North Rhine-Westphalia Bioeconomy Strategy 2026: Towards a Resilient Future

North Rhine-Westphalia (NRW), Germany, has published its 2026 Bioeconomy Strategy, positioning the region as a future leader in sustainable, bio-based industrial transformation.

The North Rhine-Westphalia Bioeconomy Strategy 2026 was developed with input from the NRW Bioeconomy Council and sets out a vision for NRW to become an internationally leading bioeconomy location by 2045.

Vision of the North Rhine-Westphalia Bioeconomy Strategy 2026

The bioeconomy is a key future sector for North Rhine-Westphalia. It increases the economy’s resilience to crises, supply chain disruptions, raw material shortages, and the consequences of climate change. In the long term, the bioeconomy secures competitiveness, economic, technological, and resource sovereignty, as well as societal prosperity – economically, ecologically, and socially.

The vision is an NRW economy where bio-based products are produced and exported globally, research and industry co-develop solutions from lab to market, and regions become demonstration and scaling spaces for bioeconomy innovation.

Guiding principles and action areas

North Rhine-Westphalia Bioeconomy Strategy 2026 principles and action areas illustration

Four guiding principles shape the approach:

  • actively engaging a broad range of stakeholders;
  • activating regional strengths;
  • ensuring horizontal integration across government ministries; and
  • aligning vertically with EU, national, and local levels.

Six action areas define where the state government will focus:

  • unlocking primary biomass from agriculture and forestry;
  • mobilising secondary bio-based raw materials through circular approaches;
  • advancing research and innovation;
  • supporting market and product development;
  • improving the regulatory environment; and
  • expanding skills and knowledge in the bioeconomy.

Securing multifunctional forest management

The state government supports the adaptation process in forestry through information, advice and project funding in order to permanently secure multifunctional forest management in North Rhine-Westphalia.

It highlights NRW’s goals to invest in new funding programmes and to support existing ones to cover integrated forest management, forest conversion, ecosystem services, digitalisation, and other new business models.

Forest monitoring will be strengthened, as will support for forest inventories, forest condition surveys and soil condition surveys.

Interregional networking and cooperation are other measures pursued by the region, fostering collaboration with European networks such as the EFI Bioregions.

Content: North Rhine-Westphalia Bioeconomy Strategy 2026: Towards a Resilient Future (original title in German: Bioökonomie-Strategie Nordrhein-Westfalen 2026: Auf dem Weg in eine resiliente Zukunft)

Publisher: Government of North Rhine-Westphalia

Year: 2026

Bioeconomy Regions Summit 2025: regional bioeconomy solutions for EU policy ambitions

On 23 October 2025, the Bioeconomy Regions Summit gathered 100 participants from 40 European regions, representing regional governments, research and academia, regional networks and initiatives, European institutes, the private sector, NGOs and more, to exchange knowledge and discuss how regions can turn bioeconomy ambitions into action.

Here’s a summary of what happened:

Place-based bioeconomy transitions

The event opened with a video message from Silke Gorißen, Minister of Agriculture and Consumer Protection of North Rhine-Westphalia, Germany, one of the Bioregions Facility’s founding members. In her remarks, she highlighted the strong partnership between EFI, the Facility, and North Rhine-Westphalia, and referred to the Bioregions: Five Years of Impact report, which showcases how the forest-based bioeconomy supports the green transition.

The event continued with two lessons learned related to the ambitions of place-based bioeconomy transitions in Spain.

Cristina Massot, Secretary General of the Department of Agriculture, Livestock, Fisheries and Food, Catalonia, described progress on the region’s Bioeconomy Strategy. Having implemented its first action plan last year, Catalonia is now developing the second phase.

“Our bioeconomy strategy has become an umbrella for all government projects – it’s now part of the wider plan for managing the whole territory,” she says.

The aim is to improve the situation and reduce the risk of wildfires, which is one of the main problems in the region.

Watch Cristina’s interview explaining more about the Bioeconomy Strategy in Catalonia.

Moreover, José Almodóvar Aráez, Deputy Minister of the Environment for Castilla-La Mancha, introduced the region’s Bioeconomy Strategy to the audience. One of Castilla-La Mancha’s goals is to foster sustainable forest management, which is essential to maintaining the health of Mediterranean forests and preventing wildfires.

“We want to give more value to the ecosystem services to tip the scales. The goal is to upscale all the forest management across all our forests – not only public forests, but private ones as well,” he added.

The region created an agreement called “Alianza por los Servicios de los Ecosystemas or Alliance for Ecosystem Services”, which brings together forest owners, villages, public administrations, and companies with corporate social responsibilities.

Silke Gorißen, Minister of Agriculture and Consumer Protection of North Rhine-Westphalia
Cristina Massot, Secretary General of the Department of Agriculture, Livestock, Fisheries and Food, Catalonia
José Almodóvar Aráez, Deputy Minister of the Environment from Castilla-La Mancha
Virginia Puzzolo, Head of Programme, CBE JU
Kirill Dimanopoulos, Project Adviser, European Innovation Council and SMEs Executive Agency

Funding regional bioeconomy initiatives in Europe

Building on the progress made through regional bioeconomy strategies, the next step is securing the resources to turn these plans into tangible results.

Across Europe, funding programmes such as the Circular Bio-based Europe Joint Undertaking (CBE JU) and the European Innovation Council (EIC) play a central role in supporting regional initiatives, from developing innovative bio-based materials to scaling up circular solutions.

Virginia Puzzolo, Head of Programme, CBE JU, explained how CBE JU helps establish Europe’s bio-based sector. Even though regions cannot benefit from their programme, they can ensure that companies inside their territories benefit from European mechanisms.

One action to create synergies between the CBE JU and EU regions is to establish regional platforms to connect CBE JU with regional funding authorities interested in advancing bioeconomy solutions in their regions. The role of the region becomes one of facilitating access, supporting companies, and ensuring long-term growth and sustainability.

