Egurtek closes its 9th edition confirming the value of wood as a material of the future

Egurtek, the International Forum of Architecture & Construction in Wood, has closed its 9th edition. The main objectives of the forum are gathering all the advances in the wood construction & architecture field and promoting new synergies. The event reconfirmed the value of wood as a sustainable material for the future with exceptional qualities for construction. Nearly 1,300 professionals attended the event, confirming the solidity of the event and its suitability as a meeting place.

Bittor Oroz, Deputy Minister of Agriculture, Fisheries and Food Policy of the Basque Government opened the Egurtek event on 19 October: “Wood is a material for the future. Egurtek is not a forum that only promotes the use of wood, but one that plays a very important role because it reflects the entire value chain. It is not limited only to design and construction, but to forest management, technicians… it refers to all the links”.

In addition to the large congress room, Egurtek offers their visitors also the opportunity to join the Technical conferences, the Speaker’s corner and the Expo area. At the Technical conferences, Bittor Oroz Izagirre, Vice-minister of Agriculture, Fisheries and Food Policy of the Basque government, and Leire Barañano, general manager of NEIKER BRTA, both mentioned the EFI Bioregions Facility as key actor to support the transition of the Basque Country towards a circular, territorial-based bioeconomy. The Technical conferences also provided a stage for projects to present their ongoing work: Basajaun, BEHS and Eguralt.

Visitors interested in innovative solutions and the latest trends in wood construction were satisfied to see more than 50 exhibitors in the Expo area, representing the latest innovations in wood construction. The Expo area also featured a Speakers’ Corner, a space where exhibitors gave dynamic and agile presentations about the main innovations which they represented at the forum.

Researcher position open in Sustainable Building

InnoRenew CoE is an independent research institute established in 2017 through the H2020 InnoRenew project. Research targets renewable materials and sustainable buildings, specifically innovative approaches to wood and its use, with the goal of transferring scientific knowledge into industrial practice.

Sustainable Building with Renewable Materials (SBRM) group at the InnoRenew CoE invites applications for a full-time Researcher position in the area of sustainable structural systems. The appointment is expected to begin on January 1, 2023, or soon thereafter.

Candidates must have a background in structural engineering and demonstrate research excellence in ideally one or more of the following areas: timber engineering, mass timber, sustainable structural systems, advanced timber structural systems, hybrid timber structural systems, tall timber buildings, seismic and wind design, engineered wood products, timber connections, timber building code development. Additionally, relevant experience in one or more of the following areas is required: structural testing (small-scale and large-scale), advanced numerical modelling, programming skills.

The successful candidate will be expected to pursue innovative research at the international level and to apply for externally funded research and industrial funds. The successful candidate must also demonstrate excellence in research as evidenced primarily by a record of and quality of published papers in top-ranked and field relevant journals and participation on in relevant conferences.

Application is open until 7th November 2022

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Call for projects: Circular economy project accelerator Bourgogne-Franche-Comté 2022

ADEME and the Bourgogne-Franche-Comté Region are offering financial support to accelerate the identification and setting up of projects related to the Circular Economy in the Bourgogne-Franche-Comté region.

The following themes can be supported:

  • Territorial circular economy approaches;
  • Eco-design of goods and equipment or services;
  • Economy of functionality and cooperation;
  • Extension of the duration of use – reuse, reuse, repair and reconditioning;
  • Prevention, collection, sorting, reuse and recycling of construction waste;
  • Packaging and containers – eco-design, substitution/reuse, bulk.

Application is open until 09/12/2022

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Forestry Speed Dating: Circular design of wooden building materials

EFI Bioregions Facility is continuing its virtual Forestry Speed Dating series on Bio-based solutions for sustainable construction. During the third event of this series, taking place on 25 Ocotber 2022, two research projects will show their sustainable innovations on Circular design of wooden building materials. After the presentations in plenary, attendees can connect and seek for collaborations with the presenters and fellow attendees in breakout rooms.

