Our Technology
Harnessing Nature,
Engineered for the Future
At Carbelim®, our core technology is inspired by the most efficient carbon-capturing organism on Earth—microalgae. Using advanced engineering, AI-integrated systems, and modular design principles, we have developed a cutting-edge platform that delivers real-time carbon capture, air purification, and bio-based product generation. Our mission is to redefine how cities, infrastructure, and buildings interact with the atmosphere by turning emissions into assets.
Pollutants to Protein:
The Complete Process
Real Time AQI Monitoring & Automation
All Carbelim systems are powered by AI-driven monitoring and IoT sensors for real-time environmental intelligenceand remote management.
Advance App Monitoring
Parameter Monitoring
01
Air Quality Index (AQI)
02
Carbon Dioxide (CO₂) levels
03
Particulate Matter (PM10 / PM2.5)
04
Total Volatile Organic Compounds (TVOC)
05
Formaldehyde (HCHO)
06
Temperature and Humidity
Biomimetic Carbon
Capture Systems
Carbelim’s biomimetic photobioreactor technology replicates and enhances the natural photosynthesis process. We cultivate high-performance strains of microalgae in specially designed chambers that optimize light, temperature, nutrient flow, and gas exchange—maximizing CO₂ absorption and oxygen release in both indoor and outdoor environments.
Key Features:
01
Multi-patent-applied closed photobioreactor design
02
Utilizes sunlight or artificial grow lights based on deployment needs
03
High-density algal cultivation using fiber-reinforced, transparent materials
04
Real-time monitoring and control systems for environmental optimization
05
Zero-emission, zero-waste, circular production model
01
Carbelim Biomimetic Façade™ (CBF)
The CBF™ is a vertical carbon capture façade that transforms building envelopes into active, breathable systems. Designed for seamless integration into architecture, the CBF™ acts as a living filter that captures CO₂, removes airborne pollutants, and releases purified oxygen.
Scientific Benefits
Absorbs carbon dioxide continuously throughout the day
Filters PM2.5, PM10, VOCs, and harmful gases from ambient air
Releases fresh oxygen, improving local air quality
Reduces urban heat island effect via evaporative cooling
Contributes to LEED certification and ESG goals
Engineering Details
Constructed using lightweight composite panels with transparent Teflon or acrylic fronts
Designed for low maintenance and long-term operational efficiency
Customizable to fit facades, skylights, balconies, and partitions
Functions in both indoor and outdoor installations
02
AlgaPod™:
The Compact Spirulina
Micro-Farm
The AlgaPod™ is a self-contained spirulina cultivation system designed for scalable deployment in remote, urban, or climate-sensitive environments. It transforms CO₂ into high-protein biomass while purifying the air.
Performance Metrics
Annual CO₂ Offset
Up to 7,200 kg per unit (≈ 300 trees)
Protein Output
~3,600 kg of spirulina biomass annually
Energy
Solar-powered with LED backup
Water Use
Closed-loop system; 98% more efficient than traditional farming
Products
Spirulina powder, phycocyanin extract, protein supplements
Applications
Government nutrition programs
Urban farming initiatives
Military and disaster relief nutrition
NGO-led health and food security projects
Who Can Use AlgaPod™
Agripreneurs & Social Entrepreneurs
Launch profitable microalgae farms producing high-value superfoods like spirulina, with opportunities in bulk sales, retail, and nutraceutical markets.
Government Programs & NGOs
Support school feeding schemes, community health initiatives, and food security projects with localized, carbon-negative spirulina production.
Disaster Relief & Military Operations
Deploy AlgaPod™ in remote, high-stress environments to deliver high-protein, immune-boosting nutrition for soldiers, refugees, and emergency response teams.
Humanitarian & Refugee Services
Provide essential nutrition in crisis zones using a compact, self-sustaining system operable without reliance on external logistics or fertile land.
Research Institutions & Universities
Utilize AlgaPod™ for academic studies on algae-based food systems, carbon capture, biotechnology innovation, and hands-on sustainability education.
Food & Beverage Companies
Incorporate spirulina and phycocyanin into functional foods, health drinks, supplements, protein snacks, and natural cosmetic formulations.
Research-Backed.
Globally Recognized.
Supported by The Catalyst Accelerator (backed by bp and Masdar City), and backed by key stakeholders including IIT Madras Incubation Cell and IIM Lucknow Enterprise Incubation Centre, Carbelim scales science-driven solutions to build healthier, climate-resilient cities.
Contact UsBuilt for the
Future
From public infrastructure to private real estate, from EV charging stations to smart city corridors—Carbelim’s integrated CCU systems are scalable, intelligent, and future-ready.
We turn CO₂ into clean air, nutrition, and opportunity—delivering measurable climate impact across the built environment.