Hou Shance | Agricultural engineering | Best Researcher Award

Mr. Hou Shance | Agricultural engineering | Best Researcher Award

 Academy of Agricultural Planning and Engineering, China

Shance Hou, born on January 27, 1991, is a researcher in agricultural engineering at China Agricultural University. His expertise lies in livestock and poultry manure water treatment, focusing on nutrient transformation and utilization. Through joint training at the Planning and Design Institute of the Ministry of Agriculture and Rural Affairs, he explored nanobubble and acidifier technologies to enhance manure water treatment efficiency. His research demonstrated that nanobubbles accelerate the harmless treatment of manure water, while acidifiers reduce nitrogen volatilization. He has published two SCI papers and holds two invention patents related to manure water treatment.

Publication Profile

Schoalr

🎓Education

Shance Hou pursued a degree in Agricultural Engineering at China Agricultural University. His research primarily addresses sustainable livestock waste management, particularly focusing on manure water treatment. As part of his academic journey, he engaged in a joint training program at the Planning and Design Institute of the Ministry of Agriculture and Rural Affairs. His studies emphasize innovative technologies like nanobubbles and acidifiers to optimize nitrogen transformation and minimize environmental impact. His research findings have contributed to advancing sustainable agricultural practices, earning recognition through SCI publications and patents.

💼Experience

Shance Hou’s research experience includes joint training at the Planning and Design Institute of the Ministry of Agriculture and Rural Affairs and China Agricultural University. His work focuses on manure water treatment using nanobubble and acidifier technologies, which improve nutrient transformation and reduce nitrogen emissions. His findings have led to two SCI publications and the application of two invention patents. Additionally, he has contributed to national research projects, including the National Key R&D Program of China and self-developed projects at the Planning and Design Institute. His expertise lies in sustainable agricultural wastewater treatment, ensuring environmental safety and resource efficiency.

🏆Awards and Honors

Shance Hou has significantly contributed to agricultural engineering through his research on manure water treatment. He has published two SCI papers and secured two invention patents, showcasing his innovative approach to livestock waste management. His contributions have been recognized in major national projects, including the National Key R&D Program of China and the Planning and Design Institute’s self-developed projects. His work has advanced sustainable agricultural wastewater treatment, earning him acknowledgment as a key researcher in the field.

🔬Research Focus

Shance Hou specializes in livestock and poultry manure water treatment, emphasizing nutrient transformation and utilization. His research integrates nanobubble and acidifier technologies to enhance treatment efficiency and reduce environmental impacts. He investigates nitrogen transformation mechanisms, microbial community responses, and greenhouse gas mitigation strategies. His studies aim to develop sustainable and scalable solutions for agricultural wastewater management. His work has led to SCI publications and patents, contributing to advancements in manure treatment methodologies and ensuring eco-friendly agricultural practices.

Conclusion

Shance Hou demonstrates strong research innovation in agricultural engineering, specifically in manure water treatment. The combination of high-impact research, practical applications (patents), and national-level projects makes them a strong candidate for the Best Researcher Award. To further strengthen their application, expanding international collaborations, leadership roles, and broader research dissemination would be beneficial.

Publications

  • 降水量空间插值方法在小样本区域的比较研究 (2018) – 解恒燕, 张深远, 侯善策, 郑鑫 (Citations: 7)

 

  • 农村户用厕污堆肥反应器设计与试验 (2020) – 侯善策, 沈玉君, 王惠惠, 周海宾, 程红胜, 张宏图, 范盛远 (Citations: 3)

 

  • Mechanism of Nitrogen Conversion and Microbial Communities Controlling the Acidification and Storage of Pig Farm Fecal Water (2025) – HZ Shance Hou, Jingtao Ding, Haibin Zhou, Hongsheng Cheng, Yujun Shen, …

 

  • Effect of different water quality on the performance of pressure compensating emitter in drip irrigation systems (2025) – YL Peng Hou, Changjian Ma, Jia Wang, Yan Li, Kai Zhang, Shance Hou, …

 

  • Failure behavior of pressure compensating emitter under different operation pressures in drip irrigation systems (2024) – YL Peng Hou, Changjian Ma, Jia Wang, Yan Li, Kai Zhang, Shance Hou, …

 

  • Compost reaction system and control method thereof (2022) – S Yujun, C Hongsheng, D Jingtao, M Haibo, Hou Shance, … (Patent: 202211385730.9)

 

  • Airflow field simulation model building and application for aerobic compost using CFD (2021) – SH Q Cheng, H Meng, H Zhou, Y Shen, H Cheng, J Ding, S Zhao

 

  • 堆肥物料容重, 温度对频域反射传感器检测模型的影响 (2021) – 侯善策, 王佳锐, 张朋月, 宋立秋, 董姗姗, 程红胜

 

  • 一种奶牛场粪便发酵垫料加工系统及方法 (2020) – 薛鹏飞, 周海宾, 沈玉君, 孟海波, 赵立欣, 丁京涛, 程红胜, 张曦, 侯善策

 

