Big News! Backed by 4 Academicians! China Launches Another Push for Cotton Mechanization!
2025-12-26 10:33
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On December 14, the kickoff meeting for the major science and technology projects of the Xinjiang Production and Construction Corps for 2025 was held in Urumqi. The meeting focused on two key projects: "Research on Key Technologies and Equipment Development for Fully Mechanized Wheat-Cotton Intercropping" and "Research, Development, and Application of a Multi-functional Agricultural Robot System for Cotton Production." These projects aim to break through industrial bottlenecks and enhance the overall competitiveness and intelligentization level of China's cotton industry.
The project brings together top-tier research talent and is supported intellectually by a team of experts led by four renowned Chinese Academy of Engineering academicians: Chen Xuegeng, Li Tianlai, Lu Zhan Yuan, and Li Hongwen. Shihezi University, Xinjiang Academy of Agricultural Reclamation Sciences, Tarim University, Jiangsu University, and Jiangsu Wode Agricultural Machinery Co., Ltd. Multiple research institutions and leading enterprises have joined forces to form a collaborative team for tackling key scientific and technological challenges through industry-academia-research cooperation.
1. Focus on two key areas to address industry pain points.
The world looks to China for cotton, and China looks to Xinjiang for cotton. With its vast cotton fields and outstanding yields, Xinjiang has become China’s primary cotton-producing region. Since the 1990s, Xinjiang has been actively engaged in developing domestically produced cotton-picking machines. Despite facing significant technological barriers, Xinjiang has persevered in its relentless pursuit of innovation.
Currently, China’s cotton production still faces challenges such as the need for mechanization adaptation under complex agronomic conditions and a shortage of intelligent equipment. The two projects launched this time directly address these critical bottlenecks:
The “Full-Process Mechanization of Wheat-Cotton Intercropping” project is dedicated to developing specialized machinery tailored for the wheat-cotton intercropping system. It aims to enhance land utilization and boost the integrated production capacity of grain and cotton, thereby ensuring national food and cotton security.
The “Multi-functional Agricultural Robot” project focuses on the entire cotton growth cycle, developing an intelligent robotic system capable of performing a variety of agricultural operations. This initiative aims to promote the transformation of cotton production toward reduced labor requirements and greater intelligence, serving as an important practical step in fostering new-quality productivity in agriculture.
Li Zhaomin, President of Shihezi University, pointed out that promoting the full-process mechanization and intelligentization of cotton production is of great significance for reducing production costs and enhancing the competitiveness of the industry. Through technological innovation and equipment development, this project will inject strong scientific and technological momentum into the high-quality development of the cotton industry in Xinjiang and the Production and Construction Corps.
2. Academicians provide guidance, fostering deep integration of industry, academia, and research.
At the kickoff meeting, the expert panel provided comprehensive and in-depth comments and guidance on the project implementation plan, offering numerous constructive suggestions. Chen Xuegeng stated that the team would fully incorporate the experts’ advice, refine the plan, and ensure the project is advanced with high quality.
Notably, the participation of Jiangsu Wode Agricultural Machinery Co., Ltd. highlights the project’s holistic design philosophy—from R&D to application, and from technology to product—thus helping to accelerate the practical implementation and industrial-scale application of scientific and technological achievements.
The simultaneous launch of these two major projects and their cross-sector collaboration demonstrate China’s determination and proactive approach to overcoming the challenges in cotton mechanization. As these projects are further advanced, they are expected to significantly enhance the equipment level and technological efficiency of China’s cotton production, providing robust scientific and technological support for strengthening food and cotton security in border regions and achieving agricultural modernization.
Once upon a time, the Xinjiang cotton-picking machine market was firmly dominated by foreign brands, with import rates reaching over 90% at one point. Technical bottlenecks were like shackles, severely restricting the development of domestically produced equipment. However, as China’s scientific research capabilities have steadily improved, in recent years, domestic cotton-picking machine manufacturers have successfully overcome key technological challenges—including those related to automatic control systems—and have been steadily closing the gap with foreign brands in areas such as picking efficiency and intelligence.
Mr. Kong, a gold-medal partner from Xinjiang who now owns eight Wode cotton pickers, calculated the “increase in income” as follows: “Before domestic machines began to enter Xinjiang in large numbers, imported machines monopolized the market, driving cotton-picking prices through the roof—reaching over 300 yuan per mu at their peak, and even at their lowest, hovering around 230 to 240 yuan per mu. Just the cost of cotton picking alone consumed a significant portion of our annual expenses.”
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