“You can have political willingness, but we need to bring willingness together with reality, to take research out of the lab and scale it up,” she said

In addition, Kirill Dimanopoulos, Project Adviser at the European Innovation Council and the SMEs Executive Agency (EISMEA), presented Interregional Innovation Investments (I3), which provides capacity-building and investment.

I3 instrument thematic areas are digital transition, green transition, and smart manufacturing. Regarding project focus, bioeconomy appears among the strongest investment areas so far – it cuts across many other priorities.

“50% of project funding goes to less developed regions. That’s how we ensure a strong interregional balance,” he added.

DJI_20251023_125032_077

Preserving our natural capital

This next session focused on forests, soils, and water, vital natural resources at the heart of the bioeconomy.

Bart Muys, Full Professor and Head of the Forest, Nature and Landscape Unit at KU Leuven, discussed climate-smart forestry to manage mixed forests sustainably while contributing to the circular bioeconomy.

“From the moment biomass becomes a valuable commodity, we need to be ready with sustainable management plans,” he said. Climate-smart forestry is an approach that fosters mixed forests in support of the circular bioeconomy.

Lars Kristian Selbekk, Halden River Sub-district Manager, shared insights from Norway’s long-term water management of the Halden-Canal river system. He showcased how peatland restoration can support flood prevention, carbon storage, and ecosystem recovery, while also highlighting the challenges posed by fragmented land ownership.

Bart Meuleman, Project Manager,  NatuurInvest, presented the Flemish National Park Brabantse Wouden as a platform for circular wood. The initiative promotes local, climate-robust timber and aims to reduce dependence on imported wood.

“We export nearly everything we cut and import what we actually use – that needs to change,” he said. By emphasising locally produced wood, the region reduces import dependence, improves local circularity, and increases economic value locally.

From Italy, Valentino Marini Govigli, Assistant Professor, Department of Agricultural and Food Sciences, University of Bologna, discussed reducing trade-offs among forest ecosystem services through a land-sparing approach. He explained how the region of Emilia-Romagna is developing its Regional Forest Plan 2.0 under the ARCADIA project to support multifunctional forestry.

“Italy uses a lot of wood, but most of it comes from imports – we must unlock our local forest potential,” he added.

DJI_20251023_150229_006

Scaling up bioeconomy innovation in European regions

This session focused on how European regions are driving bioeconomy innovation from research to market, highlighting approaches to strengthen regional competitiveness and create lasting impact.

Sven Wydra, Head of Business Unit Bioeconomy and Life Sciences at the Fraunhofer Institute for Systems and Innovation Research, outlined the challenges and opportunities for scaling up bio-based innovations in Europe. He emphasised that while Europe has an extensive network of pilot and demonstration facilities, financing and market uncertainties still slow down the progress. Upscaling requires significant investments, new processes, and better coordination between the regional and EU levels.

“Future-proof regions will be those that connect sectors, build resilience, and use their local resources wisely,” he said.

From the Netherlands, Angèle Liaigre, Senior EU Advisor for Cities Northern Netherlands, presented Circular Friesland and the region’s pioneering efforts in bio-based construction. Over 40 projects across Friesland are already using timber-frame and bio-based insulation methods, supported by the Frisian Hemp Deal, which aims to establish a full local value chain from cultivation to processing.

“Scaling up bio-based materials in construction starts with stimulating demand, and public procurement is a powerful tool,” Liaigre noted.

Markku Pyykkönen and Anne Kokkonen from the City of Joensuu highlighted Forest Joensuu, a globally recognised innovation ecosystem bringing together more than 600 companies, research institutes, and education providers. The initiative fosters open collaboration between public organisations and businesses, supports technology pilots, and promotes Joensuu as the “Forest Capital of Europe.”

“We built our innovation ecosystem on openness, collaboration and information sharing are at its core,” they said.

Finally, Gorka Altuna, Head of Development of Bioeconomy Projects at HAZI Foundation, showcased how the Basque Country positions bioeconomy as a driver of sustainable competitiveness. Through the Basque Circular Economy and Bioeconomy Plan 2020–2024, the region promotes eco-design, industrial symbiosis, and local innovation. In Enkarterri, a public-private hub supports projects such as nanocellulose manufacturing and the recovery of plastic waste from pulp and paper industries.

“Change starts locally. When one community embraces the bioeconomy, others follow,” he said. Together, the presentations underscored that scaling up innovation depends on long-term investment, collaboration, and strong regional ecosystems that link policy, research, and industry.

Call for collaboration 

The summit concluded with a strong call for collaboration among European regions and networks to accelerate the bioeconomy transition. Speakers highlighted the importance of connecting regional actors through joint initiatives, shared learning, and innovation alliances that bring together research, policy, and business.

Learn more about them:

The Bioregions Facility is an inter-regional, knowledge-led platform dedicated to accelerating the development of a sustainable forest bioeconomy in European regions. Our lines of action are policy learning, innovation and awareness and engagement.

Siebe Briers, Bioregions Facility, Bioeconomy Regions Summit 2025
DJI_20251023_160654_419

ERIAFF is the European Regions for Innovation in Agriculture, Food and Forestry, currently with 52 members and 40 observers from 18 EU member states and Norway and the UK. ERIAFF’s working groups focus on agroecology, bioeconomy and resilience, communication, forested regions and more.

The European Regions Research and Innovation Network (ERRIN) has a mission to bring a place-based perspective to EU research and innovation policy and programmes. The network has 120 regional stakeholder organisations. One of their working groups is natural resources and adaptation, which focuses on blue economy, bioeconomy and climate adaptation.

