Biomimetic Technology: Living Carbon Sinks
Discover how Carbelim transforms buildings into living carbon sinks through innovative microalgae photobioreactor technology.
Microalgae Photobioreactor Based Biomimetic Facade™: Living Carbon Sinks
Our flagship Biomimetic Façade™ turns building walls into “living carbon sinks,” sequestering ~52 kg of CO₂ per m² annually. Each façade module not only absorbs carbon but also filters pollutants and generates oxygen equivalent to two full-grown trees.
In essence, we cultivate a new kind of carbon sink solution – one that integrates seamlessly into urban infrastructure. The façade architecture is biomimetic, imitating the way green plants cover surfaces to capture sunlight and CO₂, but with the supercharged efficiency of microalgae.
At the core of Carbelim’s technology are advanced multi-patent applied bio-mimetic photobioreactor systems that harness microalgae for carbon capture. These systems circulate microalgae cultures through specially designed panels and chambers, exposing them to air and light. As air passes through, the microalgae absorb CO₂ and pollutants as nutrients – essentially performing direct air capture biologically.
Through photosynthesis, the algae rapidly convert CO₂ into biomass and release fresh oxygen. This algae-based carbon capture process is remarkably efficient: microalgae can fix carbon up to 400× faster per unit area than mature trees, allowing us to achieve significant CO₂ uptake in a compact footprint.
Performance Metrics
Oxygen production per square meter
AI-Integrated Real Time CO₂ Monitoring
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Real-Time Sensing
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AI Optimization
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Cloud Analytics
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Autonomous Operation
AI-Powered Real-Time Monitoring & Remote Management
Data Reports & Graphs
Transformative Effects
A single Carbelim system delivers measurable, transformative improvements to indoor and outdoor air quality. Our bio-filtration process called biosorption captures particulate matter while dramatically reducing harmful pollutants and emissions. Deployment in source locations can potentially achieve a 60-70% reduction in CO₂ emissions.
Simulation Data on Monthly CO₂ Level Reduction Using a Single Carbelim System: The impact is expected to double in smoking rooms or similar environments due to higher CO₂ concentrations, which boost micro-algae absorption, accelerating growth and improving air purification efficiency.
The Living Impact of Algal Purification
Before (Pre-Installation)
- High levels of pollutants, CO₂ and odors in the surroundings
- Limited fresh air circulation in high-traffic indoor areas like lounges and walkways
After (Post-Installation)
- Drastic reduction in CO₂ and airborne pollutants
- Fresh oxygen and improved air quality
- Enhanced passenger experience
Photobioreactor Architecture
Energy Efficiency
Minimal energy requirements: roughly 80-110 kWh per year per sqm, less than an outdoor light
Easy Installation
Modular sections scale to cover entire buildings or integrate as "green wall" accents with straightforward mounting
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Safety & Reliability Features
The result is a turnkey decarbonization technology that can be incorporated into buildings of various types, effectively turning architecture into active carbon-capturing, air-purifying elements. Our comprehensive safety systems ensure reliable, long-term operation with minimal maintenance requirements.
UV-C Sterilization
Removing airborne viruses and bacteria before discharge of air
Automated System
Prevent spills or leaks with redundant safety systems
Durable Materials
Built with long-lasting components for 10+ year lifespan