The Natural Building Lab (NBL) is part of the Institute of Architecture at TU Berlin.The NBL aims to develop and optimize a processing method for waste-wood in order to be used in load-bearing constructions within the current regulatory framework of the German Building Sector. In cooperation with wood-processing companies and wood preservation experts new processing solutions are developed, evaluated and implemented. Necessary technologies. instruments and equipment are provided.
Listing Description
Offer Details
Specifications and Deliverables:
1. Access to Processing Technology: Full access to the testing and processing equipment at the Natural Building Lab or through collaborative partners for processing specific batches of waste-wood.
2. Customized Waste-Wood Solutions: Tailored recommendations for wood treatment and processing methods specific to the user’s project requirements.
3. Training and Support: Workshops and on-site training sessions to ensure users can effectively employ the equipment and integrate processed waste-wood into their projects.
4. Partnership Opportunities: Connection to an established network of wood processors, preservation experts, and regulatory bodies to facilitate large-scale implementation of waste-wood reuse strategies.
Value Proposition:
The Waste-Wood Testing and Processing Equipment offers a transformative solution for the construction sector by enabling the reuse of waste-wood in load-bearing applications, aligned with the stringent regulatory framework of the German Building Sector.
Benefits for Users:
1. Sustainability Impact: Reduces dependence on virgin timber and minimizes construction waste, contributing directly to circular economy goals and CO₂ reduction.
2. Regulatory Compliance: Provides solutions that meet the strict standards for structural safety and durability, ensuring waste-wood can be safely integrated into mainstream construction practices.
3. Economic Efficiency: By repurposing waste-wood, the equipment enables cost-effective material sourcing, offering financial savings in material procurement and waste disposal.
4. Innovation in Construction: Empowers users to adopt novel techniques in timber construction, unlocking new design possibilities while maintaining environmental responsibility.
5. Enhanced Collaboration: Serves as a platform for cooperation among architects, engineers, wood processors, and policymakers, facilitating knowledge transfer and co-creation of solutions.
Input Required from Customer:
• Project requirements for waste-wood treatment and processing.
• Specific details about the type of waste-wood to be processed.
• Information on the intended use of the processed wood in construction projects.
Patent/Publication Number
Main Patent Claims:
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Adress:
Berlin
Berlin
10623
Germany