Discover the innovation fields of the

TATEKU Innovation

from climate-resilient forest plants to AI-supported forestry and modern wood processing.

Shaping the future together now.

Research & development for a sustainable future

The forestry and timber industry is an essential component in the supply of biogenic raw materials. However, it faces major challenges: climate change, resource scarcity and increasing demands on efficiency and resource use require new solutions. Therefore, the goal of TATEKU is to demonstrate a commitment to research and development along the entire value chain.

We rely on innovation because we are convinced that progress and timber construction are inextricably linked. Only through new technologies, intelligent processes and a holistic view of the forest as an ecosystem can we create long-term solutions. In doing so, we think ahead: our developments are not just geared towards short-term success, but towards helping shape a resilient and contemporary industry.

With professional excellence and genuine passion, we drive forward projects that are both economically viable, as well as sensible and implementable. For us, responsibility means thinking outside the box – for the resource-efficient use of timber, conscious forest management and the preservation of ecosystems for generations to come.

Through our commitment, we combine tradition with cutting-edge technology, creating solutions that endure. For us, true innovation does not just mean creating something new, but also developing what already exists – with foresight, reliability and the ambition to create long-term value.

Smart Planting

Nursery of the future

We show great interest in investments starting at the foundation of the forestry and timber value chain – robust forest plants adapted to climatic conditions. We focus on:

Efficiency through innovation: Development of technologies for the quality assurance of tree seeds
Heat-resistant and drought-tolerant forest plants: Development of resilient tree species adapted to the challenges of future environmental conditions
Vertical farming for forest plants: Efficient cultivation systems for long-term plant growth, independent of weather conditions

Why it is important: Future-oriented plant breeding is an essential component for the development of the forestry and timber industry.

Smart Forestry

Digital and intelligent forestry

We are shaping the future of forest management with innovative technologies:

Satellite-based forest condition monitoring: Precise data for effective forest maintenance.
Leasing models for small private forests: Accessible and flexible forestry solutions for private individuals.
AI-supported management plans: Optimise sustainable forest management through the use of digital twins and real-time data, enabling more efficient use of resources, protection of forests and promotion of biodiversity to increase climate resilience
Reforestation with robotics: Automated solutions for large-scale and efficient reforestation and afforestation

Your advantages:

Increasing efficiency and reducing costs through data-driven decisions.

By using innovative technologies, we want to revolutionise forest management, promote sustainable forest management and strengthen the resilience of our forests for the future.

Smart Timber Products

Innovation meets efficiency

Our approaches are transforming the use of wood:

New raw material potential: Alternative wood types for appropriate resource utilisation
Smart home sensor applications: Intelligent automation solutions with wood as the central material
Humidity sensors for wet rooms: Prevention of moisture damage and real-time monitoringHumidity sensors for wet rooms: Prevention of moisture damage and real-time monitoring
Wood as an innovative material for new areas of application, for example for transport infrastructure or the energy sector

[Holzwerk³]

Through innovative approaches, we aim to expand the use of wood, promote innovative resource strategies and open up new application areas for a modern circular economy.

Smart Carbon Products

Developing carbon products using the renewable resource of wood

We are interested in investment as well as joint research on the following points:

Industrial production of biochar and bioliquids from raw materials from agriculture and forestry using data-driven AI models
Development of application areas for the use of biochar in agriculture, the construction and steel industries
Preparation of bioliquids as a biogenic raw material for the chemical industry, for example for the production of Sustainable Aviation Fuels (SAF)
Development of new processes for the efficient material utilisation of carbon products

Smart Industry

We are already working on the technology of the day after tomorrow

We are helping to shape the future of the industry:

State-of-the-art technologies to strengthen the forestry and timber value chain

Planting - Sustainable reforestation for the future

Sustainable plant breeding plays a crucial role in safeguarding our forests and promoting biodiversity. Through targeted research and the use of innovative technologies, TATEKU Innovation develops solutions that produce climate-resistant tree species and make reforestation projects more efficient. This creates resilient forests that not only store CO₂, but also preserve valuable habitats.

