UET wins two grants under Pakistan-China cooperation
Lahore: The University of Engineering and Technology (UET), Lahore’s faculty has won two competitive research grants through Pakistan Science Foundation (PSF) under implementation of the 18th protocol of scientific and technical cooperation between Pakistan and China.
The collaborative projects will be carried out by research teams comprising both Pakistani and Chinese researchers. Research funds for the Pakistani teams will be provided by the PSF whereas the National Science Foundation of China will provide research funds for the Chinese team, said an official statement issued here.
In first project, the research team comprising Professor Dr. Naveed Ramzan Chemical Engineering, UET Lahore, Professor Dr Muhammad Shahid Rafiq Physics, UET Lahore, Professor Dr. Saima Yasin Chemical Engineering, UET Lahore and Dr Ayyaz Ahmad from Chemical Engineering, ‘Muhammad Nawaz Sharif (MNS)’ UET Multan will work on “Structural control and application of nano-pesticide through flash nano-assembly” in collaboration with Professor Dr. Yisheng Xu of the East China University of Science and Technology.
The total funding for this project will be Rs. 7.2 million. The objective of the research is to improve the delivery of pesticides to crops by optimizing its delivery, reducing its wastage, and protecting the environment.
The second project has been awarded to the research team comprising Dr. Amir Ikhlaq from Institute of Environmental Engineering and Research, UET Lahore, Professor Dr Syed Mohsin Ali Kazmi of Chemical Engineering, UET Lahore and Professor Dr Fei Qi from Environmental Science and Engineering Department, Beijing Forestry University, Beijing China.
The team will work on “Application of reduced graphene oxide in combination with zeolites in a novel integrated in-Situ Electroflooculation/catalytic ozonation/ceramic membrane filtration.”
The total fund for this project will be Rs 3.74 million. The research will focus on an innovative idea to treat pharmaceutical waste water for its reuse in a more efficient manner, bringing economic and environmental benefits.
