Research & development
Evaluation, laboratory work, data-driven analysis and structured development pathways for sustainable technologies.
Institutional research interface
Global research. Biogas technology. Sustainable industry.
RBI International acts as a high-precision interface for research-driven industrial development, connecting laboratory competence, applied biogas technology and scalable sustainability solutions.
Researchscientific foundation
Technologybiogas & process focus
Industrysustainable application
From laboratory insight to industrial implementationStructured development for resilient, resource-oriented systems.
A technical interface for complex transformation projects.
RBI International combines scientific orientation with industrial execution logic. The website structure is designed for a clear institutional presence: concise positioning, robust technology themes and a professional path toward contact and project communication.
The current public source material provides only a short orchestrator statement. Therefore this version is intentionally structured as a polished foundation that can be extended with verified company, legal and project details.
- Global research and technology transfer
- Biogas and sustainable process technology
- Industrial solutions with measurable impact
Solutions built around research, process and implementation.
Three clear pillars organize the RBI International communication and can later be expanded into detailed pages, case studies and project reports.
Biogas technology
Technology concepts for biological conversion, gas systems, process monitoring and integration into industrial contexts.
Sustainable industry
Technical consulting and project orchestration for resource efficiency, circular systems and resilient infrastructure.
Project fields
Selected fields of the Robert Boyle Institute: biological hydrogen formation, bioenergy, environmental process engineering and transfer-oriented research for industrial applications.
Biohydrogen & bioenergy
Focus on biological processes for producing hydrogen and energy-rich gases from organic residues, biomass and suitable process substrates.
Environmental process engineering
Development and assessment of anaerobic processes, treatment steps and technical concepts for using residues and wastewater streams.
Laboratory, analytics & transfer
Experimental setup, process monitoring and reliable evaluation as a basis for research projects, demonstrators and partner cooperation.
News & insights
Fermentative hydrogen production since 2006
The Robert Boyle Institute develops processes for producing biohydrogen from biogenic waste materials such as organic waste and municipal green cuttings. Key fields include fermentative processes, material use of biomass and anaerobic technology.
Laboratory infrastructure, analytics and applied R&D
With more than 1,300 m² of laboratory and office space, the institute works on research and development projects, contract research, specialised analytics and expert assessments for the evaluation and optimisation of biogas plants.
Member of the Zuse Association
Since February 2019, RBI has been a member of the Zuse Association and contributes expertise in circular economy, biohydrogen research and bioeconomy.
Jena Biohydrogen Factory
In 2020, the Jena Biohydrogen Factory was presented as a contribution to the national and international hydrogen strategy. The first 5 m³ biohydrogen reactor was commissioned for further process optimisation.
From biogas to bio-based materials
The institute’s profile covers research and development, consulting, prototype development, software solutions and the development of sustainable bio-based materials.
Video: hydrogen reactor in Jena
Contact
Let’s develop the next sustainable technology platform.
Send a message directly to the Robert Boyle Institute. The form is prepared for server-side mail delivery to [E-Mail-Adresse geschützt].
Robert Boyle – Thüringisches Institut für BioWasserstoff- und Umweltforschung e.V.
Im Steinfeld 10 · 07751 Jena
Phone: +49 3641 5344398
Fax: +49 3641 5344399
E-mail: [E-Mail-Adresse geschützt]