# CarbonFuelTech

> Fuels From Thin Air!


## Pages

- [Our Team](https://restoretest.carbonfueltech.com/our-team/): The Team Building Clean Fuels The researchers, engineers, and advisors building the future of clean fuels. Co-Founders Dr. Deep Lata Singh Co-Founder & Catalyst Scientist Dr. Vineet Mishra Co-Founder, Catalyst Designer & Electrochemist Dr. Harikrishna Rajubhadran Co-Founder, Technology Development Lead Rahul Ravindran Co-Founder, Systems & Product Development Scientific Advisors Prof. T. Sundararajan Scientific Advisor Prof. G. Ranga Rao Scientific Advisor Collaborators Dr. Anju V G Collaborator Dr. Krishna Sesha Giri Collaborator Research Team Dr. Revathy S Project Head Interns Harish Srinivas G Catalyst Development & Testing Ishan Khare Experimental Intern Sarika Singh Design Intern Saniya Udayan Web Development Intern
- [Our Journey](https://restoretest.carbonfueltech.com/our-journey/): Our Journey From a student shortlist to real-world clean-tech — every milestone that brought CarbonFuelTech to life. Apr 2024 Team Selection – CZC 4.0 The official shortlist of students was finalized for the Clean Zero Challenge (CZC) 4.0 cohort — marking the formation of our founding team dedicated to carbon-neutral fuel technology. Apr 2024 Training Camp Focused training in technical research and presentation skills — building the foundation for our electrochemical engineering approach and stakeholder communication capabilities. Apr 2024 Embarkment Official launch of the CZC journey — the team embarks on its mission to develop CO&sub2; electrolysis, ammonia synthesis, and hydrogen […]
- [About Us](https://restoretest.carbonfueltech.com/about-us/): About Us Fuels From Thin Air From a bold idea at IIT Madras to a funded deep-tech company — our journey and the people building it. Our Journey →Our Team →
- [Dr. Krishna Sesha Giri](https://restoretest.carbonfueltech.com/dr-krishna-sesha-giri/): Dr. Krishna Sesha Giri Collaborator Krishna Sesha Giri is an Associate Professor at IIT Palakkad specializing in combustion science and laser-based diagnostic techniques for practical burner systems. His research focuses on flame stability, turbulent combustion, and pollutant formation in gas turbine burners using advanced optical diagnostics such as LIF, PIV, and CARS, contributing to cleaner and more efficient energy systems. He previously worked as a Scientist at ISRO, gaining experience in aerospace-related combustion and propulsion systems. He also served as a Postdoctoral Research Fellow at King Abdullah University of Science and Technology, where he conducted research on combustion phenomena in gas […]
- [Dr. Anju V G](https://restoretest.carbonfueltech.com/dr-anju-v-g/): Dr. Anju V G Collaborator Dr. Anju V G is a Research Assistant Professor at SRM Institute of Science and Technology, specializing in electrochemical energy systems and advanced materials for sustainable energy applications. Her research focuses on electrocatalyst development for hydrogen evolution, oxygen evolution, CO₂ reduction, and water splitting technologies. She is also involved in the development of metal-air batteries and AEM water electrolysers. With experience in advanced electrochemical analysis, material characterization, and prototype development, she contributes to research and innovation in next-generation energy conversion and storage systems. LinkedIn Google Scholar Qualifications Ph.D. (Electrochemistry), IISc | M.Sc. (Physical Chemistry) Areas of […]
- [Achievements](https://restoretest.carbonfueltech.com/achievements/): Patents Granted Our innovations protected and recognised Catalyst for Nitrogen Reduction and Method of Preparation Thereof Patent No. 571882 Inventors: Vineet Mishra, Deep Lata Singh, G. Ranga Rao Granted: 10 Oct 2025  ·  Filed 31 Aug 2023 Process for CO₂ Reduction and Catalyst Therefor Patent No. 570319 Inventors: Deep Lata Singh, Vineet Mishra, G. Ranga Rao Granted: 01 Sep 2025  ·  Filed 31 Aug 2023 Half-cell Module Design No. 435744-001 Inventors: Harikrishna RB, Rahul R, Deep Lata Singh, Vineet Mishra, Anju V G, Sundararajan T, G. Ranga Rao Granted: 02 Jan 2025  ·  Filed 25 Oct 2024 Slotted Half-cell Module Design […]
- [Hydrogen Generation](https://restoretest.carbonfueltech.com/hydrogen-generation/): Hydrogen Generation Electrochemical Water Splitting CarbonFuelTech also conducts research in electrochemical hydrogen generation through water splitting, supporting the development of clean and renewable energy systems. Research Focus We design and fabricate compact alkaline water electrolyzers, optimized for efficiency and integration with our broader electrochemical platforms. These systems are developed with a focus on modularity, enabling compatibility with CO₂ and nitrogen reduction processes. Our research includes improving electrode materials, optimizing reaction conditions, and integrating controlled flow systems to enhance hydrogen production efficiency. Key Research Areas Development of alkaline water electrolyzer systems Optimization of electrode and membrane materials Integration with compact and portable […]
