Forest innovation hubs knowledge plattform

Total Results: 16
MosaicList
6.- Grow the forest-based bioeconomy through circular use and value-added products
Switzerland
Bern
Bern
Products, markets, trade
Forest-based bio/circular economy
Barbecue charcoal often reaches consumers via long transportation routes and from dubious sources. Locally produced charcoal from scrap sawmill or landscape wood would be much more ecological. A small retort with a capacity of 1m3 of wood and complete exclusion of oxygen can be used to convert local wood into high-quality charcoal. For this purpose, wood cuttings from a local sawmill or poor quality hardwood are manually fed into the retort and converted into coal of the highest quality over 4 - 8 hours. This can generate additional income on a forestry operation or a part-time farm and also reduce the burden on the environment. The waste heat can be used via a heat exchanger to heat living space or for drying processes, e.g. in the timber industry.
FR
EN
DE
6.- Grow the forest-based bioeconomy through circular use and value-added products
Innovative pellets made of forest and/or agricultural biomass and wood residue to reduce dependence on fossil fuels and contribute to environmental protection through reduction of CO₂ emissions
HR
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Research and development
Innovative wood wall panels as decorative details in rooms and/or structural elements of partition walls for sustainable construction
HR
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Research and development
Innovative massive front door made of reinforced and stabilized oak panel used for general use and construction
HR
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Wood construction industry
Networks, testbeds, R&D platforms
Digital solution
Wood construction chains can be optimized to foster both rural development and urban transformation whilst being connected with sustainable forest management in Europe. Two full-scale medium-sized demo buildings are being constructed in Finland and France to integrate various innovative materials, products and components.
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Forest-based bio/circular economy
Circular, bio-based products
Digital solution
Post-consumer wood from urban areas is collected, cleaned and processed in high tech recycling plants to re-convert into viable raw material for quality board products for furniture and interior use.
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Products, markets, trade
Traceability tools
Digital solution
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Products, markets, trade
Forest-based bio/circular economy
Wood energy industry
Collaboration platforms, logistical hubs
Digital solution
The  project supports market uptake of three types of IBCs by developing feedstock mobilisation strategies, improved cost-effective logistics and trade centres. The investigated IBCs include pyrolysis oil, torrefied biomass and microbial oil.
EL
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Forest-based bio/circular economy
Marketing platforms
Digital solution
The RecAPPture mobile and web application is intended for owners and manufacturers of discharged wood products for sale, purchase, lease or purchase.
EN
SL
6.- Grow the forest-based bioeconomy through circular use and value-added products
Inventory, monitoring
Products, markets, trade
Innovation management, hubs, clusters
Networks, testbeds, R&D platforms
Digital solution
DigiWood own products, with the family name Nexum, are focused on facilitating traceability from timberlog to board or finished end customer product, integration of existing hardware and software and products for analysis of all collected data.
6.- Grow the forest-based bioeconomy through circular use and value-added products
Forest-based bio/circular economy
Wood construction industry
Research and development
Build-in-Wood strives to make wood a natural choice for the construction of multi-storey buildings. Early Adopter Cities take a leading role in the project, and their stories shall inspire cities around the world to rethink construction and social responsibility.
EN
UK
6.- Grow the forest-based bioeconomy through circular use and value-added products
Croatia
Medimurska županija
Research and development
The overall objective of the project is to contribute to the development of new products, improve technological processes and strengthen competitiveness of the economy through increased investment and capacity for research, development and innovation.
HR
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Croatia
Grad Zagreb
Wood energy industry
The Forest Biomass Laboratory is designed to meet scientific needs of the Faculty staff, educational needs of its students and to be at the disposal of economic entities, i.e. to offer its services on the market.
HR
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Romania
Forest-based bio/circular economy
Wood energy industry
EGGER commissioned in Romania both a recycling facility at the production plant and public waste wood collection points to enable local waste wood flows.
EN
6.- Grow the forest-based bioeconomy through circular use and value-added products
Slovenia
Gorenjska
Žiri
Wood construction industry
Research and development
Development and commercialization of wooden windows made of old, discarded wood, with special emphasis on wooden beams
EN
SL