Industry: Building materials Region: Germany Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
A German company is committed to promoting sustainable material solutions for the construction and furniture industries. By focusing on innovative environmental protection technologies, organic wastes are transformed into high-performance, environmentally-friendly and bio-based materials. By replacing traditional wood and synthetic thermal insulation materials with sustainable, recyclable and recyclable substitutes, industrial changes will be promoted.
Solution introduction:
1. Utilization of organic wastes
The company started with the selection of organic wastes, mainly including wood wastes and agricultural by-products. These wastes, which would have been buried or caused pollution, have now become raw materials for sustainable products, effectively reducing the demand for fresh wood, synthetic materials and plastics.
2. Mycelium adhesion technology
The company adopts fungal root structure. Mycelium has the ability of fiber adhesion, and it is unnecessary to use harmful synthetic adhesives common in traditional artificial boards or insulation boards. This makes the company's products free of toxic chemicals such as formaldehyde, which is safer for human health and the environment.
3. Circular economy design
The production process of the company follows the framework of circular economy. Through the reuse of organic waste, the demand for raw materials is eliminated, greenhouse gas emissions are reduced, and no new waste is produced in the production process. Materials are biodegradable at the end of their life cycle and can be recycled, making them an ideal choice for sustainable construction and manufacturing.
4. Advanced manufacturing technology
With the manufacturing technology, the company can realize the large-scale production of products on the premise of ensuring quality and sustainability. By integrating innovative processing technology, the company's production speed and efficiency of high-performance bio-composite materials far exceed the traditional mycelium technology, paving the way for the wide application of sustainable mycelium-based materials.
Cooperation mode:
Seek partners who need sustainable materials in China's construction and furniture applications.