Tagungsprogramm

Start: 8:30
Welcome and Opening

Kris Wijnendaele
European Panel Federation

Start: 8:30
Welcome and Opening

Raoul Klingner
Fraunhofer WKI

Start: 8:45
Greetings

Katharina Fegebank
Free and Hanseatic City of Hamburg

Start: 9:00
Economical view: Navigating through rough "C"

Thomas Wybierek
Nord/LB

ABSTRACT

The current decade was so far affected by polycrisis, military conflicts, questions regarding carbonmanagement as well as geopolitical chaos. At current it looks like this is going to continue even for the next three years. A course correction should be initiated urgently, isn’t it?

Start: 9:20
Wood based Panels – a driver for innovation and circularity

Raoul Klingner
Fraunhofer WKI

Start: 9:40
The European wood-based panel industry at a crossroads: Competitiveness challenges

Philipp Sprockhoff
EPF Managing Board

Start: 10:00
European furniture industry: Geopolitical tensions, regulatory demands and industry competitiveness

Edi Snaidero
European Furniture Industries Confederation EFIC

ABSTRACT

The European furniture industry faces growing challenges from geopolitical tensions, economic uncertainty, increasing regulatory demands and intensified global competition. Recent trade disputes, tariffs, supply chain disruptions and changing global market dynamics have created additional pressures for European manufacturers and particularly SMEs, which are at the heart of the sector.

At the same time, the industry is adapting to an ambitious sustainability agenda, including upcoming requirements under the Ecodesign for Sustainable Products Regulation (ESPR) and other EU initiatives. While supporting environmental objectives, the sector is concerned about the cumulative impact of regulatory obligations and the need to ensure that implementation remains practical, proportionate and innovation friendly.

This presentation explores how the European furniture industry can remain competitive while contributing to Europe’s sustainability goals. It examines the impact of global trade developments, regulatory change and digitalisation on the sector’s future. It argues that competitiveness, sustainability and industrial resilience must go hand in hand, supported by a predictable regulatory framework, fair competition and effective enforcement.

Start: 11:15
Of ice and wood: a climate change perspective

Dirk Notz
Hamburg University

ABSTRACT

It might occur as a strange combination: The polar ice sheets and wood as a building material. But the flow of carbon in our planet’s atmosphere brings them together. Ice sheets are melting at an accelerating rate because of the carbon-dioxide induced global warming, while trees are storing carbon in their wood, thus slowing down the rise in global temperature.
In this presentation, I will shed some light on the connection between the wood-panel industry and climate change, with a focus on the polar regions. I will outline why the building industry, more than many other industry sectors, has a major leverage to tackle global climate change, and how these potential actions today can affect future generations for centuries to come.

Start: 11:45
The current state of timber construction in Germany and around the world: Opportunities and risks for traditional wood-based materials

Stefan Winter
Bauert Konstruktions GmbH & Co. KG | TU München

ABSTRACT

Timber construction continues to experience strong growth. However, its success is not guaranteed. Significant efforts are still required to remain competitive in the market. While the European design standards Eurocodes have been completed, further challenges remain in the area of construction product standardization.

Serial and prefabricated construction is a natural strength of timber construction, yet it is still only gaining acceptance slowly. And despite the development of building regulations, although some unjustified restrictions still persist.

The major advantage of long-term carbon storage—and thus climate protection—through timber construction is still not convincing enough for many customers to accept higher construction costs. At the same time, forests are changing and competition for wood resources is intensifying.

This presentation outlines these developments in detail and provides a look toward the future.

Start: 12:15
REACH regulation formaldehyd. Meeting REACH requirements, understanding ECHA, avoiding risks.

Bettina Meyer
Fraunhofer WKI

Start: 14:15
Augmenting wood-based panel operators with industrial AI: From data-driven support to data-driven decisions

Thibault Straumann
Smartech A. Hexion Company

Start: 14:45
AI-based end-to-end digitalization in the wood-panel industry – from chips to finished boards

Kevin Gleich
KIT Karlsruhe Insitute of Technology

Gregor Bernardy
G. Siempelkamp GmbH & Co. KG

ABSTRACT

While the long-term vision of an AI-based process control is clear, the practical transition is frequently characterized by a lack of structured methodologies and unsystematic integration strategies. Hereby, such approaches require an end-to-end digitization of the value chain to incorporate the necessary information and implicit expert knowledge. Accordingly, the path towards this goal comprises subsystems and steps that progressively support the human operator and simultaneously enable step-by-step automation of the entire process control. In recent years, an increasing number of Artificial Intelligence (AI) approaches and methods have also been adapted for different applications in the wood-panel industry. Such an approach for a stepwise, modular AI-driven process automation in the wood-panel industry was developed following the CRISP-DM process ^[1] and tested as part of the champI4.0ns project (champi40ns.eu).

