Satat x Carbelim
SATAT India, proudly partners with Carbelim.io to bring next‑generation living climate technologies to industries, institutions, and urban ecosystems. Together, we enable organizations to adopt intelligent, nature‑based solutions that improve air quality, strengthen ESG performance, and drive measurable climate action.
What is Carbelim Doing?
Carbelim develops next‑generation microalgae systems that actively remove CO₂, pollutants, and toxins from the air while producing clean oxygen. Their solutions integrate nature‑inspired biotechnology with IoT monitoring and AI control, enabling cities, industries, and institutions to improve air quality, reduce emissions, and build sustainable infrastructure.
Product Advantages
- Captures 99% pollutants & pathogens
- Generates fresh, clean oxygen
- Energy‑efficient operation
- Easy to maintain
- Customizable design for any space
Products They Offer
01.
Biomimetic Façade™
Living microalgae panels installed on building exteriors that capture 52 kg CO₂ per m²/year, filter pollutants, and generate oxygen.
Useful for: Green buildings, ESG compliance, carbon‑neutral architecture.
02.
AirForest™
Indoor air‑purification walls that continuously capture CO₂ and release oxygen equivalent to 15 mature trees.
Useful for: Schools, offices, hospitals, indoor public spaces.
03.
PureAir Tower™
Vertical outdoor purification towers that remove 95% pollutants and sequester 350 kg CO₂/year.
Useful for: Corporate campuses, parks, urban hotspots, high‑traffic zones.
04.
EV‑Algae Hub™
EV charging stations integrated with microalgae bioreactors that neutralize vehicle emissions and release oxygen.
Useful for: EV stations, parking zones, smart city infrastructure.
05.
CleanAir Hub™
Public seating that doubles as an air‑purification system, capturing CO₂ and releasing oxygen.
Useful for: Bus stops, parks, campuses, community spaces.
06.
MiniForest Max™
Advanced 6‑in‑1 indoor purifiers combining microalgae, HEPA, UV‑C, and IoT monitoring.
Useful for: Labs, large rooms, institutions, high‑occupancy indoor spaces.
07.
MiniForest™
Compact desktop purifiers equivalent to 60 live plants, ideal for personal spaces.
Useful for: Work desks, bedrooms, cabins, gifting.
08.
CorePod™ + AlgaePod™
Containerized photobioreactors converting waste CO₂ into high‑value ingredients like astaxanthin.
Useful for: Cosmetics, nutraceuticals, food production, industrial CO₂ utilization.
Key Features
SATAT’s eco‑innovation combines microalgae bioreactor technology with multi‑stage filtration and AI‑driven optimization to deliver efficient carbon capture and air purification. Designed for low‑energy, zero‑waste operation, it transforms CO₂ into oxygen and biomass for a climate‑positive impact.
Microalgae Bioreactor Technology
Captures CO₂ up to 400× more efficiently than trees and generates oxygen continuously.
AI‑Driven Optimization
Automated control of light, airflow, and nutrients for maximum carbon capture and purification.
Energy‑Efficient Operation
Low‑power systems with optional solar‑hybrid modes for net‑zero performance.
Multi‑Stage Filtration
Removes PM2.5, PM10, NO₂, SO₂, VOCs, heavy metals, and pathogens with up to 99% efficiency.
Zero‑Waste, Climate‑Positive Design
Converts CO₂ into oxygen, biomass, and valuable industrial ingredients.
Why Choose Carbelim?
- Biotechnology + Engineering + AI for maximum climate impact
- Measurable results: CO₂ capture, pollutant removal, oxygen generation
- Active air purification for PM2.5, PM10, NO₂, SO₂, VOCs, pathogens
- Continuous oxygen generation equivalent to multiple mature trees
- IoT dashboards for real‑time ESG and environmental data
- Modular & scalable systems for any environment
- Low maintenance & energy‑efficient operation
- Future‑ready climate infrastructure aligned with global sustainability standards
Applications of Carbelim
Urban Infrastructure - Air purification for polluted city zones
Corporate & Institutional Campuses - Cleaner indoor/outdoor environments
Smart Cities & Government Projects - Carbon neutrality & public health
Industrial CO₂ Utilization - Converting emissions into valuable ingredients
Education & Healthcare - Oxygen rich spaces for learning and recovery
