Beyond Cooking Oil: UMeWorld Bets on Microbial Fuel for Aviation's Future

MIAMI, FL – July 23, 2026 – In the global race to decarbonize aviation, the industry's biggest challenge isn't just building more efficient jets; it's finding enough clean fuel to power them. Today, UMeWorld Inc. (OTCID: UMEW) made a significant move to address this bottleneck, announcing a strategic investment to establish a microbial oil company in China. This new entity will commercialize single-cell oil (SCO), a novel feedstock intended to supply Project Verdant, UMeWorld's planned Sustainable Aviation Fuel (SAF) hub in Malaysia. The move signals a calculated pivot away from the industry's over-reliance on limited feedstocks and toward a more scalable, bio-manufactured future.

De-Risking the SAF Supply Chain

Sustainable Aviation Fuel is widely seen as the most viable path for reducing air travel's carbon footprint in the near term. The dominant production method, known as the HEFA pathway, refines waste fats, oils, and greases into jet fuel. Of these, used cooking oil (UCO) has been the star feedstock, prized for its waste-based credentials. However, its supply is finite and facing intense competition from both the road transport and aviation sectors.

This supply-side vulnerability is a critical risk for the industry's ambitious climate targets. Regulators are also taking note. The European Union’s Renewable Energy Directive, for instance, generally caps the contribution of feedstocks like UCO at 1.7% toward transport targets, explicitly signaling the need for more scalable solutions. UMeWorld’s strategy directly confronts this reality. By investing in SCO—a renewable oil produced by microorganisms in fermentation tanks using biomass-derived sugars—the company is betting on a feedstock that can be produced at scale, independent of the constraints of waste collection networks.

“This agreement moves SCO from a strategic feedstock initiative into an active commercialization platform for UMeWorld,” said Michael Lee, Chief Executive Officer of UMeWorld, in today's announcement. “Our long-term objective is to secure access to sufficient volumes of SCO to support both phases of Project Verdant and progressively reduce—and potentially replace—Project Verdant’s reliance on used cooking oil.”

A China Gambit for Global Scale

UMeWorld's plan isn't just about a new technology; it's about a strategic international partnership designed for rapid scaling. Under the agreement, a wholly owned UMeWorld subsidiary will hold a 30% equity stake in the new China-based firm, with the remaining 70% held by local investment and technology partners. This structure leverages regional expertise and capital while giving UMeWorld a direct hand in the commercialization process.

The venture isn't starting from scratch. It will be based at an existing 10,000-square-meter research and pilot facility in Foshan, Guangdong Province, where the technical team has already completed multiple pilot runs using 3,000-liter fermentation systems. This established infrastructure de-risks the initial technology transfer and provides a foundation for process optimization.

Critically, the business model avoids the immense capital expenditure typically associated with building a global production footprint. Instead of owning every plant, the new company will license its SCO technology to qualified independent producers. This capital-light approach allows for the parallel development of multiple production facilities, financed and operated by third parties. For UMeWorld, an OTC-listed company with a market cap of around $116 million and a stated ambition to uplist to a major U.S. exchange, this model is a pragmatic way to achieve scale without overextending its balance sheet—a crucial consideration given that its auditor noted a "going concern" doubt in its 2024 annual report.

Beyond Fuel: The Two-Product Bioeconomy

Perhaps the most elegant aspect of UMeWorld's strategy is that it doesn't just produce fuel feedstock. The SCO fermentation process yields a second, valuable output: a protein-rich co-product. The company plans to market this material to the vast regional fish and shrimp feed markets in China and Southeast Asia. According to UMeWorld, the mass of this protein co-product is expected to be broadly comparable to the oil produced, effectively doubling the output from a single biomass input.

This two-product model transforms the underlying economics of SCO production. It provides licensees with a diversified revenue stream, reducing their dependence on often-volatile renewable oil prices and strengthening the financial viability of each plant. By turning a fermentation byproduct into a valuable commodity, the model creates a more robust and circular bioeconomy. It simultaneously addresses the demand for low-carbon energy and the growing need for alternative, sustainable proteins in the global aquaculture industry.

The success of this element will, of course, depend on the co-product’s nutritional performance and its ability to secure regulatory approval in target markets, but its inclusion demonstrates a sophisticated approach to maximizing value from the biomass supply chain.

Powering Project Verdant

Ultimately, this entire feedstock strategy is designed to serve one flagship goal: Project Verdant. UMeWorld’s planned SAF hub in Malaysia is targeting an initial production capacity of 200,000 metric tonnes per year, with a potential future expansion to 400,000 tonnes. The project has been gaining momentum, with UMeWorld recently engaging consulting firm FGE NexantECA for an independent feasibility study and having already completed the initial engineering design for its feedstock pretreatment unit.

The SCO produced through the China-based licensing platform is intended to become a primary feedstock for this facility, creating a resilient, cross-border supply chain. However, the path from fermentation tank to airplane tank is paved with regulatory hurdles. To be accepted as a legitimate SAF, the SCO must meet stringent sustainability and lifecycle greenhouse gas reduction criteria under frameworks like the ICAO's CORSIA scheme and the EU's RED. UMeWorld's focus on using eligible agricultural and industrial residues for its biomass-derived sugars is a clear attempt to align with these demanding requirements from the outset.

By weaving together advanced biotechnology, a capital-light licensing model, and an integrated dual-product strategy, UMeWorld is constructing an ambitious but coherent plan. The announcement marks a formal transition from strategic initiatives to commercial execution, positioning the company to tackle the aviation industry's most pressing challenge with a solution born in a bioreactor.