Innovating for a Sustainable Future

We strive to become a global leader in decarbonization, delivering world-class Carbon-Capture solutions

Goal-Driven Research

Building greener futures through constant innovation

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AERSAFE

KARDLE AERSAFE is a portable, modular Carbon Capture and Air Restoration System to capture:CO₂, CO, SOₓ, NOₓ,
PM₂.₅ / PM₁₀ Airborne microbes, allergens, and spores

Laboratory Research
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AERSAFE MINI

Our KARDLE AERSAFE Mini captured 6000+ ppm of CO₂ per minute, demonstrating effective emissions reduction in residential areas

Performance Charts
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BIOTORR

Biotorr is a next generation portable bioreactor system with an automated cell cultivation and product manufacturing system with prolonged and process monitoring.

Industry Awards

ENVIRONMENTAL GAINS

GreenHouse Gas Reduction

Removes up to 400 tons CO₂e/day per unit

Air Quality Improvement

Enhances ambient air quality for both human health and ecosystem resilience.

Waterless & Low Energy

Uses just 0.20 kWh for removing 100 ppm CO₂ and no water is used

Circular Resource Utilization

Converts captured CO₂ into value-added products (e.g., activated carbon, ethanol).

Technology Process

Key research areas

Proven Performance

Data-driven results from our case studies conducted per 24 hours

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CO₂ Reduced

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NOx Reduced

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SOx Reduced

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Power Usage

Direct Air Capture-Case Studies

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Demographics

The case study conducted at the Athipattu Panchayat, located in the Chennai district of Tamil Nadu, India.

Latitude: 13.1395° N

Longitude: 80.2114° E

Inference

Harmful Particulate matter (PM2.5) levels were reduced by 50%. Reduced CO₂ emissions by 20% in just 3 hours compared to baseline levels collected over 24 hours.

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Demographics

The Geographic coordinates for testing the Ambient air quality analysis at Residential/Commercial Zone, Kodambakkam, a locality in Chennai, India. Altitude: 6 meters above sea level

Latitude: 13.1395° N Longitude: 80.2114° E

Inference

CO₂ levels showed a reduction of approximately 50% within the testing period. NOx, SOx, PM10, and PM2.5 concentrations decreased by 20-30%, highlighting the effectiveness of the system in mitigating pollutants that pose significant health risks, particularly in urban and industrial areas.

Direct Air Capture-Case Studies

1

Demographics

The case study conducted at the Athipattu Panchayat, located in the Chennai district of Tamil Nadu, India.

Latitude: 13.1395° N

Longitude: 80.2114° E

Inference

Harmful Particulate matter (PM2.5) levels were reduced by 50%. Reduced CO₂ emissions by 20% in just 3 hours compared to baseline levels collected over 24 hours.

2

Demographics

The Geographic coordinates for testing the Ambient air quality analysis at Residential/Commercial Zone, Kodambakkam, a locality in Chennai, India. Altitude: 6 meters above sea level

Latitude: 13.1395° N Longitude: 80.2114° E

Inference

CO₂ levels dropped by ~50%, while NOx, SOx, PM10, and PM2.5 decreased by 20-30%, proving the system's strong impact on reducing harmful urban and industrial pollutants.