Ein Netzwerk von

Wood 3.0

Building the future with
bio-based innovations

Cellulose hybrid construction innovation network

About our network

The global demand for construction is increasing, driven by population growth and housing shortages. Traditional materials like concrete and steel are energy-intensive and environmentally damaging, contributing to 38% of global CO2 emissions.

It’s time for eco-friendly construction using sustainable, recyclable materials. Bio-based materials sequester CO2 during growth and are renewable within decades. “Wood 3.0” focuses on cellulose-based construction materials, exploring biobased hybrids and fiber-based materials for ecological architecture. We investigate recyclable materials like wood, grass, alternative raw materials, and recycled waste. The network also addresses multifunctional composite systems and 3D printing of cellulose materials for enhanced design, acoustics, and resource efficiency.

Vision

Vision

Our vision is to create an innovation platform for ecological building products. Network partners across the entire value chain will collaborate to develop, commercialize, market, and establish innovative products.
We aim to build a bridge between German and international companies, fostering technical skills and enabling global cooperation. Environmentally friendly building and new housing solutions are global concerns.

Vision

Goal

  • Develop new applications, processes, and process combinations;
  • Review the feasibility of new development approaches for economic use and recycling;
  • Provide a foundation for transferring promising technologies to follow-up projects and industrial-scale implementation.

Technologies

Architecture & construction
Architecture & construction

This field encompasses the design, planning, and construction of structures with a focus on functionality, aesthetics, and sustainability. It leverages innovative technologies and materials to create efficient, safe, and environmentally friendly environments.

Materials science
Materials science

Materials science explores the properties, performance, and applications of materials, driving technological advancements through the development of new, sustainable materials that enhance product performance.

Computational engineering
Computational engineering

Computational engineering uses advanced methods and simulations to solve complex engineering challenges, enabling the design, analysis, and optimization of systems and materials while reducing reliance on physical prototypes.

Additive manufacturing
Additive manufacturing

Also known as 3D printing, additive manufacturing constructs objects layer by layer from digital models, enabling complex, customized components with reduced waste, faster production, and innovative design possibilities.

Building physics
Building physics

Building physics studies the physical behavior of buildings, focusing on energy efficiency, thermal comfort, acoustics, and indoor air quality to optimize performance and sustainability in real-world conditions.

News

The first meeting of the international innovation network Wood3.0 concluded successfully.

Network Partners

Technology company producing flame retardants and ecological surface additives for different applications.

Finnish leader in climate-neutral, advanced insulation with 40+ years of experience.

Institute specialized in polymer applications research and development.

The Architecture & Civil Engineering Department at Hochschule RheinMain offers comprehensive, practice-oriented programs in planning, building, and management.

Specialist in wood processing and roof construction.

Specialist in various engineering services with a highly skilled team.

Over 25 years of experience, specializing in engineering and consulting services in facades, IT, and BIM.

A global leader in banknote and security paper manufacturing, part of Giesecke+Devrient.

Specialist in masonry mortars, based in Kasendorf, Bavaria.

Innovator of biobased, eco-friendly building materials, focusing on sustainable construction solutions.

Specialised in the development of materials and manufacturing technologies to decarbonise industries and make them circular.

Provides research and development for innovative, sustainable fiber-based paper solutions.

Specialized in innovative textile technology and cellulose fiber.

Renowned for sustainable architectural design, urban planning, and innovative building solutions.

The Institute for Structural Engineering focuses on building statics, dynamics, materials, facades, and construction.

Leading university in engineering and technology, renowned for research and innovation.

Building technology and climate-friendly construction research, promoting innovation and sustainability in engineering.

Computational applied mechanics specialist, integrating advanced simulations in engineering education and research.

Innovative system solutions provider for exposed concrete or wooden ceilings, enhancing design and functionality.

Leading European research institute specializing in wood and renewable raw materials.

Contact

Research and develop jointly with innovative partners? Become part of our network!

Natalie Doerfler

Natalie Doerfler

Innovation Manager

Dr. Martin Griessl

Dr. Martin Griessl

Innovation Director

Martina Mueller

Martina Mueller

Innovation Manager

Network Management

HeiQ RAS has been successfully advising SMEs and industrial clients for more than 20 years. We support our clients in applying for funding, technology transfer and the search for project partners and organize effective innovation networks.

Exchange and Cooperation

ZIM networks enable cooperative projects as part of the Central Innovation Program for SMEs (ZIM), funded by the Federal Ministry of Economics and Climate Protection (BMWK). Innovation networks strengthen the innovative power of SMEs!

Our Innovation Networks

Bio-based (green) coatings

Reducing CO2 emissions in the brick and tile industry

Firefighter Cancer

Firefighter health and safety innovations

Paper-based building materials

Recycled building materials

Energy and resource-saving building material made of glass

Functional mineral 3D printing of building materials