Anaergia, Eni and CREvolution Unveil Breakthrough Platform to Scale Demand for Biodiesel and SAF
GELA,
This initiative represents a breakthrough in the sustainable production of Hydrotreated Vegetable Oil (HVO; Biodiesel, Biojet (Sustainable Aviation Fuel or SAF), Bionafta and BioLPG). These renewable fuels are in exceptionally high global demand, yet few competitors have built scaled, commercially proven solutions. By developing a system designed for replication across global biorefineries, the partnership establishes a clear runway for large‑scale rollout in a fast‑expanding HVO market.
Transforming Waste Into Scalable Low‑Carbon Value
The project integrates Anaergia’s advanced anaerobic digestion system with a complementary thermal treatment process to recover and regenerate degumming soil, currently treated externally and often bound for landfill. Anaergia’s proprietary high viscosity digestion technologies are engineered to process challenging, high dry matter materials, enabling the facility to:
- recover over 80% of degumming soil residues,
- generate more than 70,000 MWh of renewable natural gas (RNG) annually,
-
materially decarbonize energy use at the
Gela refinery , and -
significantly reduce operating and waste disposal costs. Installation and commissioning are expected to be completed by
May 2027 .
A Strong Competitive Position in a Rapidly Expanding Market
The Gela site will serve as a global demonstration facility, designed to validate a replicable, circular economy model for the HVO sector. With more than 250 HVO plants worldwide and the market projected to expand by over 35% by 2030, the technology positions
By recovering waste streams and converting them into both reusable raw materials and renewable energy, the project provides a commercially attractive pathway for reducing carbon intensity while lowering operating expenses, a value proposition that is increasingly compelling for biorefineries globally.
Leadership Commentary
“This collaboration underscores Anaergia’s strength as a technology partner to some of the world’s most forward-looking energy companies,” said
“Through this initiative, we are setting a new benchmark for sustainable HVO production,” said
“This initiative demonstrates Eni’s commitment to sustainable innovation with measurable impact,” said the Eni spokesperson. “By regenerating degumming soil through an integrated process that also produces renewable energy, we significantly reduce waste-disposal costs and operating expenses while advancing circularity across our biorefining operations.”
A Platform for Scalable Growth
Once validated, the Gela model is expected to be replicated across Eni’s biorefineries and adapted broadly across the global HVO industry. For investors, the initiative:
- strengthens Anaergia’s IP driven competitive moat,
- validates a scalable technology platform aligned with global climate policy tailwinds,
- provides a pathway for repeat project deployment, and
- reinforces Anaergia’s positioning in the global energy transition ecosystem.
About
For more information, visit www.anaergia.com.
About Circular Renewable Evolution S.r.l. (CREvolution)
Circular Renewable Evolution S.r.l. (CREvolution) is an Italian company established to advance research and development in the oil, gas, and renewable-energy sectors. Building on decades of industrial expertise and operational excellence, CREvolution develops innovative circular-economy solutions and technologies that promote greater efficiency and sustainability in energy production and processing.
About
Forward-Looking Statements
This news release contains forward-looking information within the meaning of applicable securities legislation, which reflects Anaergia’s current expectations regarding future events, including but not limited to counterparty contractual performance and the capability of the Company’s technology and performance with respect to the project objectives. Forward-looking information is based on a number of assumptions, including, but not limited to, counterparty contractual performance, the value of the contract and the broader initiative, the expected recovery of degumming-soil residues, the timing of construction and commissioning, the expected processing volumes and energy generation, the potential for replication of the technology at other facilities, and the expected growth in the market of worldwide HVO plants. The Company is subject to a number of risks and uncertainties, many of which are beyond its control. Such risks and uncertainties include, but are not limited to, those discussed under “Risk Factors” in the Company’s annual information form for the fiscal year ended
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