Gianpiero Petruzziello, ERRIN, Bioeconomy Regions Summit 2025
DJI_20251023_160246_679

Vanguard Initiative network has 33 regional governments and development agencies around Europe. The focus on innovation funding, innovation platforms on key transitions, and EU policy intelligence. The network collaborates in bioaromatics, lignocellulosic biorefinery, liquified bio-methane, and biopolymers.

ACR+ is an international network supporting the transition to the circular economy in cities and regions. Currently, they have more than 90 members across 23 countries in the EU.  They provide members with concrete tools and approaches to enact the transition towards waste-free circular systems in their territories and beyond.

Anita Lombardo, Project Officer, ACR+
DJI_20251023_162922_235

BIO2REG, a Horizon Europe project, helps regions transition to circular and systemic bioeconomy models by providing technical guidance and interregional cooperation opportunities.

BIOECONOMY GIANTS, Horizon Europe project with 18 partners in eight countries, promotes cooperative and circular bio-based business models and fosters innovative collaboration between rural actors and bio-based industries.

Tanja Meyer, Bio Base Europe, Bioeconomy Regions Summit
DJI_20251023_162429_897

BIOEAST acts as a bridge between EU policy and regional implementation, aligning national bioeconomy strategies with the European Green Deal and circular economy goals.

Learn more

A warm thank-you to our member regions who made this event possible, to all speakers, regional networks, and participants for contributing to the discussions.

Download all the presentations here and check out more photos of the summit here.

Recent & Upcoming North Rhine-Westphalia Events in Fall 2025

North Rhine-Westphalia, Germany, is at the centre of forest and bioeconomy innovation in 2025. From climate-adapted reforestation to timber construction and renewable materials, here are the highlights from recent and upcoming events across the region.

Wrap-Up DLG Forest Days (DLG-Waldtage)

12–14 September 2025 | Lichtenau/Westphalia

A major forestry trade fair showcasing the latest technologies, machinery, and practices in sustainable forest management. The event brought together professionals, forest owners, and industry players for live demonstrations and networking.

Hybrid Symposium “Wind Turbines made of Wood”

25 September 2025 | Zentrum HOLZ, Olsberg

Experts and industry stakeholders discuss the potential of wood as a construction material for wind energy systems. The event will highlight new concepts, material technologies and more.

Final Event: SUPERB Demonstration Region NRW

1 October 2025 | Arnsberg

Closing event of the SUPERB project in North Rhine-Westphalia, presenting results and perspectives on climate-adapted reforestation. The focus was on moving “from concept to practice” to ensure resilient forest landscapes.

18th European Congress (EBH) 2025: Efficient Urban Timber Construction

9–10 October 2025 | Gürzenich, Cologne

The event is a platform for architects, engineers, timber builders and all players in the construction industry to exchange views on current developments and innovative solutions in urban timber construction.

16th Arnsberg Forest Forum: “Forest and Society”

4 November 2025 | Arnsberg

This year’s Arnsberg Forest Forum will be dedicated to discussing the relationship between opportunities and challenges, social benefits and demands on the forest.

Workshop: Building Materials from Renewable Agricultural & Forestry Resources

11 November 2025 | Campus Klein-Altendorf, University of Bonn

The workshop approaches the topic from the perspective of agriculture and forestry and aims to demonstrate why there are interesting alternatives and multiple challenges with building materials made from renewable resources.

Hybrid Conference with Excursion: “From Calamity to Value Creation”

26 November 2025 | Zentrum HOLZ, Olsberg

This event addressed the storage, utilisation, and processing of timber following major forest damage events. Participants examined how to turn large-scale calamities into opportunities for value creation.

Bioregions Facility at LIGNA 2025

On 26 May 2025, the Bioregions Facility and the Wald und Holz North Rhine-Westphalia co-organised the “Towards a European wood start-up ecosystem: lessons learned from across European regions” networking session at the LIGNA Fair in Hanover, Germany.

The session explored how to better support forest and wood-based start-ups by learning from five initiatives across European regions: Woodknowledge Wales, Zentrum Holz, LaWoodTech (Xylofutur), VDMA Startup Machine, and the Bioregions Facility.

The presentations were followed by a roundtable with the presenters to seek opportunities and collaborations, during which participants asked questions and shared their own experiences.

Explore our photo gallery.

LIGNA 2025

Photos: Courtesy of PK-Media Consulting GmbH / Wald und Holz NRW

How can European regions help develop the bioeconomy?

Regions play a crucial role in advancing the bioeconomy across Europe. Their closeness to local communities, businesses, and ecosystems gives them a distinctive advantage in aligning bioeconomic initiatives with regional socio-economic and environmental priorities. 

This local perspective allows regions to develop tailored approaches that address their areas’ specific needs, resources, and potential, whether that involves supporting rural development, enhancing sustainability in agriculture and forestry, or creating new market opportunities in bio-based industries. 

European regions are empowered to create and implement targeted policy instruments, regional bioeconomy strategies, and financial mechanisms that can tackle structural challenges, such as fragmented value chains, limited innovation uptake, and skills gaps. 

By leveraging EU funding programmes, mobilising local stakeholders, and investing in capacity building, European regions can serve as catalysts for sustainable economic development and transition toward a more circular and resource-efficient economy. 

European regions and their strategies 

In the EU Member States, 194 regions either have or are developing strategies related to the bioeconomy. This highlights the significant role of regions in promoting the bioeconomy in Europe. 

One example comes from Catalonia, Spain. The Catalan Bioeconomy Strategy (EBC2030) aims to promote the sustainable development of the region’s economy by fostering the production of biological resources and local, renewable processes. Forests are included in two of the four value chains that drive the Action Plan 2022–2024: improving forest management, utilising forest resources, and providing ecosystem services. 

Additionally, Flanders, Belgium has set targets to develop a competitive bioeconomy by 2030. Some of the region’s strategic objectives include establishing a comprehensive Flemish policy that promotes and enables the development of a sustainable bioeconomy and enhancing the competitiveness and market growth of bioeconomic sectors in Flanders. 