Climate-resistant forests for future generations

Climate change poses major challenges for our forests. Rising temperatures, longer periods of drought and increasing pest infestations are threatening traditional tree species and entire forest ecosystems. By breeding climate-resistant plants, TATEKU Innovation is creating the basis for forests that are better able to adapt to changing environmental conditions. This not only ensures the continued existence of forests, but also their function as CO₂ reservoirs and sources of raw materials.

Preserving natural diversity: Biodiversity as the key to resilient forests

A diverse plant world is essential for a healthy forest ecosystem. Monocultures are more susceptible to disease and climate change, while species-rich forests are more stable and resilient. TATEKU Innovation favours diversity in reforestation in order to preserve and strengthen habitats for animals and plants in the long term. The targeted cultivation of different tree species creates a natural balance that actively promotes biodiversity and ensures the long-term ecological stability of forests.

Technology-supported reforestation for maximum efficiency

Modern technologies enable more precise and efficient reforestation. TATEKU Innovation integrates satellite-based monitoring, robotics and AI-supported analysis methods to create optimal conditions for the growth of new trees. This ensures that each plant thrives in the best possible way and that reforestation is sustainable and resource-efficient.

Economic and ecological benefits of sustainable plant breeding

In addition to the ecological benefits, sustainable plant cultivation also contributes to the economic stability of the timber industry. By cultivating high-quality, resistant tree species, forests can serve as a sustainable source of raw materials in the long term. Companies benefit from a secure supply of wood, while at the same time reducing the industry's ecological footprint.

Precise basis for decision-making thanks to digital analyses

Data-based technologies are revolutionising forestry by enabling more precise decision-making. With the help of satellite-based monitoring and AI-supported analyses, forest areas can be assessed in real time. Health status, growth potential and potential risks are recognised at an early stage, allowing targeted measures to be taken and inefficient interventions to be avoided.

Optimised management for sustainable yield

Digital twins and AI-supported management plans allow forest management to be precisely tailored to the needs of each forest stand. This allows harvest cycles to be optimised, pest infestations to be detected at an early stage and resource utilisation to be improved. These data-driven strategies not only increase efficiency, but also make it possible to secure stable long-term yields from sustainable forest utilisation.

Cost reduction through targeted measures

Traditional forestry is often associated with high operating costs, as decisions are based on manual inspections. The use of modern technologies reduces unnecessary costs as precise data enables forward-looking planning. For example, maintenance and harvesting operations can be planned on the basis of real-time data, which optimises the amount of work and use of materials.

Flexible and accessible solutions for all forest sizes

Not only large forest owners benefit from these technologies - private individuals also gain access to digital solutions through innovative leasing models for small forests. TATEKU Innovation develops concepts that enable sustainable and profitable forest management for everyone. Modern technologies increase efficiency, protect nature and maximise economic benefits.

Wood processing and modular construction - innovation meets efficiency

Our approaches are revolutionising the use of wood:

New raw material potential: Utilisation of alternative types of wood for a more sustainable use of resources.
Smart home sensor applications: Intelligent automation solutions with wood as the central material.
Humidity sensors for wet rooms: Prevention of moisture damage and real-time monitoring.
Standardised wall construction: Development of modular and sustainable construction methods.

Rethinking sustainability: Efficient solutions for building and living innovations.

New raw materials for sustainable construction methods

The use of alternative types of wood opens up completely new possibilities for sustainable construction. Innovative processing methods allow previously unused types of wood to be utilised efficiently in order to conserve resources and ensure the long-term availability of wood.

Intelligent smart home solutions with wood

Wood as the central material for smart home technologies combines naturalness with state-of-the-art automation. Integrated sensors enable efficient control of room climate, lighting and security systems - for more comfort and sustainability in the home.

Moisture protection through smart sensor technology

Moisture sensors in wet rooms ensure early detection of moisture damage and enable precise monitoring in real time. This prevents structural damage and significantly improves the longevity of buildings.

Modular design for maximum efficiency

Standardised wall structures enable a faster, more sustainable and more flexible construction process. With modular timber construction systems, TATEKU Innovation creates efficient solutions for residential and commercial projects that combine ecological responsibility with high economic efficiency.

