Green Alchemy: Charting the Path to Sustainable Chemistry

Title

Creator

Chen, Yu Ting Troy

Faculty

Faculty of Science

Department

Department of Applied Biology and Chemical Technology

Description

In Troy’s academic journey, he explores eco-friendly methods for creating vital chemicals. Focused on using common metals, especially copper, Troy overcomes challenges to develop substances like "tetrakis(acetonitrile)copper(I) tetrafluoroborate." This allows him to craft useful chemicals such as dihydroquinolin-2-one and spirolactam with high efficiency and precision. These chemicals are essential in medicines and natural products. Troy aims to refine this process for practical applications, striving to make it more environmentally friendly. His dedication to sustainable chemistry contributes to a greener future, highlighting the potential for improved ways of producing crucial substances we rely on daily.

Learning outcome/goal

Problem-Solving and Adaptability

Continuous Improvement and Reflection

Effective Communication and Collaboration

Accountability and Motivation

Networking and Collaboration

Date

2024-01

Programme

BSc (Hons) Chemical Technology

Degree Level

Undergraduate

Keywords

Organometallic Chemistry; Transition-Metal Catalysis; C–H Amidation; Earth-Abundant Catalysts; Chemoselectivity in C–H Activation

Subject

Copper

Copper -- Environmental aspects

Organometallic compounds -- Environmental aspects

Rights

Relation

Feature Story on “Green Alchemy: Charting the Path to Sustainable Chemistry“

Language

English

Type

Feature Story

Access Rights

open access