Nano-Confined Catalytic Oxidation

A next-generation catalytic air purification technology designed for continuous, safe, and measurable indoor air transformation.

Logo with yellow bubbles and blue text reading 'ncco' and 'Nano Confined Catalytic Oxidizer.'

Nano-Confined Catalytic Oxidation (NCCO) is a cutting-edge solution that continuously decomposes airborne pollutants through a catalytic chamber.

By utilizing nano-technology, NCCO effectively breaks down harmful substances such as VOCs, formaldehyde, viruses, and bacteria into harmless molecules like carbon dioxide and water vapor — ensuring a constant flow of clean air.

Advanced Catalytic Air Purification

NCCO TECHNOLOGY ADVANTAGES

Engineered for Continuous Air Purification

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A black outline of a circular arrow indicating refresh or update, with a moon inside the circle and a star or sparkle in the top right corner.

Continuous Catalytic Decomposition

Pollutants are actively broken down at the molecular level not stored or asked ensuring long-term purification without saturation.

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No Filter Saturation

Eliminates filter clogging and media
replacement cycles by decomposing
pollutants rather than storing them.

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Stable Long-Term Performance

Maintains measurable purification efficiency
over extended operational lifespans
with minimal maintenance

TECHNOLOGY MECHANISM

How NCCO Works

Diagram showing the process of air purification. It starts with air intake capturing incoming air and suspended particles, followed by pre-filtration removing larger particles. Catalytic activation initiates controlled oxidation, then an NCCO reaction core breaks down pollutants at a molecular level, leading to clean, purified, and stabilized air output with steam.
Diagram showing the process of air purification. It starts with air intake capturing incoming air and suspended particles, followed by pre-filtration removing larger particles. Catalytic activation initiates controlled oxidation, then an NCCO reaction core breaks down pollutants at a molecular level, leading to clean, purified, and stabilized air output with steam.

Air passes through a staged system that removes particles, adds active oxygen, and uses catalysts to convert pollutants.

Nano-Confined Catalytic Oxidation (NCCO) uses a controlled catalytic layer to continuously break down airborne contaminants at the molecular level.

It combines an active oxygen source with a patented nano-confined layer of recyclable minerals and transition-metal catalysts. This setup adsorbs and oxidizes VOCs, formaldehyde, bacteria, viruses, and other gases.

Instead of trapping pollutants, NCCO chemically converts them into harmless water vapor and carbon dioxide, providing long-lasting purification without saturation.

Effective Removal Performance

Removes inhalable particles, harmful chemicals, bacteria, fungi, and viruses with consistently high efficiency.

Inhalable (PM2.5) - 99.25%
Inhalable (PM10) - 97.60%
Formaldehyde - 99.1%
Benzene - 99.18%
Tetrachloroethylene - 99.55%
Ethylbenzene - 99.98%
Acetic Acid - 99.94%
Acetaldehyde - 99.54%
Toluene - 99.97%
Hydrogen Sulfide - 96.97%
Acetone - 99.94%
Ammonia - 95.65%
Staphylococcus albus - 99.92%
Escherichia coli - 97.92%
Staphylococcus aureus - 99.92%
Candida albicans - 99.92%
H3N2 Influenza Virus - 99.97%
Coronavirus (COVID-19) - 99.98%

Reports
Reports

Modern Indoor Air Contains More Than You See

Indoor environments accumulate microscopic pollutants that influence comfort, cognition, and long-term air quality

A digital infographic highlighting common indoor air pollutants: VOCs, allergens, bacteria and viruses, and odors and gases, with icons and descriptions for each.

HVAC Systems Move air, not purify it

Other Air Purifiers Trap pollutants, don't eliminate them

NCCO Technology Breaks down pollutants at a molecular level into harmless compounds

APPLICATIONS

Today, NCCO is used in 26+ countries, installed in over 200 medical institutions, and trusted by 500+ organizations worldwide.

Engineered for Diverse Indoor Environments

Trusted Worldwide

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Residential Spaces

For homes worldwide From apartments to contemporary living spaces Bedrooms, nurseries, and family rooms Engineered for everyday comfort. Designed for healthier indoor living.

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Healthcare & Medical

China - Sun Yat-sen University Hospital
Greece - Trikala Hospital
Thailand - Chulalongkorn Medical College
Hong Kong - Hospital Authority facilities
Global - 200+ hospitals worldwide

Illustration of laboratory beakers and test tubes with bubbles and gears.
Illustration of laboratory beakers and test tubes with bubbles and gears.

Transportation & Infrastructure

Japan — Commercial & Industrial Applications
Hong Kong — International Airport
China — Public Hospitals & Transport Systems
Greece — Naval & Public Hospitals
Thailand — Medical Universities & Facilities

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Healthcare & Clinical Settings

Hong Kong — HSBC buildings & data centers
Japan — Yamasa industrial applications
USA / Global brands — Oregon Scientific deployments
Multiple countries — Offices & commercial buildings worldwide

SCIENTIFIC VALIDATION

Technology goes beyond innovation

NCCO air treatment technology supported by globally recognized certification and demonstrated through real-world application.

Compliant with international standards including FDA and CE, NCCO meets rigorous requirements for safety and performance.

Trusted across hospitals, transportation systems, commercial environments, and modern homes worldwide, NCCO establishes a new benchmark for sustainable and effective air treatment.

Logos of four certifications: California Air Resources Board for air quality, RoHS for hazardous substances regulation, Allergy UK for allergy certification, and Guangdong Detection Center of Microbiology for microbiology testing authority.
Logos of FDA, CE, Jiangsu Center for Disease Control and Prevention, China Quality Certification Center, and Intertek, representing health, safety, and quality certifications.

ACADEMIC FOUNDATION

Rooted in top-tier research and innovation from Dr. Ezra Kwok of UBC, NCCO technology is trusted by leading academic and scientific bodies worldwide

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