K+F project had been awarded to EBH INVEST: development of a thermodegradation waste processing reactor
On 2 July 2019, EB HUNGARY INVEST Ltd. and a consortium partner started the implementation of its R&D project registered under the number 2018-1.1.2-KFI-2018-00206, which aims to develop a thermocatalytic demolition technology and prototype equipment, a continuous, flexible and economical waste recovery process.
The technology and prototype plant to be developed by EB HUNGARY INVEST Ltd. and its consortium partner is a continuous operation, flexible and economical waste recovery process for consumer scale-up. The aim is to convert waste into valuable raw materials with maximum environmental compliance, without the use of added catalysts. The main objective of our project is the research and development of thermodegradation processes, in particular for the processability and recoverability of mixed municipal waste (RDF).
The planned development period of the project is until 30 June 2021.
2018-1.1.2-KFI-2018-00206 project
In the past decades, during the research of pyrolysis technologies in our country, the research and development of technologies operating at high temperatures were carried out as a professional activity, which ultimately – for various reasons – did not accept in industrial practice. The temperature of the technology developed by us is lower, synthesis gas is the dominant product among the resulting products, which can be used easily and widely.
Stable and commercially viable operations can be achieved with a stable feedstock base or with flexible technology that can adapt to a changing feedstock base. This requires knowledge of the feedstock base and its cycles of change, the way in which waste from different sources is pre-treated and homogenised, and the target blend parameters and formulations. Research and optimisation of these has not yet been carried out in Hungary, and this task will be carried out as a starting point for the professional work.
Last but not least, the main content of the project is the design, fabrication and testing of a thermocatalytic reactor capable of decomposing RDF and RDF mixtures while maximizing the quality and quantity of the extracted gas.
Consortium grant awarded: 347.556.375 HUF
