS

OUR PARTNERS

We solve contamination risks in critical infrastructure environments.

We solve contamination risks

in

critical infrastructure environments.

Cleanroom Contamination

Produce Freshness Loss

VOC & Odour

Reactive Gas Buildup

Cabin Air Quality

Airborne Infections

High-Density Indoor Spaces

Airports / Train Stations

Food Supply Chain

ICUs / NICUs

Pharma Manufacturing

IVF Labs

PROBLEMS WE SOLVE

SPACES WE SERVE

Cleanroom Contamination

Produce Freshness Loss

VOC & Odour

High-Density Indoor Spaces

Public Mobility

Food & Cold Chain

Reactive Gas Buildup

Cabin Air Quality

Airborne Infections

Healthcare Facilities

Pharma

Manufacturing

IVF

Labs

PROBLEMS WE SOLVE

SPACES WE SERVE

TECHNOLOGY

TECHNOLOGY

VISIBLE LIGHT

PHOTOCATALYTIC OXIDATION

(VL-PCO)

VISIBLE LIGHT

PHOTOCATALYTIC OXIDATION

(VL-PCO)

Continuous oxidation of airborne contaminants using visible light.

Continuous oxidation of airborne contaminants using visible light.

Continuous oxidation of airborne contaminants using visible light.

VL-PCO uses visible light to activate a nano-engineered catalyst that continuously breaks down harmful airborne contaminants.

It works in normal lighting—no high-energy UV or heavy filtration—targeting VOCs, reactive gases, and microbes at the molecular level.

The result: cleaner air in real time—reduced chemical buildup, eliminated odours, and inactivated pathogens.

All with low energy use, seamless integration, and no harmful byproducts.


VL-PCO uses visible light to activate a nano-engineered catalyst that continuously breaks down harmful airborne contaminants.

It works in normal lighting—no high-energy UV or heavy filtration—targeting VOCs, reactive gases, and microbes at the molecular level.

The result: cleaner air in real time—reduced chemical buildup, eliminated odours, and inactivated pathogens.

All with low energy use, seamless integration, and no harmful byproducts.


Safe for Continuous Use


Operates without generating ozone or harmful residues, making it safe for occupied environments.

Real-Time Effectiveness


Continuously reduces VOCs, reactive gases, and microbes under normal operating conditions.

Seamless Integration


Easily integrates into ducts, filters, standalone units, and mobility systems.

OUR SOLUTIONS

OUR SOLUTIONS

AEROLYS™ BioFILTER

AEROLYS™ BioFILTER

Coated Filters for AHU/ Ducted
systems.

AEROLYS™ BIOFILTER COARSE and FINE are staged HVAC filters for AHU and duct systems, combining particulate capture with catalytic action to remove larger and finer particles while supporting VOC degradation across upstream and final-stage filtration.

LEarn More

AEROLYS™ INDUCT

Coated Baffle systems for AHU/duct systems.

AEROLYS™ INDUCT install directly inside ducts or AHUs to deliver continuous, real-time treatment of moving air — reducing microbial load and breaking down VOCs beyond what filtration alone can achieve.

AEROLYS™ RAC

AEROLYS™ RAC

AC-integrated filter with active air treatment.

AEROLYS™ RAC Filters are designed for integration inside standard AC systems — adding active air treatment capability without major modification. Built for OEM and HVAC integrators.

AEROLYS™ ASR

AEROLYS™ ASR

Plug-and-play multi-stage air treatment unit.

AEROLYS™ ASR units are standalone air treatment systems that combine multi-stage filtration with active catalytic treatment — delivering consistent air quality without reliance on existing HVAC infrastructure.

OUR INSTALLATIONS

OUR INSTALLATIONS

Bowring & Lady Curzon

Hospitals, Bengaluru

ESI Hospital,

Bengaluru

Bowring & Lady Curzon

Hospitals, Bengaluru

ESI Hospital,

Bengaluru

Bowring & Lady Curzon

Hospitals, Bengaluru

ESI Hospital,

Bengaluru

District Hospital, Chikkaballapur

Government Medical College,
Thiruvananthapuram

Kilpauk Medical College, Chennai

Kidwai Memorial Institute of Oncology, Bangalore

Sri Jayadeva Institute of Cardiology, Bengaluru

District Hospital, Chikkaballapur

Government Medical College,
Thiruvananthapuram

Kilpauk Medical College, Chennai

Kidwai Memorial Institute of Oncology, Bangalore

Sri Jayadeva Institute of Cardiology, Bengaluru

District Hospital, Chikkaballapur

Government Medical College,
Thiruvananthapuram

Kilpauk Medical College, Chennai

Kidwai Memorial Institute of Oncology, Bangalore

Sri Jayadeva Institute of Cardiology, Bengaluru

TESTIMONIAL

TESTIMONIAL

There was a significant reduction in odour in the room, besides no pathogenic aerobic bacterial growth noticed, in the test culture.

There was a significant reduction in odour in the room, besides no pathogenic aerobic bacterial growth noticed, in the test culture.

Dr. V. Ramadevi

Head of the Department (HOD) &

Professor of Plastic Surgery,

Kilpauk Medical College, Chennai

ACCOLADES

ACCOLADES

Fellow of Global
Entrepreneurship Program

Department for Business and Trade, UK

Top 100 Startups To Watch Out For, 2023

IDFC bank, Money Control, CNBCTV18 Published in the Fortune magazine

Top 3 start up at Capital café

TIE Kerala

CATALYSE

A CLEANER

TOMORROW

CATALYSE

A CLEANER

TOMORROW

CATALYSE

A CLEANER

TOMORROW

CATALYSE

A CLEANER

TOMORROW

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