Research project

Contact

Allgemeiner Kontakt

Paul Gollee

Wissenschaftlicher Mitarbeiter

Christoph Munk

Wissenschaftlicher Mitarbeiter

Projektleitung

Prof. Dr.-Ing. Alexander Pfriem

Professur für Chemie und Physik des Holzes sowie chemische Verfahrenstechnik

CombiMod – Combining Modification Processes

Duration:

10/2021 - 09/2024

Project volume:

219.759 EURO

Competence field:

Wood as a raw material, Wood modification

Cooperation:

Composite partnership

Funding partner:

State funding

In this research and development project, the four participating partners are developing a combination of thermal and chemical modification processes to enable the environmentally friendly manufacture of innovative and durable wood products without the use of wood preservatives.

The new technology is being systematically developed and established so that locally sourced timber in Vietnam and Germany can be processed into CombiMod material. The innovation lies in a thermochemical process in which the use of biopolymers reduces process-related emissions and compensates for losses in mechanical strength. The aim is to develop a technology for pre- and post-treatment, as well as new, specific formulations for different timber species and components, enabling the sustainable manufacture of wood products for outdoor use.

The sub-project “Development of COMBIMOD Processes and Treatment Formulations Based on Biopolymers” forms part of the overall project “Development of a Technology for the Production of Thermochemically Modified Timber for the Serial Production of Innovative Wood Products for Outdoor Use.”

Project leader:

Prof. Dr.-Ing. Alexander Pfriem

Funding partner

Federal funding

Partnerships

Network

The joint project will promote digitalisation and sustainable development in and for the region in the future.

LEARN MORE
STUDY

Apply now!

Our application portal for the winter semester 2023/24 is open!

TO THE APPLICATION PLATFORM

Forest fire areas as learning sites: Eight collaborative partners are investigating the regeneration capabilities of fire-damaged areas and solutions for fire prevention in Brandenburg

LEARN MORE