Professional Achievements: Ms. Geng has delivered mineral processing projects with a maximum designed throughput of 1,500 tons per day. Her equipment design schemes stand out for well-matched equipment selection and streamlined beneficiation workflows, all of which have passed stable commissioning and won consistent high recognition from global clients. She specializes in comparative analysis of mineral processing economic schemes, operational cost budgeting and economic benefit evaluation for mineral separation projects.

Professional Achievements：Mr. Yang has published multiple authoritative academic papers, including 《Research on Technical Issues of Building Structures》 and 《Application of Pile Foundation Technology in Construction Engineering》. He has taken part in civil engineering design for more than 30 mineral processing plants, accumulating profound practical experience. Boasting all-round expertise in civil structural design, project bidding management, on-site construction coordination and final project cost estimation, he has won widespread recognition within the company for his outstanding professional competence.

Professional Achievements：He has engaged in the R&D and structural design of a wide range of mineral processing equipment, and holds multiple authorized technical patents for innovative machinery designs.

Professional Achievements：She is fully capable of independently undertaking full mineral processing flow design and technical renovation projects. She has also released two academic papers featuring her research outcomes. The papers conduct in-depth research on optimized beneficiation strategies for hematite and high-efficiency removal technologies of iron impurities within quartz minerals respectively.

Professional Achievements：She holds distinctive professional insights into deep processing of metallic ores, with in-depth proprietary research on customized beneficiation techniques for vanadium-titanium magnetite. Her specialized technical research covers low-temperature magnetic separation grading, composite flotation separation, impurity removal and valuable element synergistic recovery processes tailored for vanadium-titanium magnetite, effectively boosting the comprehensive recovery rate of vanadium, titanium and iron from complex intergrown ore.

She has published multiple academic papers focused on mineral processing technology, including studies on the separation mechanism of iron-titanium intergrowth minerals and the optimization of high-gradient magnetic separation processes for vanadium-titanium magnetite raw ore.

Professional Achievements：He has in-depth knowledge of the features and purification techniques of pegmatite, vein and crystalline quartz. Breaking away from isolated single purification procedures, he advocates integrated full-cycle innovation covering mineral evaluation, beneficiation technology and finished high-purity materials, consistent with our comprehensive quartz processing turnkey solutions.