Patent AT528115B1: CBOne invents ... the knitted combustor!
We are proud to announce that our sixth invention has been patented under the number AT528115B1. It involves connecting flowing shapes with the thermodynamics of two fluids: one flowing within the shape and one flowing outside it, as in a heat exchanger, for example. This includes the novel Mathematics To Shape approach that you can also find on our matosha website.
Find more about the patent:
10 Years FFG-CBOne
Ten Years with a Partner is Something One Must celebrate!
Research and development is in CBOne's DNA. For the past ten years, we have used Austrian public funding via FFG to make significant achievements in combustion technology. The following series of postcards highlights moments, ideas, and the aesthetics of shapes we liked from a project.
The team is on fire!
2024-2025 marked the first significant increase in staff since the pandemic. The number of people working for CBOne has doubled. This paragraph is dedicated to all those who drive CBOne forward every day.
CBOne has an industrial vision with two main objectives. The first is to enhance conventional combustion techniques through innovation and optimisation of methods and equipment. The second is to ensure the long-term viability of combustion. This can be done by turning to fuels of the future. Examples of such fuels include hydrogen.
This may sound simple, but it is not. Those who work with us (in the team, or in common projects) must embody a certain culture and passion. These two factors drive us forward.
A big thank you to my wonderful team and colleagues! Have a great end of the year, and see you next year, in great shape! Together, we're going to score some points!
SoTic 2025: About Pulsating a 1200°C Hydrogen Flame in the Cold and Other Stories
CBOne is attending the 2025 Symposium on Thermoacoustics in Combustion, in Trondheim, Norway, 8-11 September 2025 - where we will present our recent works carried out with the Siren E (energy) model. This will allow us to highlight the key features of this proprietary technology and its use in two combustion cases: one where thermoacoustic coupling is desired to enhance the combustion performance (BLUETIFUEL study) and one where it is feared (MOeBIUS.H study).
- Fabrice Giuliani will present the following paper on Wednesday 09.09 at 11:40, room Nardo/Lilleby: Forced pulsed flow regime for developing and possibly operating innovative, high-performance, low-emission burners. F. Giuliani, A. Hofer, N. Paulitsch, A. Sigg, J. Hofer, M. Dielacher, L. Andracher.
- Link to our presentation at SoTic 2025.
- About the full symposium (link to the technical programme).
- More technical information about CBOne's Siren technology.
Read more: SoTic 2025: About Pulsating a 1200°C Hydrogen Flame in the Cold and Other Stories
CBOne launches www.matosha.at (mathematics to shapes)
The www.matosha.at platform is now open to the public, and we at Combustion Bay one e.U. are delighted to be able to offer it.
In short, Matosha is digital plastiline!
Before you know it, you'll be creating amazingly beautiful 3D objects with stunning curves that you can print straight away using your 3D printer. Access to matosha is free. If you have any comments or suggestion, please send them to This email address is being protected from spambots. You need JavaScript enabled to view it..
You'll find a tutorial at the end of this article.
Read more: CBOne launches www.matosha.at (mathematics to shapes)
The Ring Of Fire (ASME Turbo Expo 2025, Memphis, Tenessee)
CBOne is proud to announce its participation at the in the ASME Turbo Expo 2025 in Memphis, TN —one of the premier global events for gas turbine technologies.
With more than a quarter century of specialized experience in combustion engineering, CBOne will be presenting its groundbreaking MOeBIUS technology: a compact, robust combustion system engineered for aviation and optimized for both conventional and non-conventional fuels such as hydrogen.
At the heart of MOeBIUS lies a recursive sequential combustion strategy designed to achieve ultra-lean burn conditions in an compact combustor for aviation. The technology directly addresses aviation’s growing demand for fuel flexibility, low emissions, and combustion stability—critical pillars for next-generation propulsion systems.
CBOne is advancing toward Technology Readiness Level 4, bridging the gap between laboratory research and real-world validation. Our work builds on a solid foundation of patented innovations.
Meet us in Memphis to explore how MOeBIUS can redefine combustion system design for cleaner, more resilient flight technologies. You can reach out via LinkedIn or through the conference hub.
CBOne is pleased to be present
The presentations related to this technology:
- Presentation by Fabrice Giuliani on the crystAIr programme:
- GT2025-151992: Experimental Investigation of Recursive Sequential Combustion: Early Experimental Demonstration, Emission Analysis, and CFD Insights
- Tuesday Jun 17, 2025 2:30 PM to 3:00 PM. Room 109 A/B. Combustion, Fuels & Emissions - Session 04-32 Combustion Experiments I
- Second presentation by Arno Fallast on the KI-pirinha programme:
- GT2025-153560: Optimal Sensor Placement for LDA Measurement and Health Monitoring in a Recursive H2 Combustion
- Tuesday 9:30 AM to 10:00 AM. Location LL10. Session Controls, Diagnostics & Instrumentation- Session 05-04: Thermal Measurements
