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
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
AERSAFE MINI
Our KARDLE AERSAFE Mini captured 6000+ ppm of CO₂ per minute, demonstrating effective emissions reduction in residential areas
BIOTORR
Biotorr is a next generation portable bioreactor system with an automated cell cultivation and product manufacturing system with prolonged and process monitoring.
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).
Proven Performance
Data-driven results from our case studies conducted per 24 hours
CO₂ Reduced
NOx Reduced
SOx Reduced
Power Usage
Direct Air Capture-Case Studies
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.
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
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.
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.