In Austria, the national bioeconomy strategy focuses on key players in agriculture, forestry, water and waste management, processing, and retail sectors. Regional governments, businesses, and research institutions work together to promote sustainable practices and speed up the transition to a bio-based economy.

European regions map and bioeconomy strategy
Some regions have multiple strategies related to the bioeconomy. On this map, regions appear only with the strategy that is ranked highest in the strategy pyramid (see map legend). © EU, 2022

Regions and cross-sector collaboration 

“The bioeconomy is the production, utilisation, conservation, and regeneration of biological resources, including related knowledge, science, technology, and innovation, to provide sustainable solutions (information, products, processes and services) within and across all economic sectors and enable a transformation to a sustainable economy.” 

The bioeconomy includes different sectors along the value chain, from forestry and agriculture to biochemistry, biotechnology, and construction. 

Understanding European regions’ unique perspective and expertise becomes an opportunity to foster innovation and develop new technologies. 

For example, the Bioeconomy Council of North Rhine-Westphalia is an independent body that brings together experts from science, industry, and civil society to assist the state government in shaping a sustainable and innovative bioeconomy strategy for Germany. 

So, forests can be used to create products and services that help the economy replace fossil-based materials, and that’s where forest-based bioeconomy comes in. 

As the bioeconomy increases, the demand for forest goods and services increases economic opportunities for the sector, for example, bioenergy, wood construction, packaging products, chemicals, and textiles.  

In the Basque Country, Spain, where forests cover more than 54% of the land surface, the government is working to advance a forest-based bioeconomy through partnerships with tech hubs and research centres. This initiative promotes training, entrepreneurship, research, development, innovation policy, and specific clusters. 

Still on innovation, Castile and León’s Bioeconomy and Circular Economy Vertical Accelerator’s goal is to promote innovative projects that contribute to the economic and sustainable development of the region, strengthening its business network with talent and projects that contribute to job creation. 

Thus, the Institute for Business Competitiveness of Castilla y León (ICECYL) and the Cesefor Foundation will support companies. Some support includes mentoring, access to financing, specialised training, and the opportunity to establish strategic alliances with key players in the sector. 

Advancing bioeconomy in European regions

Regions also face different challenges and require tailored solutions, which is important for creating a cohesive and competitive European bioeconomy. 

However, implementing bioeconomy strategies at the regional level continues to be a challenge. Many stakeholders still lack the knowledge to convert their strategy into region-specific solutions that align with their resources, infrastructure, and national goals. 

Therefore, fostered cooperation and knowledge sharing can be powerful tools for developing the bioeconomy. Initiatives like the BIO2REG Consortium, ERRIN, the Vanguard Initiative, ERIAFF, and the Bioregions Facility can help connect regions and stakeholders. 

The Bioregions Facility: working with European regions

For five years, the Bioregions Facility has been working with European regions to accelerate the transition to a sustainable, forest-based circular bioeconomy through knowledge sharing, stakeholder engagement, and innovation support. 

Governed by a multi-donor trust fund and facilitated by the European Forest Institute (EFI), the Facility is a hub for European regions to co-learn, align visions, and enhance their bioeconomy strategies. 

In 2025, we welcomed three more regions: Austrian regions, Castile and León (full members), and Flanders (Observer). These regions will join the Basque Country, Catalonia, North Rhine-Westphalia (full members), and the Committee of the Regions – NAT Commission (observer). 

Subscribe to our newsletter and follow us on LinkedIn to learn more about forest-based bioeconomy, the work of our regions, and more. 

Featured image: AvigatorPhotographer from Getty Images & European Map from mapchart.net / Edited in Canva 

One year of Bioeconomy Council NRW: from vision to stakeholder engagement 

The Bioeconomy Council of North Rhine-Westphalia (NRW) is moving into its second year of advancing bioeconomy in the region. As an independent body, the council brings together experts from science, industry, and civil society to assist the state government in shaping a sustainable and innovative bioeconomy strategy for Germany’s most populated and industrialised state. 

Over the past year, the council has focused on a sound process as well as the vision and action fields towards an integrated strategy for the region. With the council’s strategic goals and vision in place, which will soon be published on a newly launched website, the board is now ready to push into the next phase. In the coming months, they will launch a stakeholder engagement process collecting input from diverse actors to shape NRW’s bioeconomy strategy. Continued collaboration with the state government’s Interministerial Working Group on Bioeconomy will enrich the perspectives with the political frameworks needed for action.  

Christin Wittmann representing the Bioeconomy Council NRW at the “Day of Bio-based materials”. Image courtesy of Dr. Kira Neubauer 

Besides pushing the strategy process, council members promoted bioeconomy in NRW at several public events, including: 

  • The Renewable Materials Conference 2024 (11-13 June, Siegburg, Germany):
    • Dr. Gernot Jäger discussed the role of renewable carbon in the bioeconomy. 
  • 2nd Status Conference for the BioeconomyREVIER Model Region (23 September, Dueren, Germany):
    • Prof. Dr. Schurr emphasised the role of the bioeconomy in regional transformation and
    • Prof. Dr. von Mikecz discussed sustainable land use and soil protection. 
  • Day of Bio-based Materials (26 November, Guetersloh, Germany):
    • Christin Wittmann presented the council’s strategic goals and initiatives to professionals in the bio-based materials sector. 
  • Bioeconomy Regions Summit 2024 (28 November, Brussels, Belgium):
    • Prof. Katja Fruehwald-Koenig highlighted the role of regions in advancing forest bioeconomy strategies. 

Bioeconomy Council NRW

Read more about North Rhine-Westphalia.

Featured image: Bioeconomy Council together with the Interministerial Working Group on Bioeconomy. Image courtesy of Linda Luetkes, Office Bioeconomy Council NRW.

