Professor Tan Yanjiu, an expert from the Department of Science and Technology of Shaanxi Province, visited Panbao Group to discuss the direction of agricultural technology cooperation in the northwest region.

As early winter arrives, November marks the beginning of a beautiful season. Professor Tan Yanjiu, an agricultural soil expert from the Shaanxi Provincial Department of Science and Technology, a national senior plant protection scholar, and a member of the Soil Disease Research Group at the Fruit Tree Research Institute of the Chinese Academy of Agricultural Sciences, visited Beijing Panbao Biotechnology Group once again. He engaged in in-depth discussions with the company's team on the implementation of agricultural technology in the northwest region, the application of soil improvement techniques, and solutions for fruit tree cultivation. As a leading authority in soil improvement, fruit tree management, and research on crop rotation resistance, Professor Tan has consistently shown keen interest in Panbao's innovative zeolite biotechnology. This visit and the subsequent collaboration talks demonstrate his continued recognition of Panbao's technical system.

Four Months of Deep Communication:From Mutual Trust to Consensus

Since May this year, both parties have focused on systematic exchanges in areas such as bio-activated zeolite ecological technology, bio-enzyme replacement therapy, water purification, and soil improvement. The Saudi FHC Group has sent three delegations to China to conduct on-site inspections of Panbao Group's production and R&D systems. During these visits, the two sides maintained regular online meetings to thoroughly discuss cooperation models and application directions.

Drawing on years of research, Professor Tan conducted a systematic analysis of agricultural conditions in Shaanxi and the broader Northwest region. He highlighted that Shaanxi boasts vast farmland, with fruit tree cultivation alone covering over 15 million mu (approximately 100,000 hectares), including major crops like apples, jujubes, kiwifruit, grapes, and cherries. Economic crops such as vegetables, potatoes, and traditional Chinese medicinal herbs also occupy more than 11 million mu. However, challenges like repeated cropping, soil salinization, and declining fertilizer efficiency underscore the Northwest's urgent need for efficient, eco-friendly, and sustainable soil improvement and quality enhancement technologies.

Professor Tan highlights that Panbao Bio Group's decades-long research on zeolite bioenzyme chelation technology delivers exceptional benefits. This innovation significantly improves soil structure, enhances fertilizer efficiency, promotes root development, strengthens crop resilience, and elevates agricultural product quality—making it particularly suitable for arid northwest regions, saline-alkali zones, and core fruit-growing areas. The chelation process effectively adsorbs heavy metals from soil, accelerates crop maturity, prevents root rot, mitigates replanting stress, controls pests, and boosts yields. These comprehensive solutions effectively address long-standing challenges of deteriorating soil quality and inconsistent production outcomes in these regions.

During this in-depth discussion, Professor Tan not only provided a professional evaluation of Panbao Biological Group's technical framework but also highlighted the group's competitive strengths based on his industry expertise. He emphasized that Panbao demonstrates distinct advantages in capital investment, product portfolio development, multi-regional business expansion, and breakthroughs in addressing the 'high-yield but low-efficiency' challenge. These capabilities form the cornerstone for advancing structural upgrades and technological innovation in Northwest China's agricultural sector. The two parties further explored specific areas including the establishment of Panbao's soil amendment plant, demonstration base construction, experimental protocols for key crops, and regional technical solutions, ultimately formulating a collaborative action plan.

The collaboration framework in Northwest China's agricultural sector has been finalized. Going forward, Panbao Biotechnology Group will leverage its zeolite biotechnology expertise to strengthen partnerships with leading experts and research institutions. This strategic collaboration will deliver technology-driven, comprehensive solutions to advance fruit industry modernization, restore soil health, and foster sustainable agricultural development across the region.