Being one of the very few equity fund managers that focus on advanced materials and chemistry-related technologies in China, Longwater pioneers investments in related sectors. Leveraging on the combination of industrial insights and investment expertise, Longwater executes and manages its investments with the objective of achieving successful growth driven by technological innovation, industrial upgrading and the improvement of human well-being. Longwater is committed to creating long-term value for its investors, the companies it invests in, and the communities in which it works. Longwater Advanced Materials Fund I and II are private equity funds under the management of Longwater. Longwater is a registered fund manager with AMAC (P1034186).
Topic 1 Efficient reaction/Green catalyst
Efficient chemical reactions can maximize the utilization of raw materials and reduce by-products. Catalyst can improve the reaction rates, selectivity and conversion rate of chemical reaction. Green catalyst is eco-friendly, does not produce additional pollution in the chemical process. The development of new high-efficiency reactions or green catalysts has big significance in the green chemistry.
Target:
Develop new and efficient reactions, prepare green catalysts to achieve green chemical process.
Required Competencies: Chemistry/Chemical Engineering
Topic 2 Continuous flow chemistry
Continuous flow chemistry is a new chemical reaction that occurs in a continuously flowing stream, microchannel reaction is a typical flow chemical process. Compared with traditional batch reactors, Microchannel reaction has a lot of advantages, such as higher mass/heat transfer efficiency, continuous operation, more controllable of process conditions, and more energy-efficient, safety, eco-friendly etc.. Microchannel reaction is widely used in many industries such as pesticides, medicines, fine chemical products, and intermediate synthesis.
Target:
Develop efficient continuous flow reactions and microchannel reactors
Required Competencies: Chemistry/Chemical Engineering