Bioregions Open Innovation Challenge: a year in review

A year after announcing the winners of the Bioregions Open Innovation Challenge launched in 2022, the winners from Finland, Serbia and Spain shared their journey implementing their projects in North Rhine-Westphalia, Catalonia, the Basque Country and North Karelia.

Biomonitoring station

From left to right: a stationary air quality monitoring station, a mobile handy air quality and ozone monitoring device, and a device for detecting and early warning of smoke. Image courtesy of Zoran Poduška. 

The biomonitoring station is a set of smaller devices designed to detect, measure and monitor ambient air quality, including temperature and humidity, ground-level ozone, and forest smoke. 

During this one year, the team assembled the devices, developed the data-collection software, and conducted field tests. The station was tested in a natural environment in North Rhine-Westphalia, Germany.

Lessons learned 

“The biomonitoring station is a simple, accurate, financially sound, and easy-to-use set of devices; the sensors showed satisfactory measurement accuracy,” said Dr Zoran Poduška, the project head. 

During the tests, the team noticed the need to design a new device – an underground temperature and humidity sensor. This new device could help monitor disturbances like windstorms and early warning bark beetle calamities.

Assessing and monitoring carbon offsets in forests 

Bioregions Open Innovation Challenge Fora winner presentation
Iñigo Lizarralde, CEO of Föra, presenting at the Forestry Speed Dating webinar.

Föra forest technologies (föra) has a forest intelligence platform called förecast, which allows the assessment of carbon offsets in forests. This tool estimates the carbon stock in the forest and measures other forest variables using remote sensing and artificial intelligence. 

One of the most competitive functionalities of förecast is the capacity to calculate accurate and updated estimations of forest variables critical to forest management decisions. 

Lessons learned 

The number of players in the forest carbon market increased exponentially. For example, 146 million credits were retired (carbon credits that have been permanently removed from circulation after being purchased and claimed by an entity to offset its greenhouse gas emissions) in 2022, more than double in comparison with 2019. 

“However, some companies lack reliability and transparency in how they calculate or estimate carbon”, said Iñigo Lizarralde, CEO of Föra. Consequently, this created reputational damage to the whole sector. 

Förecast emphasises the need to guarantee accuracy and reliability, i.e., scientific soundness, carbon estimates, and carbon monitoring. It also must make biological sense since “we’re talking about trees.” 

Föra designed an almost-ready feasible prototype in North Rhine-Westphalia, and they were in contact with the Basque Country and Catalonia for future collaborations. 

Working with local forest owners 

Image courtesy of Panu Torniainen.

The Zerti Carbon project involved working with local independent forest owners who have been managing their forests. Together with the forest owners, the project examined their forest management practices. Drone flights were carried out, and tree mapping was conducted for biomass calculations. 

Lessons learned 

It is important to include the forest owner during the project’s implementation. For example, it is important to understand how much forest owners know about and contribute to carbon markets. One challenge for the company was finding a forest owner interested in this earning model for their property and new forest management practices.  

For example, some owners had doubts about the CO2 markets. The project was conducted in North Karelia, Finland, and Catalonia, Spain. 

Bioregions Open Innovation Challenge

Sign up for the Bioregions Facility InfoFlash to receive the latest news and updates on the next Open Innovation Challenge, and follow the Facility on LinkedIn and Twitter.

Plus, explore Föra and Zerti Carbon factsheets from the Forestry Speed Dating webinar series.

Innovation profiles for nine regions of North Rhine-Westphalia

Twenty per cent of all start-ups in Germany are in North Rhine-Westphalia (NRW). This innovative and strong region is an example of dynamic innovators in the federal government and Europe.

NRW and the NRW.innovativ Competence Centre have developed innovation profiles for its nine regions of North Rhine-Westphalia; here, you can find a summary of each one:

Aachen region

The Aachen city region, located in the far west of North Rhine-Westphalia, is home to 1.3 million residents. It is a hub for technology, innovation, and knowledge and is supported by institutions such as RWTH Aachen, FH Aachen, and the Research Centre Jülich. The region has a technology-oriented corporate structure and a vibrant start-up culture developed in the university environment. Additionally, the Aachen Region Special Purpose Association promotes regional development and innovation.

Read the Aachen Regional innovation profile in German here.

The region has positive economic development, broad and innovative medium-sized businesses, a strong industrial sector, gross value-added growth above the state average, and outstanding research competencies.

Read the innovation profile report to learn more about the SWOT analysis.

  • Information and communications industry
  • Production technology materials
  • Mobility and logistics
  • Energy, water and waste management
  • Healthcare and life science
  • Education and research
  • Food and industry
  • Tourism

Bergisch region

Bergisch city triangle region, with approximately 625,300 residents, has a strong industrial sector characterising small and medium-sized enterprises and innovative start-ups. The industries here include metal processing, automotive, and electrical employment. In North Rhine-Westphalia, nearly 32% (250 out of 800) of the automotive suppliers are within this city triangle. The area has a high patent intensity, surpassing federal and state levels. Its research capabilities include climate, environment, energy, tools and materials, and medicine.

Read the Bergisch city triangle regional innovation profile in German here.

This region’s strengths include a well-established R&D infrastructure with the Wuppertal Institute and Bergische University Wuppertal, high patent intensity compared to national and state averages, and well-connected start-ups.

Read the innovation profile report to learn more about the SWOT analysis.

  • Automotive/New mobility
  • Mechanical engineering
  • Cutlery
  • Tools
  • Pharma/Chemistry
  • Health
  • Event
  • Digitalisation

Düsseldorf-Mettmann district region

Düsseldorf-Mettmann district region, home to 11.6 million residents and around 500,000 companies within a one-hour drive radius, forms a crucial part of the Rhineland metropolitan area. As one of the innovation hubs in North Rhine-Westphalia, the region stands out for its high patent intensity, technological networking, and product innovations. Start-ups have close ties to scientific institutions. Both large German and international corporations have established a presence here, making it a significant business zone. It has a strong academic landscape, with universities like Heinrich Heine University Düsseldorf (HHU) and Hochschule Düsseldorf (HSD) enhancing the educational environment.

