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

PROBLEMS WE SOLVE

We solve contamination risks

We solve contamination risks

We solve contamination risks

SPACES WE SERVE

SPACES
WE SERVE

critical infrastructure environments.

critical infrastructure environments.

critical infrastructure environments.

PanLys provides disinfection and sterilization technologies for Target Sectors

Sterile

Cleanrooms

Controlled

Ripening

Odor

Control

Grade A
Offices

Airports /

Train Stations

Food Supply

Chain

Vehicle Cabin

Air Quality

Transit

Air Quality

HAI

Prevention

ICUs /

NICUs

Pharma

Manufacturing

IVF

Labs

Sterile

Cleanrooms

Controlled

Ripening

Odor

Control

Grade A
Offices

Airports /

Train Stations

Food Supply

Chain

Vehicle Cabin

Air Quality

Transit

Air Quality

HAI

Prevention

ICUs /

NICUs

Pharma

Manufacturing

IVF

Labs

TECHNOLOGY

Visible Light Photocatalytic Oxidation
(VL-PCO)

Worlds first nano-catalyst coating engineered for precise activation by visible light

Worlds first nano-catalyst coating engineered for precise activation by visible light

Worlds first nano-catalyst coating engineered for precise activation by visible light

VL-PCO is a photocatalytic oxidative technology that employs visible light to activate the catalyst which in turn eliminates the bioburden. Photocatalytic oxidative technology that is active by UVC was developed by the NASA 20 years back to protect their space station against VOCs (Volatile Organic Compounds). We have finetuned the catalyst to be activated at 410nm and enhanced the kill rate to get an effective sterilization with a contact time of 0.16 seconds.

VL-PCO is a photocatalytic oxidative technology that employs visible light to activate the catalyst which in turn eliminates the bioburden. Photocatalytic oxidative technology that is active by UVC was developed by the NASA 20 years back to protect their space station against VOCs (Volatile Organic Compounds). We have finetuned the catalyst to be activated at 410nm and enhanced the kill rate to get an effective sterilization with a contact time of 0.16 seconds.

LECO technology does not produce any hazardous biproducts, making it a safe and environmentally friendly option for eliminating bioburden.

It has been shown to be effective in eliminating a wide range of microorganisms, including bacteria, viruses, and mold. The kill rate is upto 100% or Log 9 in a single pass

The technology can be used in various applications due to its maluble form factor and low energy requrement.

OUR SOLUTIONS

AEROLYS

100% Air Sterilization in a single pass

Healthcare-centric designed air sterilizers that are powered by visible light photocatalytic oxidative technology. The technology is intrinsically safe even for the immunocompromised and eliminates pathogens up to 100% in a single pass.

In a Single pass, 100% of the pathogen load is eliminated

Will never produce ozone

No heat generated

Extremely low energy usage, for example, 1.5 watts for 400 cfm of air

AQUALYS

100% Air Sterilization in a single pass

Healthcare-centric designed air sterilizers that are powered by visible light photocatalytic oxidative technology. The technology is intrinsically safe even for the immunocompromised and eliminates pathogens up to 100% in a single pass.

In a Single pass, 100% of the pathogen load is eliminated

Will never produce ozone

No heat generated

Extremely low energy usage, for example, 1.5 watts for 400 cfm of air

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

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

Dr. V. Ramadevi

Head of the Department (HOD) & Professor of Plastic Surgery,

Kilpauk Medical College, Chennai

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

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