Presentations

Design of timber buildings for deconstruction and reuse (Infuture Wood project) – By Ylva Sandin, Researcher at RISE

The Infuture Wood project aims to identify the key problem areas regarding the reuse of wood from current buildings especially as structural material, and to propose technical and methodological solutions to address them. The project’s work on “Design of timber building for deconstruction and reuse” focuses on the primary design of buildings and ways to facilitate deconstruction rather than demolition. The project investigates what is to be optimised, encouraged and avoided in design – to be described by a “rebuilding factor”. Special attention is directed towards the design of connections, as this greatly affects the possibility to disassemble building components. 

Development of a circular economy in construction with added-value engineered wood products and modular construction (MODCONS project) – By Patrick McGetrick, Lecturer at University of Galway.

The MODCONS project investigates the design, development and experimental testing of a sustainable modular timber building solution to support national needs while also creating export opportunities in the sector. Underlying all aspects of the design is ensuring the modules are optimised for future deconstruction and reuse. The potential for use of Cross Laminated Timber panels fabricated using recovered material sourced from demolition sites is also outlined, considering quality and technical performance.

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Is Finland’s Wood City the future of building?

With three-quarters of land in Finland covered by forests, wood is a readily available material here, although it does need to be strengthened for use in mid-rise and tall buildings.

In Finland, where detached wooden villas and summer cottages are common, there is less public concern about fires than there might be in parts of the world that are less used to using wood as a construction material.

However, SRV still faces questions about flammability, especially in taller buildings. There is plenty of evidence that CLT performs well in fires though, says Ms Airaksinen, since it is designed to withstand high heat levels and can be slower to collapse compared to concrete.

At the upper school construction site, Ms Airaksinen’s team are busy slicing up slabs of engineered wood called CLT (cross-laminated timber) which is produced by bonding together layers of wooden panels at right angles. “You’re making the wood stiffer, so that makes the wood much stronger,” she explains.

Engineered wood like CLT has a range of environmental benefits, including being much lighter than many building materials, so less heavy machinery and energy is needed during construction. Buildings can also be quicker to complete since there is no drying phase as there is with concrete.

Plus, wooden buildings actually remove more carbon dioxide from the atmosphere than they emit; they can hold in carbon that is absorbed from the atmosphere by trees for five to six decades. By contrast, steel and concrete leave massive carbon footprints.

“It can really help us with climate change,” says Ali Amiri, a sustainable buildings researcher at Aalto University near Helsinki, and a former civil engineer.

“If we go through the comparison with wooden buildings and other buildings like concrete or steel or even brick buildings, [wood has] something like 20 to even 30% lower greenhouse gas emissions. So this is very good news.”

According to his team’s research, if 80% of new residential buildings in Europe were made of wood they could store up to 55 million tonnes of carbon dioxide a year. That is equivalent to almost half the yearly emissions made by the continent’s cement industry.

Engineered woods like CLT have been used in Europe since the 1990s, but they have had a resurgence in Finland thanks to a government-backed wood-building programme designed to ensure 45% of public buildings use wood as a key material by 2025. Developers can apply for grants and get help with tasks such as procurement and risk communication. “I think every company [here] is doing wooden buildings today,” says Ms Airaksinen. “The pressure is on for sustainability.”

At the upper secondary school, gypsum board, which is made from limestone and not flammable, is used to add an extra layer of protection on the interior walls on higher floors. “We need to take fire safety seriously,” says Ms Airaksinen. “We also did a lot of simulation about evacuation and durability in case there will be a fire.”

The wooden trend is catching on in the private sector too. Data from the Federation of the Finnish Woodworking Industries suggests it is already a key material in 4% of apartments and 16% of commercial buildings.

In Helsinki city centre there’s even a new neighbourhood, Wood City, with hundreds of new wooden flats.

It is also home to the headquarters of Finnish gaming giant Supercell, where huge carved wooden characters and dramatic curved panels make for an impactful reception area, and wood lines the walls of eight storeys of open-plan office space, cafes and even nap rooms.

Cybersecurity company WithSecure is in the process of building a new office next door, in collaboration with SRV and Stora Enso, a major Finnish producer of engineered wood.