Read the Düsseldorf-Mettmann regional innovation profile in German here.

The region has a diverse industry structure with developed competency sectors, is a start-up hotspot in NRW with a large share of digital entrepreneurs, and has a high qualification level with a high proportion of university graduates.

Read the innovation profile report to learn more about the SWOT analysis.

  • Biopharma
  • New materials and fabrics
  • Environmental medicine
  • Digital medicine
  • Bioeconomy
  • Energy systems of the future
  • Sustainable industry, Construction technology
  • Alternative drive technologies
  • New job

Cologne/Bonn region

Cologne/Bonn region is home to over 3.6 million people, a diverse industry structure with developed competence industries, and strong knowledge-intensive, business-related services. The region has a high employment rate in emerging fields. It features a strong landscape of research, science and higher education, including numerous universities and research institutions affiliated with all four major German research associations. One of the region’s key strengths is its start-up ecosystem, which is marked by high patent intensity and support from federal and state governments. The region is well-connected through various start-up and transfer institutions and extensive regional networks.

Read the Cologne/Bonn regional innovation profile in German here.

A broad industry structure with highly developed competence sectors, extensive research, science and university landscape, strong region for start-ups, and national and European funding acquisition per capita above average.

Read the innovation profile report to learn more about the SWOT analysis.

  • New energies and hydrogen
  • Bioeconomy and resources
  • Biotechnology and health
  • Material and materials
  • AI, robotics and ICT,
  • Climate protection and environmental economy,
  • Digital and innovation

Ruhr metropolis

The Ruhr Metropolis, home to 5.0 million residents, is a pioneering region of structural change with a diverse industry structure and specialisations in growth sectors such as healthcare and logistics. The metropolis aims to set new standards in ecological transformation, wanting to become the greenest industrial region in the world. Its geothermal energy and hydrogen technology offer conditions for sustainable business (Wuppertal Institute, 2021). The region’s research capabilities are focused on information and communication technology, logistics, health, energy, and the environment, supported by a well-developed digital infrastructure.

Read the Ruhr metropolis regional innovation profile in German here.

Pioneering region of structural change with a diversified industry structure and specialisations in growth sectors such as healthcare and logistics, outstanding research competencies in fields such as information and communication technology, logistics, health, energy, and the environment, The cities of Essen and Mülheim an der Ruhr are start-up hotspots with high start-up intensity in knowledge- and technology-intensive sectors. Numerous start-up and transfer institutions and existing regional networks and clusters in large parts of the region.

Read the innovation profile report to learn more about the SWOT analysis.

  • Green technology, hydrogen and circular economy
  • Urban transformation and smart city
  • New industry
  • IT services – cyber security and AI
  • Intelligent logistics
  • Health

Münsterland region

Home to almost 1.6 million people, Münsterland has a high economic performance, with above-average growth in gross value added and one of the lowest unemployment rates in North Rhine-Westphalia. The University of Münster, Westphalian University of Applied Sciences, Münster University of Applied Sciences, and other research institutions contribute to the region’s innovative strength in digital solutions, health and bioanalytics, engineering services and new materials.

Read the Münsterland regional innovation profile in German here.

Well-developed R&D infrastructure, strong GreenTech region (battery research, hydrogen companies and competence centres, pilot initiatives), strong digital banking and insurance sector, and numerous networks and clusters in fields of innovation competence are only some of the strengths of Münsterland.

Read the innovation profile report to learn more about the SWOT analysis.

  • Materials and surfaces
  • Sustainable eco
  • Digital solutions
  • Life science
  • Engineering pro

Lower Rhine region

The Lower Rhine region is home to two million people, with over 650,000 employees working in 120,000 companies, producing goods and services. The region’s economy is mainly commercial. For example, the core sectors are logistics, mechanical engineering, chemicals, energy, agribusiness, electrical engineering, textiles and clothing, and tourism. More than 20 of the 250 companies with the highest sales in North Rhine-Westphalia are based here. The export quota is over 50 per cent in the region.

Read the Lower Rhine regional innovation profile in German here.

The region has many strengths. Some of them include an above-average share of agricultural, forestry and nutritional science courses compared to North Rhine-Westphalia (NRW), well-established R&D base infrastructure, high patent intensity in Rhein-Kreis Neuss, and a high export rate indicating strong foreign trade relations.

Read the innovation profile report to learn more about the SWOT analysis.

  • Agribusiness
  • Chemistry
  • Electrical engineering
  • Energy
  • Logistics
  • Mechanical engineering
  • Textile
  • Tourism

EastWestphaliaLippe region

EastWestphaliaLippe region (or OstWestfalenLippe, OWL) is home to over two million people and industries in mechanical engineering, furniture industry, metal processing and electrical industry, food industry, textile and clothing industry, healthcare industry and plastics processing industry. Over a million employees work in around 150,000 companies, and around 65,000 young adults study at 13 universities. The region is positioning itself nationwide as a top implementer for Industry 4.0 with its Intelligent Technical Systems OstWestfalenLippe cluster and with expertise in the field of intelligent technical systems. The work areas include regional marketing, regional development, the OWL cultural office, the Teutoburg Forest Tourism, the OWL regional agency and the OWL competence centre for women and careers.

Read the EastWestphaliaLippe regional innovation profile in German here.

Some of the region’s strengths are a broad industry mix in localised manufacturing, a stronger gross value added (GVA) than the state average, a high proportion of R&D personnel, a strong culture of cooperation and joint strategy development, and a high patent intensity compared to national and state levels, with a high digital patent intensity.

Read the innovation profile report to learn more about the SWOT analysis.

