A delegation of experts from the Shandong High-End Science and Technology Engineering Research Institute paid a visit to Pengfei for an inspection and research tour.


Release Date:

2019-10-25

On October 24, Professor Wang Wenge of the Shandong Institute of Advanced Science and Technology led a delegation to visit and conduct a research tour at Pengfei.

On October 24, Professor Wang Wenge of the Shandong Institute of Advanced Science and Technology led a delegation to visit and conduct a research tour at Pengfei.

After touring the methanol plant, Wang Wenge and his delegation conducted a detailed review in the central control room of the scale and current status of Pengfei’s closed-loop, full‑cycle coal‑chemical industry chain, as well as the company’s strategic plan to comprehensively establish a clean energy supply system and a modern industrial framework.

Wang Binqian, Deputy General Manager of the Group and General Manager of Production, explained that Pengfei has optimized the utilization of coal resources by transforming its traditional coal‑coking industry—characterized by low value and high energy consumption—into cutting‑edge, green, and highly efficient new products through state‑of‑the‑art equipment, advanced processes, and stringent environmental safeguards. This transformation has enabled Pengfei to achieve clean, green, and environmentally sustainable development.

Wang Wenge expressed his appreciation for Pengfei’s boldness in breaking with tradition and pioneering industrial innovation, and he highly commended the company’s pragmatic, action‑oriented initiatives that position it as a trailblazer in Shanxi’s energy revolution. He also engaged in an in-depth discussion with Wang Binqian on hydrogen‑powered technologies and hydrogen‑processing techniques.

He stated that he has long been dedicated to research in the hydrogen energy sector and is currently seeking to explore new avenues. His visit aims to gain a thorough understanding of Pengfei’s hydrogen refueling project, examine potential applications of hydrogen within enterprises, and identify precise entry points and priority areas for experimentation, thereby laying the groundwork for translating research findings into market‑ready solutions.