And, perhaps least surprisingly, in a country where people famously love getting sweaty, one of Helsinki’s most popular leisure attractions is a giant wooden sauna and restaurant complex. Opened in 2016, the Löyly complex has won multiple global awards for its striking wooden cloak-like structure, which allows visitors to climb up its sloping roof.

Source: BBC News

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EGURTEK – The 9th International Forum on Architecture and Construction in Wood

Egurtek is a biennial forum for sharing information about timber architecture and construction. The event gathers specialists who wish to keep up to date with wood construction projects. Participants range from architects, architectural technicians, engineers, construction specialists, Municipal Councils and Public Bodies, to Universities and Research Centres. At Egurtek, participants will learn about the leading international projects on wood construction and will have the opportunity to interact directly with the presenters in active debates.

Egurtek will offer varied activities, such as technical seminars, an exhibition and sales area and awards, making it a highly dynamic, high-performing, benchmark event for all participants.

The technical seminars will present and discuss initiatives on wood innovation, training in the forestry/woodworking sector and the forest bioeconomy. Two of the projects that will be presented are the Eguralt and Basajaun projects. The Eguralt project aims to experiment with the application of new processes, products and technologies to optimize the use of wood in the construction of mid-rise buildings; and the Basajaun project works on demonstrating how wood construction chains can be optimized to foster both rural development and urban transformation whilst being connected with sustainable forest management in Europe.

At the Expo area, exhibitors will offer products and services related to architecture, wooden homes, wood treatment, sustainable construction, journals, associations, engineering and decoration, wood for construction, software for structures and importers or wood, elements and materials.

The event will be held on 19 – 20 October 2022 in Bilbao, Spain.

 Registration: Egurtek | Bilbao Exhibition Centre | BEC

How can we strengthen the contribution of forests in reaching EU climate goals?

The European Union has set ambitious targets to reduce greenhouse gas emissions by at least 55% in 2030 and to become climate neutral by 2050. The European Forest Institute’s ThinkForest event explores what forests can contribute to achieving these climate goals.

Forests and forestry play three important roles in climate change mitigation. First, reducing deforestation and forest degradation lowers GHG emissions. Second, forest management and restoration can maintain or enhance forest carbon stocks and sinks. Third, improving the use of wood products can store carbon over the long-term, and avoid emissions by substituting emissions-intensive materials.

The ThinkForest event will ask:

  • How much can forest-based activities contribute to climate change mitigation?
  • What role do policies play?
  • How can we maximise forest-based climate change mitigation nationally /locally?

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Photo: Massimo Ravera / Moments via Getty Images

Forestry Speed Dating: High-performance wooden building materials

EFI Bioregions Facility is continuing its virtual Forestry Speed Dating series on Bio-based solutions for sustainable construction. During the second event of this series, taking place on 22 September 2022, two companies will show their sustainable innovations for high-performance wooden building materials. After the presentations in plenary, attendees can connect and seek for collaborations with the presenters and fellow attendees in breakout rooms.

Presentations

Innovative insulation panel products – By Juan Albiñana, Chief Innovation Officer at Garnica
Garnica is a world leader in the plywood industry. They work continuously to develop new products, combining different species of wood with new materials, always with the aim of proposing solutions to market needs. A recent product that will be presented is G-brick, a structural insulating panel with high mechanical performance recommended as a construction system in passive or high energy efficiency projects.

Thermo Mechanical Timber Modification machines that turn lower value wood sources into higher value building materials – By Matthias Gelber, Brand Ambassador at Avant Wood
Avant Wood Finland will share the use case of the multi-award-winning Loeley project in Finland which is 7 years old and where outdoor cladding, decking and interior furniture like tables and doors were all made from low-value “trashwood”. For the interior, birch plywood core waste was the raw material and for the outside, small diameter pine thinnings were used. Both raw materials are only considered good enough for thermal use as wood pellets or for pulp/paper but not for highly durable and long-lasting carbon sink furniture or building materials. The presentation will outline how the wood was modified to provide high-value durable end products and what the underlying features of the Avant Wood TMTM (Thermo Mechanical Timber Modification) process are.