  • Mechanical engineering
  • Information technology
  • Automation technology
  • Energy
  • Leisure and tourism
  • Furniture and kitchen industry
  • Healthcare industry
  • Plastics
  • Textile and clothing industry
  • Groceries

South Westphalia region

With almost 1.4 million residents and over 150 world market leaders, South Westphalia is the youngest region in Germany. Counting the number of employees in the manufacturing sector subjected to social insurance contributions, the region is the third-strongest industrial region in Germany and the strongest industrial region in North Rhine-Westphalia. Its sectors include the automotive industry, metal and mechanical engineering, building technology and the healthcare industry. Education and research are covered by the University of Siegen, the South Westphalia University of Applied Sciences, the Siegen Business School, the Hamm-Lippstadt University of Applied Sciences, the University of Europe for Applied Sciences in Iserlohn and other private universities. In addition, more than 42 innovative and groundbreaking projects were implemented in South Westphalia in urban development, nature and tourism, rural life and business via REGIONALE 2013.

Read the South Westphalia regional innovation profile in German here.

The region has a strong educational and research environment, industries focusing on localised manufacturing, many SMEs and family-run businesses, numerous start-up and transfer institutions, existing networks and clusters in regional innovation fields, and advanced broadband expansion despite the semi-urban settlement structure in all areas.

Read the innovation profile report to learn more about the SWOT analysis.

  • Metal and mechanical engineering industry
  • Timber and forestry
  • Healthcare industry
  • Automotive
  • Building technology

Learn more about the nine regions of North Rhine-Westphalia

The content of this news article is sourced from the NRW.innovativ Regions page. Visit their site to explore this and much more about the nine regions of North Rhine-Westphalia.

Featured photo: AL-Travelpicture – Getty Image

Bioeconomy Innovation Day 2024 as it happened

Available in German

Hosted in Lemgo, North Rhine-Westphalia, Germany, the Bioeconomy Innovation Day 2024 featured ten forest bioeconomy innovations focused on moving the green transition and eight amazing keynote speakers and panellists from the research, government, private, and public sectors, attracting participants interested in learning more about forest bioeconomy innovations.

“The Bioeconomy Innovation Day 2024 occurred at a crucial moment as we progress towards a green transition, needing circular bioeconomy solutions. European regions are working on “defossilisation” and “biologisation” of their main economic sectors, seizing opportunities in research, innovation, and technology to tackle the challenges related to the advancement of a bio-based sustainable economy,” said Inazio Martinez de Arano from the European Forest Institute and coordinator of the Bioregions Facility.

Across three sessions, the networking event promoted conversations through compelling presentations, innovation pitches and panel discussions on new opportunities for forest owners, advanced circular bio-based solutions, and initiatives supporting bioeconomy.

Leading the change in sustainable solutions

Through the event, a clear message was observed: we need to innovate to reshape the current economy and adjust to climate change. Here are some quotes:

“We are here in North Rhine-Westphalia in a hotspot region concerning bark beetle attack and loss of spruce and pine trees. The Bioeconomy Innovation Day 2024 shows excellent innovation to overcome these challenges along the value chain – from the forest to the use of wood,” said Stefanie Wieland from Wald und Holz NRW.

“The Bioeconomy Innovation Day 2024 is a major event focused on forest-based bioeconomy issues – it is a very important date. We have been glad to have the event here in this area. Usually, all these events occur in densely populated areas,” said Roland Daamen from the Ministry for Climate Protection, Environment, Agriculture, Conservation and Consumer Protection of the State of North Rhine-Westphalia, Germany.

“Innovation in the forest economy is, in my opinion, really important, especially regarding the climate change we are currently encountering. We have to innovate in many ways: how we use the forest, how we use the material that comes from the forest, and the value chains from the forest to the final use of the material. I think there are many, many contact points where innovation is necessary,” said Martin Hackel from OWL University of Applied Sciences and Arts (TH OWL).

“I think we need a lot of innovation that will get the transformation to the bioeconomical industry. In the bioeconomy, we need a lot of innovation because we do not have enough biomass or enough resources without any innovations; our products must be much more efficient than they are today. I think it is one of the key points here. It does not depend on the product type, so I think all or almost all products have to be much more material efficient. For example, houses are made of less material. It was fantastic to see that totally different regions in Europe have the same questions and ideas, and we can learn a lot from each other. There were very good discussions with people that I had never met before, I had never heard before, but I realised that we think the same. This was very inspiring for me, and I think there will be a lot of later connections, and perhaps we will work together after this event,” said Katja Frühwald-König from TH OWL.

The Bioeconomy Innovation Day 2024 wouldn’t be possible without the great support of its organisers: the European Forest Institute – Bioregions Facility, Landesbetrieb Wald und Holz NRW, OWL University of Applied Sciences and Arts (TH OWL), Smart Wood Center OWL, and CO2Bau.

Ready for the Bioeconomy Innovation Day in 2025?

Bioeconomy Innovation Day will return next year. Follow the Bioregions Facility to be the first to receive a notification directly to your inbox. Sign up for our newsletter today to stay up-to-date with current topics on forest bioeconomy and more.

Quotes were edited for content and clarity. 

North Rhine-Westphalia advances circular economy in construction

The construction industry, a significant consumer of natural resources and energy, plays a crucial role in climate change mitigation. To meet climate goals like the Sustainable Development Goals (SDG), Renovation Wave Strategy, or Europe’s Green Deal, it’s imperative to reconsider our resource usage and building practices. This includes reducing emissions and waste and embracing recycling.

Focusing on strengthening sustainability in the sector, The Ministry of Homeland, Local Government, Building and Digitalisation of North Rhine-Westphalia, Germany, has taken a significant step in promoting the circular economy in state building construction by updating the decree.

The construction and real estate company North Rhine-Westphalia (BLB NRW) manages a significant real estate portfolio and is tasked with implementing sustainability principles.