- [Ammonia Synthesis](https://restoretest.carbonfueltech.com/ammonia-synthesis/): Ammonia Synthesis Electrochemical Nitrogen Reduction (NRR) Our ammonia synthesis research focuses on electrochemical nitrogen reduction (NRR) as a sustainable alternative to the conventional Haber-Bosch process. Research Focus We develop and test novel catalyst materials that enable nitrogen activation and conversion to ammonia under mild operating conditions. Experimental validation is carried out using both H-cell and flow-cell configurations, ensuring flexibility in research and scalability. The goal is to achieve efficient ammonia production while reducing energy consumption and carbon emissions associated with traditional methods. Key Research Areas Catalyst synthesis for nitrogen reduction Electrochemical testing in H-cell and flow systems Optimization of reaction pathways […]
- [CO₂ Electrolysis](https://restoretest.carbonfueltech.com/co%e2%82%82-electrolysis/): CO₂ Electrolysis Electrochemical CO₂ Reduction (ECR) At CarbonFuelTech, we focus on the electrochemical conversion of carbon dioxide into value-added fuels using advanced catalyst systems and compact electrolyzer designs. Research Focus Our research is centered on developing miniaturized flow-cell electrolyzers that enable efficient CO₂ reduction under controlled conditions. These systems are integrated with precision fluid delivery using peristaltic pumps, allowing stable and reproducible experimental environments. We work on catalyst design, device fabrication, and electrochemical analysis to improve selectivity and efficiency in converting CO₂ into products such as ethanol and other carbon-based fuels. Key Research Areas Development of high-performance electrocatalysts Design of compact […]
- [Ishan Khare](https://restoretest.carbonfueltech.com/ishan-khare/): Ishan Khare Experimental Intern Ishan Khare is a Chemical Engineering undergraduate at IIT Madras driven by a strong passion for experimental research and sustainable technologies. As an Experimental Intern, he works on material synthesis for nitrogen and nitrate reduction systems, contributing to the development of next-generation solutions for environmental challenges. His research interests span carbon capture, sustainable process engineering, and emerging pathways in nitrogen and nitrate reduction. Qualifications B.Tech, Chemical Engineering, IIT Madras Areas of Expertise Chemical Engineering Research Interests Carbon Capture, Nitrogen & Nitrate Reduction
- [Harish Srinivas](https://restoretest.carbonfueltech.com/harish-srinivas/): Harish Srinivas G Catalyst Development and Testing Intern Harish Srinivas is a Chemical Engineering undergraduate at IIT Madras with a strong interest in sustainability and clean energy. He has worked on carbon dioxide hydrates, energy storage, and green chemicals, combining technical expertise with a business-oriented approach. He has also gained experience at Energy Alternatives India, contributing to climate tech consulting, and is passionate about building scalable solutions for a sustainable future. Qualifications B.Tech in Chemical Engineering, IIT Madras Areas of Expertise Chemical Engineering & Sustainability Research Interests Carbon Storage, Electrolysis & Clean Energy Systems
- [Saniya Udayan](https://restoretest.carbonfueltech.com/saniya/): Saniya Udayan Web Development Intern Saniya Udayan is a Web Development Intern at CarbonFuelTech, contributing to the design and enhancement of the company’s digital platforms. She focuses on creating responsive, user-friendly web interfaces that reflect CarbonFuelTech’s commitment to innovation and sustainability. Her interests span data science, AI, and web automation, where she aims to integrate intelligent solutions into clean-energy applications. Qualifications Bachelor of Computer Applications (BCA) – Ongoing Areas of Expertise Front-End Web Development, Database Management, UI/UX Design and Graphic Concepts Research Interests Data Science and Analytics, Artificial Intelligence and Machine Learning, Web Automation and System Integration