  • Roller compost leachate collecting device (2019) – C Hongsheng, M Haibo, S Yujun, Hou Shance, Z Xi, Z Pengyue

 

  • Novel aerobic fermentation small-scale test device (2018) – M Haibo, C Hongsheng, Hou Shance, S Yujun

 

  • Quick aerobic fermentation test platform (2018) – S Yujun, M Haibo, C Hongsheng, Hou Shance, Z Haibin, Z Xi, …

 

  • 堆肥物料含水率在线检测系统的优化及试验验证 (2018) – 侯善策

 

  • 堆肥含水率在线检测方法的选择与探讨 (2018) – 侯善策, 解恒燕, 郑鑫, 韩旭 (Citations: 31)

 

  • 大学生创新创业训练计划项目立项选题与实施管理经验探讨 (2017) – 解恒燕, 侯善策, 郑鑫, 薛辉

 

  • Research on the Mechanism of Ammonia Emission Reduction during the Storage Process of Various Cover Plates for Livestock Manure – PZ Shance Hou, Pengxiang Xu, Jingtao Ding, Yujun Shen, Haibin Zhou, Hongsheng Cheng

 

Mohamed Fawaz FAWZER | Urban Water Management | Best Researcher Award

Mr.Mohamed Fawaz FAWZER | Urban Water Management | Best Researcher Award

PhD student,Western Sydney University

Fawaz Fawzer is a dedicated researcher and chemical & environmental engineer specializing in water and wastewater treatment. Currently pursuing a PhD at Western Sydney University, he focuses on bacterial regrowth in chemically disinfected drinking water. With hands-on experience in process engineering, research, and academia, he has contributed to the design and optimization of water treatment systems. Fawaz has worked as a Research Assistant, Tutor, and Demonstrator, guiding students in laboratory experiments and theoretical studies. His professional background includes roles in pharmaceutical process engineering and industry-focused water treatment research. Passionate about sustainable solutions, he combines technical expertise with practical applications to address real-world water challenges.

profile

Scholar

Education 

Fawaz is currently pursuing a PhD in Environmental Engineering at Western Sydney University (2024–Present), focusing on bacterial regrowth in chlorinated drinking water. He holds an MPhil in Civil & Environmental Engineering (2021–2023) from the same institution, where he investigated bacterial survival in primary and secondary chlorinated water. His undergraduate degree is a BSc (Hons) in Chemical & Process Engineering (2013–2017) from the University of Moratuwa, Sri Lanka. Additionally, he completed an Advanced Diploma in Management Accounting (2012–2013) from the Chartered Institute of Accountants (CIMA), UK, strengthening his expertise in financial and project management within engineering contexts.

Experience 

Fawaz has been a Research Assistant, Tutor, and Demonstrator at Western Sydney University (2021–Present), mentoring students and supporting research on smart chloraminated pilot plants. Since 2019, he has worked at Krispy Kreme Australia, managing production optimization and product formulations. Previously, he was a Project Process Engineer (2017–2019) at Premium International Technologies, Sri Lanka, contributing to large-scale pharmaceutical projects, designing process systems, and ensuring regulatory compliance. He also gained experience as an Engineering Trainee (2015–2016) at Premium International (Pvt) Ltd., Sri Lanka, assisting in conceptual design for manufacturing facilities and conducting feasibility studies.

Awards & Honors 

Fawaz has been recognized for his contributions to environmental engineering and water research. His work on bacterial regrowth in chlorinated drinking water has received academic and industry appreciation. He was awarded a Research Excellence Grant from Western Sydney University for his innovative studies in water treatment. Additionally, he received a Best Paper Presentation Award for his publication on chlorine decay in bulk water microbes. His contributions to process engineering projects earned him an Outstanding Project Engineer Award during his tenure at Premium International Technologies. His technical proficiency and commitment to sustainability have made him a recipient of multiple scholarships and research funding opportunities.

Research Focus 

Fawaz’s research primarily revolves around water and wastewater treatment, bacterial regrowth in chemically disinfected drinking water, and chlorine decay dynamics. His PhD work examines microbial survival in chlorinated water systems to enhance disinfection strategies. His previous studies have compared primary and secondary chlorination for bacterial control, providing insights into improving water quality management. Additionally, he explores smart water grids, process optimization in water treatment plants, and advanced water quality modeling. His research contributes to sustainable and efficient water management solutions, aiming to reduce contamination risks and enhance public health safety.

Conclusion

Fawaz Fawzer is a strong candidate for the Best Researcher Award, with expertise in water treatment, academic mentorship, and industry applications. Strengthening his publication record and research funding could further solidify his position as a leading researcher.

Publication

Title: Bulk Water Microbes Could Accelerate Chlorine Decay at Low Chlorine Concentrations
Year: 2025
Authors: MF Fawzer, G Kastl, KC Bal Krishna, I Fisher, A Sathasivan
Citation: Fawzer, M. F., Kastl, G., Bal Krishna, K. C., Fisher, I., & Sathasivan, A. (2025). Bulk Water Microbes Could Accelerate Chlorine Decay at Low Chlorine Concentrations. Water, 17(5), 624.