HyOrc drives waste-to-green-methanol conversion project alongside OnEnergy

HyOrc and OnEnergy are developing a plant in Bulgaria to convert waste into green methanol with a focus on decarbonization.
HyOrc impulsa planta de residuos a metanol

HyOrc Corporation has signed a binding agreement to develop a waste-to-methanol conversion plant in Europe, consolidating its presence in the alternative fuels sector.

Agreement for waste-to-methanol and energy recovery

First, HyOrc Corporation announced the signing of an agreement with Bulgaria-based OnEnergy Group to advance a waste-to-green methanol conversion project. This agreement positions HyOrc as a technology partner in phase 3 of development.

The project focuses on the thermochemical conversion of refuse-derived fuel (RDF) into methanol, a solution aligned with European decarbonization and circular economy goals.

Project capacity and scope in Bulgaria

Furthermore, the facility is designed to process approximately 50,000 tons of RDF annually over about 330 days of operation. Likewise, daily production is estimated at between 38 and 42 tons of methanol, depending on the final engineering configuration.

This plant will be part of an integrated waste-to-energy platform aimed at reducing landfill use and promoting resource recovery.

European technology and industrial development

In this context, HyOrc will lead the development of the technical components necessary to advance European industrial programs, including access to initiatives such as the European Innovation Fund.

The company, specializing in hydrogen combustion technologies and waste-to-fuel conversion systems, thus strengthens its strategy in sustainable energy markets.

Driving decarbonization in Europe

For its part, OnEnergy highlighted the project’s relevance for energy development in Bulgaria. Its CEO noted that the initiative seeks to establish a scalable foundation aligned with European climate goals.

Finally, HyOrc emphasized that the project has solid foundations and a clear roadmap for execution, which will allow for the deployment of efficient solutions in waste-to-energy conversion.

Source: HyOrc

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