The Sustainable Building Assessment System (BNB) plays a crucial role in evaluating building sustainability, focusing on ecological, economic, and socio-cultural quality, thereby promoting sustainable construction practices.

Building Information Modelling (BIM) technology is a game-changer in future-proofing public buildings. It allows for virtual construction before actual building, aiding in sustainability calculations and ensuring the longevity of these structures.

In accordance with the new circular economy law

Earlier this year, North Rhine-Westphalia implemented a new circular economy law to replace the previous state waste law. This new law aims to facilitate the transition to the circular economy and sustainability.

Read the press release here

Photo by diesirae – stock.adobe.com

Bioeconomy Innovation Day 2024 lineup: meet our innovative presenters

Industries such as wood-based construction and textiles made from cellulose are pushing forward innovation and introducing new products to the market.

These advancements in production methods and techniques help boost the economy, create job opportunities, and bring positive changes to the industry. Furthermore, these developments also have a ripple effect on other sectors, making it a win-win situation for everyone involved.

At this year’s Bioeconomy Innovation Day, we bring you three current topics: new opportunities for forest owners, advanced and circular bio-based solutions, and initiatives for supporting innovation in forest and wood-based bioeconomy.

Check our preliminary Bioeconomy Innovation Day 2024 lineup (in alphabetical order) and stay tuned for more updates:

Circulignum is part of the Bioeconomy Innovation Day 2024 lineup
CircuLignum team. Source: CircuLignum website.

CircuLignum

Want to promote the circular economy in wood processing? The diverse community of students, lecturers and academic staff at TH OWL is committed to the sustainable use of wood and wood-based materials. Through innovation, education and cooperation, CircuLignum makes a positive contribution to climate protection; the team combines expertise in industrial engineering, digitalisation and wood technology to promote the material reuse of production offcuts.

Ecobase

The Ecobase platform collaborates with landowners to generate income from carbon removal and reduce emissions. They achieve this by planting trees on underutilised land and providing carbon removal and emission offset services. The platform offers financial options to buyers and manages the entire process from project registration to implementation, ensuring a seamless and efficient operation.

High-performance biocomposites by Strong by Form

Strong by Form specialises in the production of wood-based composites. Their innovative Woodflow technology utilises trees’ natural structural optimisation strategies to create lightweight yet robust components that can potentially replace steel and concrete. This technology emphasises strength and promotes sustainability by reducing the weight and environmental footprint of the products. The design freedom offered by this technology enables the creation of interiors that promote the natural warmth of wood.

Land Life

Land Life is a technology-driven reforestation company that plants trees on a large scale. They offer businesses and organisations the opportunity to address climate change and offset carbon emissions by restoring nature. The company is dedicated to enhancing biodiversity, improving groundwater, stabilising soil, and mitigating CO2 levels, facilitated through a prediction model that provides data on carbon capture and nature impact projections. Companies can contribute to reforestation projects, offsetting or compensating for their carbon footprints and providing additional income for landowners committed to protecting newly planted trees for at least 40 years.

Micodata and MicoQR by Cesefor

Micodata is a predictive model of wild mushroom production that facilitates mushroom harvesting. The Micodata estimates mycological production in Castilla y León. The project is organised by Cesefor and the Regional Government of Castilla y León and developed with the Valonsadero Forest Research Department of the Junta de Castilla y León, which has one of its first web information services in this GIS.

MicoQR is an application that allows traceability and guarantees the legality of the purchase and sale of wild mushrooms. Its main objective is to help organisations and individuals working in the mushroom industry with mechanisms to register their mushroom purchases, identify batches and deliver notes from the collector or producer.

WOWnature website.

WOWnature by Etifor

WOWnature is an online platform highlighting innovative forest restoration and reforestation projects. It also collects private sponsorship from individuals and organisations through tree adoption mechanisms. WOWnature has supported over 40 projects globally, including collaborations with mountain forest managers and enterprises to restore forests damaged by the Vaia windstorm in October 2018 in Italy.

Learn more about Bioeconomy Innovation Day 2024 lineup

Excited about our Bioeconomy Innovation Day 2024 lineup? I’ll be pleased to know that there’s more to come! Join us on 5 June 2024 in Lemgo, North Rhine-Westphalia, for an intensive one-day event that will gather forest innovators and leaders from industry, government, research, and other key stakeholders in the forest bioeconomy.

Practical information: Bioeconomy Innovation Day 2024

The Bioeconomy Innovation Day 2024 event will be held on 5 June 2024 at the TH OWL Lemgo Campus in Campusallee 12, 32657 Lemgo, Germany. Below, find information about transportation, accommodation, and the venue’s location.

Travel info

From Dusseldorf Airport to Lemgo

2h50min travel with regional trains: Dusseldorf Airport–Bielefeld Central Station–Lemgo

Tickets at Deutsche Bahn

From Hannover Airport to Lemgo

2h50min travel with regional and intercity trains: Hannover airport–Hannover Central Station–Bielefeld central station–Lemgo

Tickets at Deutsche Bahn

Accommodation

Hotels available in Lemgo

Hotels available in Detmold

How to get to the venue

TH OWL Lemgo Campus map. Source: TH OWL

The event will happen at TH OWL Lemgo Campus, building 1.

The address is Campusallee 12, 32657 Lemgo, Germany.

The event is expected to be held in Room 1204.

We will notify all participants in advance of any changes.

More

Check out our website, explore the agenda, and learn more about our speakers and innovators. If you have any questions about the event, please reach out to us at bioregions [@] efi [.] int

The Bioeconomy Innovation Day 2024 is co-organised by the European Forest Institute – Bioregions Facility, Landesbetrieb Wald und Holz NRW, OWL University of Applied Sciences and Arts (TH OWL), Smart Wood Center OWL, and CO2Bau.

Featured photo: sehbaer_nrw – stock.adobe.com