Nature-Based Carbon
Capture and Utilisation (CCU)
for Climate-Positive Cities

Carbelim® pioneers climate tech solutions using microalgae to capture CO₂, purify air, and produce high-value bio-products. We make dense cities breathable again.

Active CO₂ Sequestration

Converts carbon emissions into biomass.

Air Pollutant Filtration

Captures PM2.5, PM10, VOCs, CO, and HCHO.

Oxygen Generation

Enhances indoor and outdoor air quality.

About Us

At Carbelim®, we are at the forefront of climate tech innovation, pioneering nature-based carbon capture and utilisation (CCU) systems that harness the photosynthetic power of microalgae to combat urban air pollution and reduce greenhouse gas emissions. As a deep-tech, science-driven startup, we merge biotechnology, sustainable engineering, and urban design to deliver scalable solutions that decarbonize cities, enhance air quality, and support global environmental targets.

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Our Mission

Our mission is to deliver high-efficiency carbon capture technologies where conventional green infrastructure cannot—dense urban zones, indoor spaces, transportation corridors, and industrial infrastructure. Through our advanced CCU systems, we convert harmful emissions into high-value bio-based products, including vegan omega-3 oil, plant protein, and oxygen-enriched clean air.

Our Vision

A world where carbon emissions become a resource, and every building helps regenerate the future.

What We Offer

Transforming Emissions into
Circular Bioeconomy
Products

Carbelim® redefines the future of carbon utilization through its integration of environmental engineering and product innovation. Our systems don’t just capture carbon—they convert it into commercial-grade, eco-friendly alternatives:

Vegan Omega-3 Oil

A plant-based, DHA- and EPA-rich oil sourced from microalgae like Arthrospira and Crypthecodinium.

Plant-Based Protein Powder

Algal biomass for foods, aquafeed, and humanitarian nutrition.

Algal Derivatives

Phycocyanin, bioplastics, and ingredients for clean energy and cosmetics.

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Environmentally

Biomimetic Technology
Inspired by Nature

Our multi-patent-applied photobioreactor systems replicate nature’s carbon removal mechanisms. We cultivate microalgae using sunlight or grow lights, nutrient optimization, and AI-driven monitoring to deliver:

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Continuous CO₂ sequestration

Filtration of PM2.5, PM10, VOCs, CO, and HCHO

Oxygen generation

Sustainable algal biomass production

Our Work Process

How Our CCU Systems Work

01

Microalgae Cultivation

Inside patented photobioreactors under optimized light and nutrients

02

Carbon Capture

CO₂ from air is fed and absorbed into the algal system

03

Biomass Harvesting

Algae is collected using auto-centrifugation

04

Product Conversion

Biomass is processed into vegan omega-3, protein, and bioproducts

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Why Choose Us

What Sets Carbelim®
Apart?

Carbelim® combines advanced science with sustainable design to deliver high-impact climate solutions for modern cities. Our systems are engineered for real-time performance tracking and environmental impact, using AI-integrated IoT technology alongside nature-inspired carbon capture. Every unit is built to align with global sustainability standards while contributing to a regenerative circular bioeconomy. With strong validation from leading institutions like IIT Madras, IIM Lucknow, BP, and Masdar City’s Flat6Labs, Carbelim® represents a trusted, future-ready partner in clean air innovation.

  • Multi-patent applied nature-based CCU

  • Real-time environmental monitoring

  • Integrated IoT, AI & architectural design

  • Circular bioeconomy outputs

  • Backed by IIT Madras, IIM Lucknow, BP & Masdar City via Flat6Labs

  • Compliant with LEED, WELL & ESG standards

View All Services

Partner with us to
create carbon-neutral,
air-purifying infrastructure.

Call For Help

+91-91234-56789

Free Consultancy

Our Partners

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Frequently Asked Questions

How do Carbelim® systems monitor air quality?

What pollutants are removed by microalgae?

How much CO₂ does an AlgaPod™ offset?

Can these systems be deployed in indoor spaces?

How do Carbelim® systems monitor air quality?

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