Produced through fermentation of sugars, ethanol is a renewable, high-octane fuel and versatile chemical feedstock. It significantly lowers greenhouse gas emissions compared to petroleum fuels, whether blended with gasoline or used independently. Ethanol is also vital in producing bio-based chemicals and _ industrial applications, supporting the transition to cleaner energy.
Distiller’s Dried Grains with Solubles (DDGS) is a nutrient-rich co-product of ethanol production. High in protein and energy, it serves as an excellent feed for cattle, poultry, and livestock, reducing dependence on traditional feed sources. DDGS helps close the food-energy loop, ensuring sustainability across both
energy and agriculture sectors.
Edible corn oil is a multipurpose product widely used in the food industry and as a key feedstock for biodiesel. It is favoured for its nutritional qualities, and large quantities are further processed for soaps, paints, and industrial applications. Corn oil demonstrates
how biorefineries extend beyond fuels to create everyday essentials.
SAF is an alternative jet fuel derived from renewable feedstocks, capable of cutting aviation’s carbon footprint by up to 50% compared to conventional fuel. It can be blended seamlessly with existing jet fuel and is already in use globally, including by major airlines. SAF plays a critical role in achieving net-zero aviation goals while ensuring flight safety and performance
Made from natural oils and fats, renewable diesel is chemically identical to petroleum diesel and can be used in existing engines without modification. It reduces lifecycle emissions, provides reliable performance, and supports decarbonisation in road transport, logistics, and heavy industry. Its “drop-in” compatibility makes it a practical and immediate solution for clean energy adoption.
A renewable alcohol derived from biomass or gasification, bio-methanol is a versatile fuel and industrial feedstock. It offers high energy content with low emissions and is increasingly used in marine shipping, fuel cells, and chemical manufacturing. Its ability to fully degrade into CO, and water makes it a safer and more sustainable alternative to fossil-based methanol.
As a part of the second phase, Bio-EC (bio-based electrolytic compounds) serve as advanced lithium battery electrolytes that optimize ion transport, improving energy density, safety, and overall performance. With renewable storage at the core of the clean energy transition, Bio-EC drives the advancement of next-generation batteries, supporting the move toward electric mobility and large-scale renewable integration.
Biogenic CO₂ in this project primarily comes as a coproduct of the fermentation process – a naturally clean, high-purity source that is far easier to separate compared to CO₂ from biomass combustion or decomposition. Once purified, this biogenic CO₂ can be used across multiple industries, including food and beverage applications or metallurgical and metal processing. By capturing and repurposing this high-quality CO₂ stream, the process supports a more circular and sustainable industrial ecosystem.
Produced via electrolysis using renewable electricity, green hydrogen generates zero direct emissions and replaces fossil fuels across industries. It can power vehicles, supply heat, or serve as feedstock for industrial processes. By supporting both electricity and industrial applications, green hydrogen is a cornerstone technology for achieving global Net Zero and energyindependence.
Biopower’s diverse portfolio of renewable fuels, co-products, and green technologies serves a wide spectrum of industries, helping them transition toward cleaner, more sustainable operations.
Our ethanol, drop-in renewable diesel, and sustainable aviation fuel (SAF) power sectors committed to lowering carbon emissions. From road fleets and shipping companies to major airlines, these drop-in fuels blend seamlessly with existing infrastructure, enabling greener operations withoutcompromising performance.
Through distillers dried grains with solubles (DDGS), our biorefinery outputs support farmers and feed producers. DDGS enriches livestock diets, closing the food—energy loop, reducing waste, and enhancing agricultural efficiency.
Our edible corn oil is a staple in the food industry, valued for its nutritional profile and versatility. It also doubles as a sustainable feedstock for biodiesel, showing how biorefineries can create products that touch everyday life far beyond fuels.
Bio-methanol offers ship operators and maritime logistics providers a low-carbon solution that meets tightening environmental regulations. It serves as a clean-burning marine fuel and a vital chemical building block for various ocean-based industries.
Our upcoming Bio-EC electrolytic compounds are designed to enhance the performance of next-generation lithium batteries. These innovations support electric vehicles, renewable energy integration, and large-scale battery storage solutions for grid stability.
Both bio-methanol and biogenic CQO, contribute to sustainable manufacturing. Industries use these resources as raw materials for chemicals, plastics, and industrial gases while aligning with circular economy principles.
Green hydrogen from Biopower is transforming sectors ranging from heavy industry and manufacturing to heating and long-haul transport. As a zero-emissions energy carrier, it is central to global decarbonization strategies and energy independence goals.
Chief Operating Officer
A seasoned professional with 12+ years of experience, Vishnu is an engineer-turned-serial entrepreneur specialising in operations. With a background in business development and project management, he has extensive experience structuring contracts, leading negotiations, and sequencing operations—particularly in construction and real estate industries. He has worked with multiple royal family members in various advisory roles and with business partners, helping organisations achieve successful outcomes. Valued for his hands-on leadership and operational expertise, he is committed to delivering results and to continuous learning for sustainable growth
Chief Technology Officer
With 20+ years of experience at Virent and LyondellBasell Industries, Dr. Frank has led the development and commercialisation of many novel products, managing R&D, marketing, total manufacturing, and P&L. He holds 20+ patents. His academic background includes a BS in Chemistry from Penn State University, MS & PhD from Cornell University, and an MBA in Finance from St. Joseph’s University.
Chief Executive Officer
Trained in aeronautical and mechanical engineering in the United Kingdom, Sameer became a corporate finance expert in restructuring, expansion, investment, and negotiations, with 10+ years of experience across multiple business areas in the GCC’s private and public sectors. A serial entrepreneur with proven experience in business development and investment in leading-edge technologies and potential regional projects, he also serves as a financial advisor for royal family members in the UAE.
Vice Chairman
With 35+ years of experience, Mr. Yogi Sarin has led management, operations, technology, catalyst development, and the business of Petron Group, which he founded in 1988. Before founding Petron, he oversaw Scientific Design Company plant operations and technical services worldwide. He holds a postgraduate degree in Petrochemical Engineering (Milan, Italy), an MS in Chemical Engineering from the University of Idaho (USA), and a BS in Chemical Engineering from Harcourt Butler Technical University (India).
Vice Chairman
An entrepreneur and MBA holder with 18+ years of experience across private and public sectors, Mr. Waleed has built an extensive network of ultra-high-net-worth individuals in the GCC and abroad. He has served as a business development and financial consultant to numerous organisations and members of the UAE’s royal families. His philanthropic vision is recognised; he has been honoured with an ambassador title from the World Human Forum for the entire GCC region. Creative and driven, he approaches every venture with an expansive mindset.