^{[1] J. S. Saltz, ‘CRISP-DM for Data Science: Strengths, Weaknesses and Potential Next Steps’, in 2021 IEEE International Conference on Big Data (Big Data), Orlando, FL, USA: IEEE, Dec. 2021, pp. 2337–2344. doi: 10.1109/BigData52589.2021.9671634.}

Start: 15:15
Changing environmental challenges for the WBP industry: Shaping the future of drying and emission control technologies

Adrian Tißen | Marius Frye
Dieffenbacher GmbH

ABSTRACT

Drying in the wood-based panels industry (PB, OSB, MDF) and the treatment of dryer exhaust gases are evolving due to climate change, rising energy costs, and stricter EU regulations. The European Green Deal and Directive (EU) 2024/1785 promote resource-efficient, low-emission technologies. Water scarcity and high energy prices are pushing the industry toward energy- and resource-efficient processes. In PB and OSB production, directly and indirectly heated drum dryers, closed-loop dryers, and low-temperature belt dryers are used. Direct dryers are robust but emission-intensive, while indirect dryers reduce emissions. Closed-loop systems enable heat and moisture recovery, and low-temperature belt dryers efficiently use low-calorific heat while ensuring gentle drying. In MDF production, fresh-air, two-stage, and recirculation dryers are common. Closed-loop dryers with superheated steam recover energy and water and eliminate air emissions. Future developments will require retrofits and innovative exhaust air treatment systems to balance efficiency, safety, and compliance with emission limits.

Start: 16:30
Recycling fibreboard via EcoReFibre technologies

Mark Irle
ESB École Supérieure du Bois

ABSTRACT

Medium-density fibreboard (MDF) is currently manufactured almost exclusively from virgin wood fibres, while post-consumer fibreboard is largely downcycled or used for energy recovery. The Horizon Europe EcoReFibre project developed and validated technologies to close this material loop through industrial demonstrations covering the entire recycling value chain. Advanced sensor-based sorting produced high-purity fibreboard and solid wood fractions (>95%), which were processed using steam-assisted, dry-impact and modified thermo-mechanical pulping technologies. Recycled fibres and fines were successfully reintegrated into industrial products, including particleboard, MDF, HDF, insulation materials, bioblocks and Cyclic Thin Board. Industrial trials demonstrated substitution rates of up to 20% in particleboard and 25% in fibreboard without significant loss of performance. While challenges remain regarding feedstock homogeneity, pre-processing and process adaptation, the results confirm the technical feasibility of large-scale fibreboard recycling and provide a viable pathway towards circularity in the wood-based panel industry.

Start: 17:00
Osiris – Breakthrough recycling technology for MDF/HDF

Louis Van Roy
Unilin Technologies

ABSTRACT

MDF currently lacks an effective recycling pathway, limiting its contribution to a circular material use. Osiris introduces a process that enables the recovery of high-quality wood fibres from MDF waste while preserving their performance characteristics. The technology allows the reuse of different waste streams, supporting improved circularity and addressing increasing market requirements on sustainability. Moreover, Osiris contributes to reducing raw material cost (virgin wood) substantially. Validation results show that recycled fibres can replace virgin material without compromising technical properties, while also contributing to lower raw material and energy needs. Overall, Osiris provides a scalable approach to support the transition of the wood fibreboard industry towards more circular practices. Fully developed by Unilin inhouse, and operational on an industrial scale, Osiris is ready to transform the wood fiberboard industry.

Start: 17:30
Recycled wood processing: Effects on wood particle and particleboard performance by novel adaptive technology

Sarah Ritter
Wood K plus - Kompetenzzentrum Holz GmbH

ABSTRACT

Although recovered wood has been used as a raw material in the particleboard industry for decades, producing particleboards from 100% recycled wood particles remains challenging due to heterogeneous particle geometry and reduced bonding performance.

This study investigates a pilot-scale adaptive cutting mill as an alternative to conventional hammermilling. Recycled wood chips from an industrial particleboard production line were processed, characterized, and used to manufacture single-layer particleboards.

The adaptive cutting mill increased suitable particle yield (97.4% vs. 86.1%) and generated particles with different morphology, resulting in higher internal bond strength (0.36 N/mm² vs. 0.23 N/mm²) without the density increase typically required for high recycled wood contents, while the modulus of rupture was slightly reduced compared to hammermilled-particle panels. The technology demonstrates potential for more resource-efficient particleboard production from recycled wood.

Start: 9:00
Market outlook 2027 – the shift in global trade

Thomas Walther
AFRY Management Consulting

Start: 9:30
Synthetic nano wax dispersions – a way to meet increasingly challenging wood availabiltiy?

Fabian Meinker
Hywax GmbH

Start: 10:00
From weight per unit area distribution to edge integrity: A holistic approach to process control

Wilke Pannbacker and Jan Weißmann
Fagus-GreCon

ABSTRACT

Process optimization and automated control are becoming increasingly important in the wood-based panel industry. Two key inline quality parameters are weight per unit area and raw edge quality.

Weight per unit area is measured continuously across the full mat width using an X-ray system that also detects foreign objects. The data provides information on distribution, standard deviation, and local minimum values. Combined with segmented material removal, fluctuations in weight distribution can be reduced, setpoints lowered, and sanding allowances minimized. This leads to a more stable pressing process, lower maintenance requirements, and material savings of up to 4.5% in reference applications.

