Company Filing History:
Years Active: 2021
Title: Innovations in Soil Remediation: The Contributions of Shunbin Li
Introduction: Shunbin Li, an accomplished inventor located in Nanjing, China, has made significant strides in environmental engineering. With a focus on innovative solutions for soil contamination, he has developed a unique apparatus designed for the remediation of copper and nickel co-contaminated soil.
Latest Patents: Shunbin Li holds a patent for an “Apparatus for remediation of a copper and nickel co-contaminated soil and a method for using the same.” This invention consists of a housing that contains a crushing device at the upper part, followed by a stirring device. An anode and cathode electrode are positioned at both ends of the inner bottom of the housing, facilitating optimal movement of copper and nickel metal ions during the soil remediation process. The invention enhances the efficiency of soil decontamination by allowing the contaminated soil to be crushed and treated effectively.
Career Highlights: Li is associated with the Academy of Environmental Planning & Design, part of Nanjing University. His dedication to environmental sustainability and innovative engineering has solidified his reputation as a leading figure in the field. The development of his patented apparatus showcases his expertise in environmental remediation technologies.
Collaborations: In his efforts to advance soil remediation technologies, Shunbin Li collaborates closely with his colleagues Feng Lin and Jun Li. Their combined expertise and innovative ideas contribute significantly to research aimed at addressing pressing environmental challenges.
Conclusion: Shunbin Li's contributions to environmental engineering exemplify the importance of innovation in tackling soil contamination issues. His patented invention not only reflects his commitment to sustainability but also serves as a vital resource for addressing the challenges posed by co-contaminated soils. Through his work at the Academy of Environmental Planning & Design and collaborations with fellow researchers, Li continues to pave the way for future advancements in the field.