Industry: Biological Region: Germany Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
A German company focuses on the development and commercialization of nano-enzyme catalysts for global industrial bio-manufacturing. Relying on cutting-edge characterization technology, the company deeply analyzes the catalytic mechanism to provide support for optimizing catalyst design; At the same time, an advanced calculation model is constructed to lay a solid technical foundation for the nano-enzyme catalyst platform.
Technical advantages:
The company integrates biological nanotechnology and quantum chemistry, and successfully developed the first batch of nano-enzymes in the world. This new generation of catalysts fills the performance gap between traditional catalysts and enzymes, and expands a new direction for green chemical production.
1. Specificity:
The nano-enzyme developed by the company has the characteristics of enzyme, high catalytic activity and precise selectivity, and can realize efficient directional chemical transformation.
2. Stability:
The nano-enzyme can still maintain its activity under the harsh reaction conditions that the enzyme can not tolerate, ensuring the smooth progress of specific catalytic reactions, and its application scope covers many emerging application fields.
3. Flexibility:
The nano-enzyme is easy to be immobilized and recovered, and can be quickly customized according to specific process requirements, with strong adaptability.
Application field:
The company's nano-enzyme provides a new path for the efficient transformation from biomass economy to renewable chemicals, helping it to replace fossil fuels as the core source of chemical raw materials. Lignin is the second richest biomaterial in the world, which contains key components that can be used to produce fuels, plastics, adhesives, flavoring agents and drugs. However, its structure is tough and difficult to decompose, which makes it difficult to extract high-value components. The nano-enzyme can accurately crack the stubborn structure of lignin under mild conditions, which opens up a new potential space for green chemical production.
Cooperation mode:
Looking for partners who need nano-enzyme catalyst solutions.