Climate • Carbon • Circularity
Turning Industrial Waste into Green Value Chains — For People,
Planet, and Prosperity.
Cealeaf Private Limited is a cleantech startup pioneering microbial and algal technologies that convert industrial waste into valuable products — creating circular, carbon-negative bioeconomies. We work at the intersection of climate technology, biotechnology, and social innovation, linking heavy industries with local agricultural ecosystems for sustainable and inclusive growth.
To enable a regenerative bioeconomy where industrial emissions become raw materials for renewable bioproducts that restore the planet and empower communities.
Cealeaf Private Limited is a cleantech startup pioneering microbial and algal technologies that convert industrial waste into wealth
Innovation
Sustainability
Equity
Scientific Integrity
Impact
Innovative bio-based solutions transforming waste streams into valuable resources
Gaseous Waste Valorization
Liquid Waste Valorization
Biodiversity Enrichment
From Carbon to Cultivation.
Our proprietary macroalgal bioreactor technology converts harmful CO₂, SOₓ, and NOₓ from industrial flue gases into valuable biomass, closing the carbon loop.
SDG 7
SDG 9
SDG 13
SDG 15
Liquid Biofertilizers
Derived from macroalgal extracts (sap), enhancing soil fertility and reducing dependence on chemical fertilizers.
Bioenergy Feedstock
Algal biomass serves as a renewable input for biogas, biofuel, and biomethane production.
High-Value Biomolecules
Lipids and proteins used in nutraceuticals, pharmaceuticals, and cosmetics.
From Whey to Wellness.
Transforming dairy whey wastewater into probiotics, yeasts, and biofertilizers through microbial fermentation — achieving near-zero liquid discharge.
SDG 3
SDG 12
SDG 2
Acid Whey Utilization
Acid whey (pH < 5) supports probiotic bacterial growth, producing freeze-dried probiotic powders for gut health and immunity, contributing to SDG 3.
Sweet Whey Fermentation
Sweet whey (pH 5–6.6) is fermented by yeast to create bioethanol, lipids, and recombinant proteins, serving as feedstock for food, beverages, and biofuels, aligning with SDG 12.
Whey-Based Algal Cultivation
Whey is used to grow algae that capture carbon and produce biomass, yielding biofertilizers, pigments, and nutrient supplements, supporting SDG 2 and SDG 14.
From Waste to Wildlife
Converting nutrient-rich waste into regenerative bio-resources that restore biodiversity, enhance soil microbial activity, and support native species re-emergence.
SDG 6
SDG 4
SDG 15
Regenerative Biotech System
Cealeaf converts nutrient-rich waste streams into bio-resources using microbial and algal biotechnology to restore soil, water, and ecosystem health.
Biodiversity Restoration
The process enhances soil microbes, oxygenates water bodies, and supports the return of native plants, aquatic species, pollinators, and beneficial microorganisms.
Sustainable Impact
By turning waste treatment into ecological regeneration, Cealeaf creates thriving green ecosystems while supporting SDG 6, SDG 14, and SDG 15.
Innovative bio-based solutions transforming waste streams into valuable resources
Up to 90% of flue gas emissions captured.
Conversion of wastewater into biofertilizers.
Algae cultivation enhances aquatic biodiversity and water oxygenation.
Creation of green jobs in algal cultivation, fermentation, and product distribution.
MSME integration into decentralized biofactory networks.
New revenue streams through biofertilizer sales and carbon credit trading.
Empowerment of farmers and rural women entrepreneurs in biofertilizer and probiotic production.
Skill development programs promoting circular economy literacy.
Community-level ownership of sustainable manufacturing systems.
Each product directly contributes to climate-smart agriculture and green economy growth.
Algae-based liquid fertilizers enhancing soil health and yields.
Natural, whey-derived bacterial formulations for human and animal wellness.
Renewable substitutes for fossil fuels, reducing emissions.
For clean-label foods, pharmaceuticals, and cosmetics.
To build a multi-sectoral alliance bridging industries, farmers, MSMEs, and research institutions.
Steel, cement, sugar, and dairy sectors for emission capture
IITs, DBT, and BIRAC-affiliated incubators for R&D advancement
Farmer cooperatives and SHGs for production, packaging
Join us in creating a circular bioeconomy that transforms waste into wealth and empowers communities.
Whether you're an industry leader, researcher, investor, or community organization, there's a place for you in our mission to restore the earth and empower communities.