Resource refinement - green carbon and pyrolysis technologies

From waste avoidance to resource utilisation - we refine wood for innovative applications:

Mobile pyrolysis plants: Decentralised solutions for sustainable carbon use.
Flash pyrolysis: Maximising oil yield with minimum energy consumption.
Research on green carbon: Use in agriculture and construction for a greener future.
Measurement methods on site: Quality assurance of pyrolysis products through innovative testing procedures.

One step further: resource utilisation at the highest level.

TATEKU Innovation is setting new standards in the refinement of wood and the sustainable utilisation of resources. Using state-of-the-art pyrolysis technology, we transform wood waste into valuable products such as green carbon and bioliquids, which replace fossil raw materials and offer a climate-friendly alternative.

With mobile and efficient pyrolysis plants, we create decentralised solutions that can be used directly where they are needed. This enables us to utilise carbon in a way that conserves resources and significantly reduces transport routes and emissions.

Our research into flash pyrolysis maximises oil yields, while innovative testing procedures ensure the quality of our products on site. Whether in agriculture, construction or industry, green carbon is a key element for a sustainable future.

With this holistic approach, TATEKU Innovation turns waste materials into valuable raw materials and actively contributes to the circular economy. We not only rethink resource utilisation, but also go the decisive step further.

Current research project: Pyrolysis plants on an industrial scale

The modern pyrolysis plant combines the knowledge of thousands of years with advanced 21st century technologies to create sustainable solutions for the future. In this pioneering process, biomass undergoes thermal conversion in the absence of oxygen. The results are innovative products such as green carbon, bioliquids and biogenic pyrolysis gas - key components for the realisation of negative emissions and a more environmentally friendly future. From 2025, Carbon Removal Systems GmbH is launching a pioneering research project together with the University of Natural Resources and Life Sciences Vienna and the renowned engineering firm CONENGA Engineers GmbH. The aim of this project is to fulfil the requirements of our industrial customers even more precisely and to develop innovative solutions for a sustainable future. The focus is on the following key research topics:

Green Carbon

Green Carbon has outstanding properties that make it an indispensable material for various industries. With a high carbon content of up to 95 % and superior long-term stability, Green Carbon is particularly durable and efficient. Thanks to its optimised pore structure, it is ideal for numerous applications.

Whether in agriculture for soil improvement or in the steel and construction industry as a sustainable alternative - Green Carbon offers innovative solutions for an environmentally friendly future. Discover the benefits of this pioneering material and optimise your processes with a focus on sustainability and efficiency.

Bioliquids

diverse application possibilities in the chemical industry and in particular for Sustainable Aviation Fuel (SAF) to reduce CO₂ emissions in aviation. From 2025, 700,000 tonnes of SAF will be needed per year in the EU alone.

Special features of the bioliquids:

Biogenic pyrolysis gas

Ideal for drying plant-based input materials by combustion to increase process efficiency. Due to its high hydrogen content, the pyrolysis gas offers future potential for the extraction of hydrogen.

CO² certificates

One tonne of green carbon can bind up to three tonnes of CO₂ taken out of the atmosphere by the plant. Companies can offset their CO₂ emissions with the certificates generated in this way.

Do you have any other ideas? We are curious!

Innovation thrives on new perspectives! If you have an exciting idea that fits our projects – or would like to suggest a completely new direction – then let us know. We are always open to creative approaches, solutions and smart technologies.

💡 Your idea could help shape the future! Get in touch with us and become part of an innovative movement.

Why TATEKU Innovation?

We are a young company with a strong interest in new technologies that offer solutions to current challenges. Together, we want to help further develop the forestry and timber value chain.

Why TATEKU Innovation?

We think holistically to enable climate-friendly transformation along the forestry and wood value chain. Our technologies are not only innovative, but also sustainable - for the environment and future generations.

Counteracting the effects of climate change

Through close cooperation with research and industry, TATEKU Innovation is setting new standards and is a key player for a climate-friendly future and actively counteracts climate change.

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Get in touch with us

Jointly researching innovations in the timber industry

Are you looking for exciting investment opportunities for innovations, or would you like to develop new solutions along the wood value chain as a project partner? TATEKU Innovation offers you unique opportunities to achieve your goals.

Let us have a no-obligation chat about your ideas, desires and concepts – together we are shaping today's timber industry.