Carbon OxyTech Inc. is a Canadian cleantech innovator powered by research, development and transforming carbon-rich materials into sustainable, high-value solutions for agriculture and industry. Using our proprietary, combustion-free technology, we upcycle agricultural residues, biomass, biochar, coal, and other carbon-based feedstocks into premium organic fertilizers rich in humic and fulvic substances, engineered to support long-term soil health and stronger crop performance.
Built within the Calgary innovation ecosystem and strengthened through advanced laboratory development, we continuously refine our formulations and processes to meet real-world demands. Our core platform is owned by Carbon OxyTech and protected through registered patents and IP, giving partners and customers confidence in a technology that is both scalable and difficult to replicate.
By closing the carbon loop—converting low-value carbon streams into regenerative inputs and enabling the recovery of valuable minerals—Carbon OxyTech helps reduce waste, lower emissions, and drive practical circular-economy growth across Canada and beyond.
Headquartered in Alberta, Canada, we are committed to turning environmental challenges into economic opportunities. Our mission is to become a globally recognized leader in carbon waste valorization, delivering strong financial returns while advancing a cleaner, greener, and more sustainable future.
To efficiently commercialize a clean, non-combustion technology that recovers economic value from low-value carbon feedstocks through low-temperature processes. We aim to contribute to a more sustainable and circular economy while advancing responsible resource utilization.
Vision
Mission
Meet the Founders
Dr. Nashaat N Nassar
BSc, MSc, PhD, PEng, MRSC, MACS Professor (Full) at University of Calgary, Co-founder at Carbon OxyTech Inc
Dr. Abdallah D Manasrah
BSc, MSc, PhD, Chemical and Petroleum Engineering, The University of Calgary. CEO and Co-founder at Carbon OxyTech Inc.
Are a full Professor of Chemical and Petroleum Engineering at the University of Calgary and an internationally recognized leader in nanoparticle-based technologies for energy and environmental applications, with over 220 peer-reviewed publications and thousands of citations. His work spans advanced nanoparticle-enabled solutions for wastewater treatment, oil quality enhancement, reduction of gaseous emissions, natural-gas transport optimization, and sustainable conversion of heavy hydrocarbon wastes. As co-developer of the innovative “oxy-cracking” process for converting residual hydrocarbons into valuable chemicals and as a leading figure in research on nanoparticle-assisted oil-recovery, catalysis, adsorption, and environmental remediation, Dr. Nassar adds substantial technical depth, proven research productivity, and a track record of translating science into scalable solutions making him a powerful anchor for any investment in clean-energy or waste-valorization ventures.
Is a chemical and petroleum engineer (BSc, MSc, PhD) with extensive research and industrial experience in nanomaterials, reaction engineering, and clean-tech processing. Through his work at the University of Calgary , he co-developed and commercialized a patented oxy-cracking technology capable of converting heavy hydrocarbon waste such as petroleum coke, low-rank coal, and refinery residue into valuable products including humic and fulvic acids, clean fuels, specialty chemicals, and carbon nanomaterials. As CEO and Co-Founder of Carbon OxyTech Inc., Dr. Manasrah leads the transition of this innovation from proven scientific research into scalable commercial production. His technology offers a low-emission, high-value alternative to traditional combustion and waste-management methods, positioning the company at the forefront of global environmental and circular-economy solutions, making him and his venture a compelling, high-credibility opportunity for strategic investors.
Our Technology
At Carbon OxyTech, we use a proprietary green conversion process to transform carbonbased materials, such as peat, coal, raw wood, and organic-rich soils, into high-quality humic substances. Simultaneously, our process enables the recovery of valuable minerals such as vanadium, lithium, biosilica, and zinc. Our technology operates at lower temperatures, avoiding combustion and minimizing emissions. This process includes:
Commitment to Sustainability
Carbon OxyTech’s investment in the production of quality humic substance products and strategic mineral recovery is a testament to its commitment to sustainability and environmental stewardship. By converting carbon-based materials into high-value products, including both humic substances and recovered minerals while reducing GHG emissions, Carbon OxyTech is not only contributing to its own sustainable future but also setting an example for the world. The production of quality humic substance products from carbon-based materials in Canada represents a significant step toward a net-zero emissions future. These innovative products offer multiple benefits, from improving soil health and enhancing crop productivity to aiding in environmental restoration, resource circularity through mineral recovery, and carbon sequestration. As Carbon OxyTech continues to position to lead in this field, the global community can look to these advancements as a model for a greener, more sustainable future.
What Makes Us Different?
Proven Results from Field Trials
In partnership with Olds College of Agriculture & Technology, a leading agricultural research institution in Alberta, SoilFuel Plus™ Solution was evaluated through field trials on three key crops: canola, wheat, and barley. The product was tested alongside untreated plots (no fertilizer) and plots treated with other commercial products.
Smart Nutrition Backed by Science
Unlike conventional fertilizers, our products are made with naturally derived compounds from Canadian mineral carbon, and agricultural residues including humic acids and fulvic acids. These components not only promote stronger plant growth but also improve soil health over time. It's a smart, sustainable solution, tested in real-world conditions, backed by science, and designed for forward-thinking farmers.
Products and Services
Carbon-to-Value Technology Solutions
Converting carbon-rich feedstocks into high-value products using proprietary, combustion-free processing.Organic Fertilizer & Soil Enhancement Products
Supply of humic/fulvic-based formulations designed to improve soil health, nutrient efficiency, and crop performance.R&D and Formulation Development
Lab-driven development of new blends, custom formulations, and performance optimization for different crops and soils.
Mineral Recovery and Valorization
Recovery and upgrading of valuable minerals from carbon-based materials to support resource efficiency and circular economy goals.
Technical Support, Field Programs, and Application Guidance
Agronomic support, recommended application programs, and field validation support to help partners achieve consistent results.
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