Eco Innovation Group targets Kepler GTL reverse merger for SAF push
Eco Innovation Group (OTC: ECOX), a Nevada-based shell focused on public-market transactions, has executed definitive agreements with Kepler GTL Technologies that are intended to result in a reverse merger and share exchange. The deal would give Kepler GTL's modular gas-to-liquids (GTL) technology a listed public-company platform, with Eco Innovation Group serving as that vehicle.
Kepler GTL says its patented systems convert stranded or flared natural gas into synthetic fuels, including sustainable aviation fuel (SAF), clean diesel and naphtha. The company positions modular deployment as its key differentiator: units are designed to be installed in regions where natural gas is underutilised or routinely flared rather than at centralised refinery sites. A coal-to-liquids variant is also part of the technology portfolio, though the release emphasises gas feedstock applications.
No plant capacity, capital expenditure budget, project location, signed offtake agreement, or funding amount was disclosed. The release describes the transaction as in progress, with audit completion and SEC registration listed among the milestones still to be cleared before the merger can close.
Commercial claims require scrutiny
Brent Nelson, chief executive of Kepler GTL, said in an investor interview that once a first plant is operational "the economics are compelling," adding that the company sees itself as a potential acquisition target for major energy or fuel companies. Those figures have not been independently validated, and the company has not disclosed a commercial-scale demonstration project, a named offtake counterparty, or a contracted SAF price per tonne.
The reference to IATA projections of 449 billion litres of SAF demand by 2050 is a widely cited industry figure, but the gap between projected demand and current supply is itself the market problem GTL developers are attempting to solve. SAF mandates under the EU's ReFuelEU Aviation regulation and proposed UK SAF mandate are creating regulatory pull, but approved pathways and blending certificates vary by feedstock and production route. Fischer-Tropsch GTL synthesis, the process underlying most gas-to-liquids SAF routes, is an established chemistry at large scale but remains capital-intensive and operationally complex at the modular sizes the company describes.
Market context
The GTL-to-SAF space attracts a range of players, from large-scale operators pursuing centralised facilities to modular developers targeting flare-gas monetisation in oil-producing regions. Modular units are appealing in theory because they can be deployed at the wellhead, eliminating the transport cost of stranded gas and converting a regulatory liability (flaring) into a revenue stream. However, no modular GTL operator has yet demonstrated sustained commercial production at the scale required by airline offtakers, and the cost-competitiveness of SAF produced via this route against biomass-based pathways is not yet established at scale.
Eco Innovation Group's structure as an OTC-listed shell adds a layer of execution risk. Reverse mergers of this kind give private technology companies access to public markets without a traditional IPO, but they also require the completion of audits, SEC filings and potential exchange uplisting before institutional capital can flow freely. The release's forward-looking-statements section lists a notably long inventory of conditions that must be met before the transaction closes.
Investors will look for a named engineering, procurement and construction partner, a first-plant site and capacity figure, a signed SAF offtake agreement, and confirmation that the SEC registration process is on track as the meaningful near-term milestones.