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Renewable source, high performance: why brands should switch to bio-based plastics

A great deal is required of today’s packaging materials. Brands are expected to be on top of things, choosing packaging with many factors – safety, recyclability, functionality, and product appeal – in mind. Furthermore, choosing the right packaging can be an important aspect of a brand’s marketing strategy. So, what’s in it for brands and the packaging industry if they decided to switch bio-based plastics like PEF?

Sustainability is one of the most cited factors in defence of changing to bioplastics. The good new is, it is not the only one. In this article, we take a look at four major advantages of switching PEF – and look at different aspects for packaging companies and brand owners.

1. A fossil-free alternative

As we all probably know by now, the use of plastic is associated with many problems, like the release of fossil carbon dioxide into the atmosphere at its end-of-life. In addition, one of the largest bulk plastics worldwide, traditional polyethylene terephthalate (PET), contains fossil-based terephthalic acid (PTA). Switching to its bio-based alternative polyethylene furandicarboxylate (PEF), which uses furandicarboxylic acid (FDCA) instead of PTA, could bring about significant reductions in greenhouse gas emissions worldwide.

2. Superior properties and behaviour

Not only are bioplastics the right choice for moving away from fossil resources, they also come with quality properties for packaging purposes. For example, PEF has high heat resistance – making it attractive for hot-fill purposes, as well as re-use through industrial washing and refill.

Furthermore, PEF has great gas barrier properties for oxygen, carbon dioxide and water vapour – enabling mono-material packaging and an extended shelf life of products. Using a single material instead of combinations can also save in costs and enable or simplify recycling.

– If you look at the cost of the total package and the features needed for a certain shelf life, shape, or recyclability, using a single material serving all those purposes provides great benefit, says Dirk den Ouden, VP Emerging Business, Division Biomaterials at Stora Enso.

To get the most out of this material, Stora Enso has been developing a breakthrough technology, FuraCore®, to produce FDCA in a cost-effective way at scale, laying the foundation for a plastic that makes sense.

3. Bioplastics fit the circular economy

PEF is made from bio-based crops that grow back – laying the foundation for sustainable and circular packaging. It is also fully recyclable – just as traditional PET packaging.

4. Novelty value and brand appeal – sustainable solutions help brands to differentiate

Differentiation is an important element in the packaging landscape. By associating unique characteristics with their products, brand owners create recognition and authority within their niches, leading to better sales as visibility and credibility increase.

– If we can use the basic material properties to offer something better than what the industry can today, I think there’s great opportunities for brand owners to engage, Den Ouden states.

As customers are increasingly aware of the environmental impact of the products they buy, one means to stand out is to look at new sustainable options for package branding.

– Not only do people like to have products that are packaged in a nice, compelling way, but also to make a choice that feels good, Den Ouden concludes.

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UPM and Dongsung Chemical announce strategic partnership to develop renewable products using bio-based raw materials

UPM and Dongsung Chemical announce a development partnership that will accelerate the introduction of renewable, sustainable forest-sourced materials into the Asian market and reduce fossil resource consumption.

Dongsung Chemical, headquartered in South Korea and UPM Biochemicals, headquartered in Germany have agreed to form a strategic partnership to develop renewable products using bio-based raw materials, initially for footwear materials. Dongsung Chemical has signed a Letter of Intent for this strategic partnership to develop a renewable polyurethane product based on UPM Biochemicals’ biobased mono-ethylene glycols (MEG), UPM BioPura™.

UPM is investing 750 million Euros to build the world’s first industry scale biorefinery at Leuna in Saxony-Anhalt, Germany, to convert sustainably sourced, certified woody biomass into next generation biochemicals. The facility aims to produce 220,000 tonnes annually in total. Bio-MEG is one of the outputs. UPM targets the start-up for end 2023.

Last June, Bioregions Facility and DBFZ (German Biomass Research Centre) co-organised a two-day hybrid workshop about “Unlocking Regional bioeconomy transitions. State of the art and ways forward”. On the second day, there was a study visit to UPM’s biorefinery construction site at Leuna.

