Ka Ming Ng

Title: **Ka Ming Ng: Innovator in Battery Technology and Nanoparticles**

Introduction

Ka Ming Ng is a prominent inventor based in Hong Kong, China, known for his significant contributions to battery technology and the development of conductive materials. With a robust portfolio of 13 patents, Ng has made strides in the field of electrical engineering, focusing particularly on methods for improving battery efficiency and creating advanced conductive pastes.

Latest Patents

Among Ng's notable inventions is a groundbreaking system and method for separating battery components. This innovation enables the disassembly of batteries into their individual layers, including anodes, cathodes, and polymer separator layers. The process involves cutting the battery casing to access the cell core, which is then cleaned to remove any residual electrolyte. The outer wrapping is cut open to allow first and second rollers to unroll a laminate containing the distinct battery layers. The laminate is subsequently separated into its constituent parts for effective recycling and repurposing.

Another of Ng's recent patents focuses on the preparation of conductive pastes using metal nanoparticles with bimodal particle size distribution. This method includes creating a homogeneous metal complex solution, followed by the addition of a precipitating agent to form a slurry. A controlled reduction process is then conducted, followed by the modification of the nanoparticles' surface properties. This technique offers potential applications in various electronic materials, enhancing their conductivity.

Career Highlights

Ka Ming Ng has held significant roles in influential institutions, including The Hong Kong University of Science and Technology and Cn Innovations Limited. His work predominantly revolves around advancing the technology used in batteries and conductive materials, thereby influencing contemporary practices in material science and engineering.

Collaborations

Throughout his career, Ng has collaborated with notable individuals, including Ka Yip Fung and Qian Luo. These partnerships have contributed to the innovative research and development initiatives that set new benchmarks in the realms of battery separation techniques and nanotechnology.

Conclusion

Ka Ming Ng continues to be a leading figure in innovation, particularly in the pursuit of more efficient and sustainable battery technologies. His extensive patent portfolio illustrates his commitment to solving pressing challenges in energy storage and material conductivity. As battery technology evolves, Ng’s contributions will undoubtedly play a vital role in shaping a more sustainable future.