Company Filing History:
Years Active: 2018
Title: Wenliang Xiong: Innovator in Mineral Resource Utilization
Introduction
Wenliang Xiong is a notable inventor based in Sichuan, China. He has made significant contributions to the field of mineral resource utilization, particularly through his innovative methods for ore enrichment. His work focuses on enhancing the recovery rates of valuable minerals, which is crucial for sustainable resource management.
Latest Patents
Wenliang Xiong holds a patent for a method titled "Monazite and Apatite Paragenetic Ore Enrichment Method." This invention discloses a process that allows for the extraction of high-grade and high-recovery-rate monazite concentrate. The method involves several steps, including ore grinding, flotation, magnetic separation, and low-acid advanced leaching treatment followed by re-flotation. The process is designed to operate under a wide range of ore pulp temperatures, ensuring mild dressing conditions and low energy consumption. Additionally, the diluted acid used in the process can be cyclically regenerated, minimizing pollution and environmental stress while significantly improving the recovery rate of low-grade monazite and apatite paragenetic ores.
Career Highlights
Wenliang Xiong is affiliated with the Institute of Multipurpose Utilization of Mineral Resources. His work at this institute has been pivotal in advancing techniques for mineral extraction and processing. His innovative approaches have not only contributed to the field but have also set a benchmark for future research and development in mineral resource utilization.
Collaborations
Wenliang Xiong has collaborated with notable colleagues, including Yaohui Yang and Shuping Liu. These collaborations have fostered a productive environment for innovation and have led to advancements in their shared field of expertise.
Conclusion
Wenliang Xiong's contributions to mineral resource utilization through his patented methods exemplify the importance of innovation in sustainable practices. His work not only enhances recovery rates but also addresses environmental concerns, making a significant impact in the field.