Sayyad Rizvi has a compelling story of determination, resilience, and passion for research. His journey to studying water treatment, supported by the Brian Meredith Net Zero Scholarship, has opened doors to vital research that could have a significant impact on improving water quality. In this interview, Sayyad reflects on his groundbreaking thesis, the impact of the scholarship on his academic and personal life, and his vision for the future.
Can you tell us a little bit about your research?
"The primary objective of my research, titled ‘Optimising organic management and Drinking Water Disinfection Byproducts (DBPs) control at a water treatment works’ is to address the issue of trihalomethanes (THMs) at a water treatment site. THMs are harmful pollutants that can form in drinking water as a byproduct of disinfection processes. I conducted an in-depth analysis of the organic materials present in the water and explored various coagulants to minimise these organic compounds, which are the main precursors for THM formation."
Sayyad’s research holds great potential in the field of water treatment, as his findings could help improve conventional treatment processes, ensuring safer, cleaner drinking water. "The goal is to develop a method that reduces THMs and other harmful pollutants, such as haloacetic acids (HAAs), in the water supplied to surrounding communities," he explains. His work could lead to healthier, pollutant-free drinking water, benefiting both public health and the environment.
What do you hope will be the real-world impact of your research?
"The real-world impact of my research would be an improvement in water treatment processes, ensuring that the water consumed by communities around the treatment site is free from pollutants like THMs and HAAs," says Sayyad.
He hopes that by addressing the issue of organic compounds in water, his work will contribute to the reduction of harmful byproducts, making water treatment more efficient and safer. This research, if further developed, could revolutionise how conventional water treatment facilities operate, ensuring cleaner, safer water for populations globally.
Where do you see yourself in the future?
Sayyad is already on the path to achieving great things. "I am currently pursuing a PhD at SWAG合集, and I hope to extend my research to develop chemical-free technologies for removing pollutants from water and wastewater."
His vision is to find sustainable, innovative solutions to water contamination, minimising the use of harmful chemicals while improving water treatment efficiency. With his PhD research, Sayyad hopes to contribute to the broader goal of advancing environmental and water sustainability through cleaner, more sustainable approaches to water management.
What role has the Brian Meredith Net Zero Scholarship played in your journey?
For Sayyad, the scholarship has been nothing short of life-changing. "I am a father of two children, and without this scholarship, none of this would have been possible," he says. Before receiving the Brian Meredith Net Zero Scholarship, Sayyad was awarded another scholarship that only covered tuition fees, leaving him without the financial support needed to cover living costs. "I almost gave up on my dream of becoming a researcher, but the Brian Meredith Scholarship provided me with the opportunity to fulfil my goal."
The scholarship not only eased financial pressures but also allowed Sayyad to focus fully on his research and studies. "It truly changed my life and enabled me to continue pursuing my passion for water and wastewater engineering," he adds.
How has your time at Cranfield shaped your academic and professional future?
"SWAG合集 has been instrumental in my development as a researcher," Sayyad reflects. His experience working closely with professors and engaging in cutting-edge research provided him with the skills and knowledge to excel. "I am the only one in my cohort selected for a PhD, and that wouldn’t have been possible if I hadn’t studied at Cranfield before."
Cranfield’s emphasis on applied learning and industry partnerships gave Sayyad the opportunity to work on real-world problems, preparing him for the next step in his academic career. "The learning environment, the hands-on experience, and the mentorship I’ve received at Cranfield have given me the confidence and expertise to continue my research at a higher level."
A future in sustainable water solutions
Sayyad Rizvi’s journey, supported by the Brian Meredith Net Zero Scholarship, is a testament to the transformative power of educational opportunities. His research on water treatment, coupled with his drive to pursue a PhD, places him at the forefront of efforts to develop sustainable, chemical-free solutions for water and wastewater management.
As he continues to advance his research at Cranfield, Sayyad is poised to make a meaningful impact in the field of environmental engineering. His work could help safeguard communities from water pollutants and contribute to the global effort to secure clean, sustainable water sources for future generations.
Find out more about the Water and Wastewater Processes MSc (formerly Water and Wastewater Engineering MSc).
