Presenting innovative products, processes and approaches as a showcase of the innovative power in the Free State of Saxony.

245 entries found

DBFZ: Maria Braune, Björn Schinkel, Heike Sträuber

Capraferm® process: From biogas plant to biorefinery – combined production of medium-chain fatty acids and biogas

We are looking for: • Recycling or by-product streams to integrate this process • Upscaling expertise • End users of the target products for the various application areas to obtain product specifications • Partners for the construction and operation of a pilot plant for 12 months, e.g., as a container solution The Helmholtz Centre for Environmental Research (UFZ) and the German Biomass Research Centre (DBFZ) have jointly developed a process for producing specialty chemicals from regional biomass. Based on an anaerobic fermentation process with mixed bacterial cultures, the complex biomass is microbially converted into the target products caproic and caprylic acid. In the subsequent downstream processing, the fatty acids are extracted from the fermentation broth and processed. These acids are used, for example, as additives in lubricants, cleaning agents, or animal feed, or can be further esterified in a subsequent step. Integrating the production process into existing biogas plants enables combined material and energy utilization of biomass, i.e., the production of biogas, fertilizer, and platform chemicals, thus increasing the flexibility of the biogas plant. By using inexpensive waste materials as feedstock for the production of basic chemicals, the process is environmentally friendly and resource-efficient. Additionally, it can also reduce disposal costs for organic waste. UFZ expertise: • Anaerobic fermentation processes • Efficient conversion of biomass to carboxylated platform chemicals or methane • Chain extension with lactic acid and ethanol, combination with syngas fermentation UFZ experts: Dr. Heike Sträuber, Dr. Flávio Baleeiro

Research Result

Free Samples Laborfilter 8.9.2026 LAB SUPPLY in Dresden

pluriStrainer® made of 100% bioplastic – 5 to 1,000 µm

pluriStrainer® combines precise cell and particle filtration with a housing made of 100% bioplastic. Mesh sizes from 5 to 1,000 µm allow flexible use in filtering, washing, and separating in sample preparation. The color coding system facilitates quick selection of the appropriate mesh size. Interested parties can receive free samples at LAB|SUPPLY Dresden on September 8, 2026. More information: https://www.pluriselect.com

Product Innovation, Material

OpenSourceStack - OSS

OpenSourceStack (OSS) is a research initiative led by the Department of Advanced Powertrains at Chemnitz University of Technology (TU Chemnitz). The primary goal of the OpenSourceStack project is the development of proton exchange membrane (PEM) fuel cell and electrolyzer stacks for research and development purposes - completely free of confidentiality restrictions. The modular design allows for easy customization to meet specific research needs and experimental requirements. Currently, three standard cell sizes are available: OSS050: 50 cm² active area OSS100: 100 cm² active area OSS300: 300 cm² active area Additionally, a PEM electrolysis cell with a 50 cm² active area is currently under development and will soon be available. We also offer a comprehensive test system capable of supporting experiments up to 1 kW, enabling efficient performance evaluation and validation. For more information, visit our project homepage: mytuc.org/qhdp

Hardware / Machinery, Research Result