- [Sarika Singh](https://restoretest.carbonfueltech.com/sarika/): Sarika Singh Design Intern I am a third-year architecture student with a strong interest in design, branding, and visual communication. Alongside architectural design, I enjoy working on logo design, brochures, and presentation layouts that effectively communicate ideas. As a Design Intern at CFT, I aim to contribute innovative ideas while gaining valuable industry exposure and practical experience. Qualifications Bachelor of Architecture (B.Arch) – 3rd Year Areas of Expertise Branding & Logo Design Research Interests Architectural Design, Sustainable Materials & Visual Communication
- [Dr. Revathy S](https://restoretest.carbonfueltech.com/dr-revathy-s/): Revathy S Project Head I am a researcher in organic and chemical biology, and I completed my PhD at the Indian Institute of Technology Palakkad under the guidance of Dr. Sushabhan Sadhukhan. I am currently working as a Project Head at Carbon Fuel Tech, where I lead research and development initiatives focused on innovative and sustainable solutions. My research expertise lies in the design and synthesis of biologically active small molecules, with a particular interest in developing chemical probes and advancing drug discovery to understand disease-relevant pathways using proteomics. Moving forward, my goal is to work at the interface of synthetic […]
- [Prof. G. Ranga Rao](https://restoretest.carbonfueltech.com/prof-g-ranga-rao-2/): Prof. G. Ranga Rao Scientific Advisor Prof. G. Ranga Rao is an Emeritus Professor at the Indian Institute of Technology Madras, where he has made significant contributions to the field of chemical engineering. With decades of academic and research experience, he has been instrumental in advancing knowledge in catalysis, reaction engineering, and sustainable energy technologies. As an advisor to CarbonFuelTech, Prof. Rao brings his extensive expertise to guide the company’s technological innovations and research initiatives in carbon-neutral fuel solutions. Google Scholar Areas of Expertise Catalysis Sustainable Fuels Process Engineering
- [Prof. T. Sundararajan](https://restoretest.carbonfueltech.com/prof-t-sundararajan-new/): Prof. T. Sundararajan Scientific Advisor Prof. Thirumalachari Sundararajan is a distinguished academic and researcher in Mechanical Engineering with expertise in heat transfer, combustion, and energy conversion. He retired from IIT Madras after a remarkable career and currently serves as a Visiting Professor at IIT Palakkad. His research contributions span computational fluid dynamics, nanofluids, and thermal sciences, with over 12,000 citations to his work. Prof. Sundararajan has held leadership positions including Chair of the Department of Mechanical Engineering at IIT Madras and has been instrumental in advancing clean energy research in India. Areas of Expertise Electrochemical Systems Materials Science Renewable Energy
- [Dr. Deep Lata Singh](https://restoretest.carbonfueltech.com/dr-deeplata-new/): Deep Lata Singh Catalyst Scientist & Research Associate Deep Lata Singh is a researcher specializing in catalyst development and electrochemical systems. Her work focuses on designing efficient catalytic materials for sustainable energy applications, including CO₂ reduction and nitrogen reduction reactions. She plays a key role in advancing CarbonFuelTech’s research in green fuel technologies through experimental development and system integration. LinkedIn Google Scholar Qualifications Ph.D, M.Sc. (Chemistry) Areas of Expertise Catalyst Development, Electrochemical Systems, CO₂ Reduction, Nitrogen Reduction Research Interests Sustainable Catalysis, Green Fuels, Electrochemical Engineering Patents • Catalyst for nitrogen reduction (Patent No. 571882, 2025) • CO₂ reduction process (Patent No. […]
- [Dr. Vineet Mishra](https://restoretest.carbonfueltech.com/vineet-new/): Dr. Vineet Mishra Co-Founder / Catalyst Designer & Electrochemist Dr. Vineet Mishra completed his Ph.D. from IIT Madras in electrocatalysis. His work focuses on ORR for fuel cells and NRR to ammonia under ambient conditions. He is passionate about building a carbon-free circular economy through green ammonia technologies. LinkedIn Google Scholar Qualifications Ph.D., IIT Madras | M.Sc., IIT (ISM) Dhanbad Areas of Expertise Catalyst Synthesis Electrocatalysis Ammonia Production Ambient Conditions Research Interests Materials Chemistry Electrolyzers Industrial Upscaling Patents • Catalyst for nitrogen reduction (Patent No. 571882, 2025) • CO₂ reduction process (Patent No. 570319, 2025) • Half-cell Module (2025) • Slotted […]
