Cities need clean-air solutions that are visible, measurable, and scalable.
Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.
A living climate-tech solution for smarter cities and stronger ESG impact.
#Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture
Carbelim’s algae-based clean air product deployed at IIT Madras uses microalgae-powered photobioreactors to capture CO₂, purify air, generate oxygen, and monitor air quality in real time.
#Carbelim
#IITMadras
#AlgaeTechnology
#Microalgae
#CleanAirTechnology
#AirPurification
#CarbonCapture
#CO2Reduction
#OxygenGeneration
#Photobioreactor
#SustainableCities
#ClimateTech
#GreenInnovation
#UrbanAirPollution
#RealTimeMonitoring
#ESG
#CSR
#SmartCities
#Sustainability
#CleanAirForAll
XtraO2, a Sustainability initiative,designed by Indian oil and customised by Carbelim, is now live at Faridabad
Grateful to Indian oil R&D for this collaboration opportunity.
#XtraO2 #Carbelim #IndianOil #IOCL #Microalgae #CarbonCapture #AirPurification #CleanAir #ClimateTech #Sustainability #NetZero #ESG #DigitalMRV #IoTMonitoring #AirQuality #UrbanPollution #AQIImprovement #NatureBasedSolutions #GreenInnovation #CarbonReduction #CO2Capture #SmartCities
Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.
#Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India
Smart cities need more than digital systems — they need clean air and measurable climate action.
Microalgae carbon capture technology can help cities reduce CO₂, improve air quality, generate oxygen, and support real-time MRV for ESG and net-zero reporting.
By combining photobioreactors, IoT monitoring, and climate-tech innovation, microalgae systems can become living infrastructure for sustainable urban spaces.
Read more:
https://carbelim.io/carbon-capture-smart-cities-microalgae-real-time-mrv/
Businesses are now looking for climate solutions that are not only innovative, but also measurable.
Carbelim’s new blog explains how algae-based carbon capture technology and an algae carbon calculator can help measure CO₂ capture, clean air impact, indoor air quality improvement, ESG value, and real-time carbon monitoring.
Read the full blog here:
https://carbelim.io/carbon-capture-technology-algae-calculator-clean-air-impact/
How can microalgae help capture CO₂?
Photobioreactors use microalgae, light, water, and nutrients to absorb carbon dioxide and release oxygen through photosynthesis.
Learn how this clean air technology supports carbon capture and ESG goals.
Read:
https://carbelim.io/photobioreactor-carbon-capture-microalgae-co2-capture-clean-air-technology/
Big carbon capture claims need real proof.
At Carbelim, we built a free Microalgae Carbon Capture Calculator to measure CO₂ capture, biomass productivity, system efficiency, and real-world assumptions.
Science first. Claims later.
Smart Air Purification and Carbon Capture: Engineering Nature
Smart air purification is shaping the future of clean, sustainable cities by combining nature-based carbon capture with advanced climate technology.
Cleaner air. Lower carbon. Smarter cities.
#SmartAirPurification #CarbonCapture #CleanAirTechnology #SustainableCities #ClimateTech #DirectAirCapture #UrbanAirPurification
Cleaner Air. Smarter Future.
Microalgae-powered air purification & carbon capture by Carbelim.
#ClimateTech #CleanAir #CarbonCapture #Sustainability #CleanTech
Threads