Raw edge quality is monitored through inline porosity measurement and 3D edge inspection. Density variations can indicate spreading, pressing, or sawing problems and enable early corrective action. GreCon EDGEINSPECT captures edge geometry, derives objective quality parameters, and transfers the results directly to the process control system for continuous monitoring.

Start: 10:30
Alternative heating concepts for thick and leightweight wood-fibre insulation materials

Paul Röllig
Institut für Holztechnologie Dresden gGmbH

ABSTRACT

Conventional hot air or steam-assisted heating processes for thick and lightweight wood-fibre insulation materials are limited in the temperatures that can be achieved efficiently throughout the product. Thus, specified binders are required but leading to increased manufacturing costs. This creates a need for alternative processing approaches that enable a more effective energy input into the material without the necessity of hot air- or steam provision.

High-frequency heating offers a promising alternative in this context, as the temperature level can be controlled more flexibly and significantly higher temperatures can be reached within the material.
This contribution presents the investigation of a dielectric heating approach for the manufacturing of wood-fibre-based insulation materials. The study focuses on the general suitability of this technology for lightweight insulation products and examines its potential for different product concepts. The results indicate that dielectric heating can support the production of both rigid and flexible insulation materials and offers promising perspectives for the processing of thicker structures.
The work further highlights that process behaviour is influenced by material-related and product-related parameters and therefore requires careful adaptation to the respective application. At the same time, the study contributes to further insights into the processing of high frequency technology especially for the use case of lightweight wood fibre insulation with high thickness and shows the efficiency of this certain technology.

Overall, the results provide evidence that the dielectric heating is an efficient process to manufacture lightweight wood fibre insulation materials with various specifications. This underlines the relevance of HF technology for future application-oriented research approaches.

Start: 12:00
UrbanForest – a project to make the analysis of waste wood for contamination faster, easier, and more sustainable

Carola Schulzke
Universität Greifswald

ABSTRACT

Wood is economically important, while forests are needed as biotopes and carbon dioxide sinks. A circular economy and cascade use are therefore enormously relevant in the field of wood processing. The aim of UrbanForest was and is to support the recycling of used wood by research into alternative analytical methods for the quantification of contaminants as required by regulators (i.e.: Deutsche Altholzverordnung). For metals heavier than argon and chloride X-ray fluorescence analysis (XRF) was chosen as it allows the simultaneous analysis of all relevant metals in a solid state (!) and does not require particular chemical training. For the lighter elements and organic hazards we investigated Nuclear Magnetic Resonance Spectroscopy (NMR) as alternative to currently applied analytical protocols. XRF emerged to have significant practical, economic and ecologic advantages compared to the state-of-the-art, while NMR can be also successfully applied albeit not necessarily in a SMB setting.

Start: 12:30
The forest's own glue: Lignin-based binder systems for a formaldehyd-free future in wood panels

Bitta Nilsson
Stora Enso

Start: 13:00
Mineral binder for wood-based panels: Technical, environmental and economic analysis

Michel Schenker
Omya International AG

Ali Shalbafan
Bern University of Applied Sciences

ABSTRACT

The sustainability of wood-based panels (WBP) is heavily influenced by the binder, with today’s fossil-based binders responsible of more than 40% of the CO₂ emissions and problematic formaldehyde release for human health. Mineral binders offer a promising alternative, reducing CO₂ emissions significant compared to fossil-based adhesives like urea formaldehyde (UF). Within an Innosuisse funded research project, Omya International AG together with BFH’s Institute for Building Materials and Biobased Products developed a mineral binder for WBP production that works with short press cycles. To confirm the scalability of the developed binder and its properties, plywood was manufactured using conventional hot press technology. The details of the technical, environmental and economic performance of the binder itself and resulting plywood panels will be presented at the 14^th European Wood-based Panel Symposium in Hamburg.

Start: 13:30
Mineral-bonded panels based on wood and fibers: Current research activities

Filip Majstorovic
Fraunhofer WKI

ABSTRACT

Portland cement is the predominant inorganic binder for wood-based panels due to its availability and low cost. However, its compatibility strongly depends on wood species, as water-soluble extractives can inhibit cement hydration and impair panel performance. This is particularly relevant for hardwoods, which generally contain higher levels of extractives and are gaining importance in Europe as climate change reduces the availability of spruce. This study evaluates calcium aluminate cement (CAC) as an alternative binder for wood particleboards produced from spruce, poplar, and beech particles. Owing to its different hydration mechanism, CAC is hypothesized to be less susceptible to inhibition by wood extractives. To improve sustainability and reduce costs, biomass combustion ashes were investigated as partial replacements for CAC while serving as reactive components of the mineral binder.

Start: 14:00
Closing words

Kris Wijnendaele
European Panel Federation

Start: 14:00
Closing words

Raoul Klingner
Fraunhofer WKI