- [Dr. Harikrishna Rajubhadran](https://restoretest.carbonfueltech.com/hari-new/): Dr. Harikrishna Rajubhadran Co-Founder / Technology Development Lead Dr. Harikrishna Rajubhadran is an interdisciplinary experimental researcher passionate about the hands-on design and fabrication of innovative energy systems. His work focuses on advancing materials and technologies from proof-of-concept to functional prototypes, particularly in green hydrogen generation. With a doctorate in Mechanical Engineering and Chemistry from IIT Madras and experience as a Project Coordinator at The Engineering Gallery, he brings expertise in experimental testing, catalyst and device design, automation, and system integration. He is committed to bridging cutting-edge research with practical engineering solutions for a sustainable future. LinkedIn Google Scholar Qualifications Ph.D., Mechanical […]
- [Rahul Ravindran](https://restoretest.carbonfueltech.com/rahul-new/): Rahul Ravindran Co-Founder / Systems and Product Development Rahul Ravindran is a co-founder of CarbonFuelTech, specializing in systems design, product engineering, and prototype development. He plays a key role in integrating mechanical, electrical, and software systems to optimize the company’s electrolyzer and automation platforms. Rahul is passionate about building efficient, scalable hardware solutions that accelerate the transition to sustainable fuel technologies. LinkedIn Qualifications M.Tech (Engineering) Areas of Expertise System Design and Automation Product Development Prototype Engineering Research Interests Renewable Energy Systems Electrochemical Engineering Patents • Vineet Mishra, Deep Lata Singh, G. Ranga Rao, “Catalyst for nitrogen reduction and method of preparation […]
- [Flow Cell Electrolyzer](https://restoretest.carbonfueltech.com/flow-cell-electrolyzer/)
- [Peristaltic Pump](https://restoretest.carbonfueltech.com/peristaltic-pump/)
- [Home](https://restoretest.carbonfueltech.com/): Turning CO₂, Air & Water into the Fuels of Tomorrow CarbonFuelTech is an IIT Madras deep-tech startup pioneering electrochemical technologies that convert CO₂, nitrogen, and water into carbon-neutral fuels, green ammonia, and clean hydrogen — closing the carbon loop from thin air. Our Mission CarbonFuelTech envisions a future where greenhouse gases are valuable resources — not pollutants. We develop electrochemical technologies that convert carbon dioxide, nitrogen compounds, and water into renewable fuels, powered entirely by clean electricity. 2,600gCO₂ Reduced 29.5mlEthanol Produced ₹54,000Research Value Saved Technologies in Action Three core electrochemical processes powering the transition to carbon-neutral fuels. CO₂ Electrolysis Converting captured […]
- [Contact](https://restoretest.carbonfueltech.com/contact/)
- [Gallery](https://restoretest.carbonfueltech.com/gallery/): Gallery Moments from our journey — events, prototype showcases, and milestones at IIT Madras and IITM Research Park. More to Come As CarbonFuelTech grows, so does our story. Follow our journey through every milestone, research breakthrough, and team moment.
- [Our Products](https://restoretest.carbonfueltech.com/our-products/): Our Products Precision-engineered hardware platforms supporting electrochemical research in CO₂ reduction, ammonia synthesis, and hydrogen generation. Research Instrument Flow Cell Electrolyzer A compact, versatile laboratory platform engineered for controlled electrochemical experiments. Enables researchers to explore and optimise electrocatalyst performance across multiple reaction types. Key Features Compact and easy to integrate into laboratory setups Supports multiple electrochemical reactions in one system Enables catalyst screening and performance evaluation Precision fluid delivery via integrated peristaltic pump Reproducible and stable experimental conditions Supported Applications CO₂ Electrolysis — convert captured CO₂ into carbon-neutral fuels Hydrogen Production — water splitting for clean energy Ammonia Synthesis — nitrogen […]
- [What We Do](https://restoretest.carbonfueltech.com/what-we-do/): What We Do CarbonFuelTech develops electrochemical technologies that convert CO₂, nitrogen, and water into high-value renewable fuels — powered entirely by clean electricity. Electrochemical CO₂ Reduction (ECR) CO₂ Electrolysis We focus on the electrochemical conversion of CO₂ into carbon-neutral fuels such as ethanol and other carbon-based products using advanced electrocatalysts and compact miniaturised flow-cell electrolyzers. Research Focus Our research is centred on developing miniaturised flow-cell electrolyzers that enable efficient CO₂ reduction under controlled conditions. These systems integrate precision fluid delivery using peristaltic pumps, allowing stable and reproducible experimental environments. Key Research Areas Development of high-performance electrocatalysts Design of compact and scalable […]

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