Through the partnership of UPM and Dongsung Chemical, the two companies will actively cooperate in the development of eco-friendly products using Bio-MEG, targeting the Asian market and its vast textile and footwear industries. Dongsung Chemical plans to diversify its portfolio by advancing eco-friendly product lines, integrating UPM’s Bio-MEG into its production. Aim is to apply it first to footwear materials and then expanding the field of application to automotive interior materials and adhesives.

UPM’s Bio-MEG is produced from sustainably sourced, certified hardwood obtained from forests in the regions around Leuna in Germany. The biomass does not compete with food resources and has a carbon reduction effect of min. 70% compared to fossil fuel-based MEG. UPM is actively working on further optimizing processes to enable carbon neutrality or even negativity of the product.

ManWoo Lee, CEO of Dongsung Chemical said, “Through the partnership with UPM, we are able to access a stable supply of innovative, next generation bio-materials and apply them to our major products. As Dongsung Chemical is focusing on carbon reduction projects according to its ESG management stance, we will continue cooperating with UPM to increase the proportion of bio-materials.”

Michael Duetsch, Vice President Biochemicals Operations said: “We are delighted to partner with Dongsung Chemical as it pursues its strategy to replace petrochemical-based raw materials with bio-based raw materials and reduce the carbon footprint of its products. UPM is building a world beyond fossils, and we will work with our partners at Dongsung to deliver outstanding solutions for their customers, who are also eager to reduce their carbon footprint.”

Dongsung Chemical continues to develop eco-friendly products and technologies with the goal of reducing carbon emissions by 10% by 2030. In June, it launched a biodegradable packaging material brand ‘ECOVIVA®’ and is planning to build pilot facilities for the development of various biodegradable products such as biodegradable functional films, adhesives, and foams.

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EU Bioeconomy Conference 2022

The high-level conference ‘The Bioeconomy – Enabling the European Green Deal in Challenging Times’ will take place on 6 and 7 October in the Charlemagne building in Brussels. In addition, all sessions will also be live-streamed to allow everyone to get involved from anywhere.

We  will present the findings of the EU Bioeconomy Strategy Progress Report, adopted in June 2022 and highlight the role of bioeconomy policy to enhance policy coherence and system thinking. A series of bioeconomy success stories from EU research and innovation will be presented, alongside evidence for a successful implementation of the EU Bioeconomy Strategy. There will also be an opportunity to discuss how the bioeconomy can help to better manage certain trade-offs, by addressing the question of how increasing biomass demand for energy and industrial needs can be matched with increasing climate and biodiversity objectives.

Bioeconomy encompasses all sectors and associated services and investments that produce, use, process, distribute or consume biological resources, including ecosystem services. From the food we eat to the furniture in our house and the clothes we wear, the bioeconomy, as one of the Union’s largest sectors, is already present in our daily lives. Bioeconomy can be the natural enabler and result of the European Green Deal transformation.

Explore bioeconomy success stories with us and join the discussion about the next steps in EU bioeconomy policy action!

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BIND4.0 opened international call for innovative technology startups

BIND4.0 (Basque Industry Open Innovation Platform) was launched in the Basque Country, an Industry hub with a strong entrepreneurial ecosystem, in order to connect innovative startups worldwide with industry leading companies. BIND 4.0 facilitates the development of transformative Industry 4.0 projects while providing unparalleled business support due to the region’s strategic long term commitment to Industry and Innovation.

BIND4.0 has a yearly call for innovative technology startups in the fields of Intelligent industry, Clean energy & sustainability, Health and Food. 2022 registration is now open.

Benefits for the successful candidates include:

  • Validate and implement disruptive solutions
  • Receive one or more paid industry 4.0 projects
  • Meet 80+ industry leading potential clients
  • No equity is taken
  • 24 weeks of high impact mentoring
  • Access 20+ specialised VC investors
  • Get immersed in the Basque industrial hub

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About BIND 4.0

BIND 4.0 is a public-private initiative funded by the Basque Government and the Department of Economic Development Sustainability and Environment through the SPRI Group. The SPRI Group is the Basque Government’s business development agency leading and supporting the local entrepreneurship ecosystem through its UpEuskadi platform.