On April 22, 2026, the drip irrigation project undertaken by Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture") in Hechuan District was successfully completed and passed acceptance inspection, marking the official commissioning of this modern agricultural irrigation project. The project client highly praised Qingcheng Agriculture's technical strength, construction efficiency, and service attitude, commending it for "solving irrigation problems with professional capabilities and boosting agricultural efficiency with innovative solutions."
Hechuan District's terrain is mainly hilly and mountainous, with scattered plots and significant slope differences. Traditional irrigation methods suffer from serious water waste and poor irrigation uniformity. At the project's inception, the Qingcheng Agriculture team conducted in-depth on-site surveys and, considering the local climate, soil, and crop characteristics, tailored an intelligent drip irrigation solution. This solution employs high-precision drip irrigation tape and an intelligent control system. Pressure compensation technology ensures each crop receives uniform water, while soil moisture sensors and a weather monitoring station enable dynamic adjustment of irrigation volume, improving water-saving efficiency by over 40% compared to traditional methods.
The project leader stated, "We optimized the pipeline layout based on the terrain characteristics of Hechuan District, using anti-clogging drippers and a three-stage filtration system to effectively solve the pipeline clogging problem common in hilly areas. The system also integrates water and fertilizer management, allowing simultaneous irrigation and fertilization, further reducing labor costs."
Since the project's launch in December 2025, Qingcheng Agriculture assembled a specialized team composed of agricultural engineers, water conservancy experts, and construction personnel. Overcoming difficulties such as low winter temperatures and rainy season construction, they shortened the construction period through innovative technologies such as modular prefabricated pipelines and mechanized excavation. Ultimately, the project was completed 15 days ahead of schedule and passed rigorous inspection by a joint acceptance team composed of the Hechuan District Agriculture and Rural Affairs Bureau, the Water Resources Bureau, and a third-party quality inspection agency.
The acceptance report stated, "The system operates stably, irrigation uniformity has improved, and the equipment is fully automated and meets design standards." The client representative stated at the acceptance site, "Qingcheng Agriculture not only delivered a high-quality project on time, but also proactively optimized the plan during construction, such as adjusting the drip irrigation tape spacing according to the crop growth cycle. This customer-centric service awareness is impressive."
After the project was put into use, uniform irrigation significantly improved the crop growth environment. According to the client, the corn emergence rate in the experimental field increased to 95%, leaf water content increased by 20%, and the expected yield per mu (unit of land area) could increase by 15%. The high water-saving performance also saved the client 30% of water resource costs, while automated control improved manual management efficiency by 50%.
"Qingcheng Agriculture's drip irrigation system truly achieves the goals of 'saving water, saving labor, and increasing yield'," the client representative praised at the acceptance ceremony. "From solution design to after-sales maintenance, their team has always maintained a professional attitude, especially with regular follow-up visits and technical training, giving us peace of mind."
The successful implementation of this project further consolidates Qingcheng Agriculture's leading position in the agricultural irrigation field in Southwest China. It is reported that the company has recently reached cooperation agreements with multiple agricultural projects in Sichuan and Guizhou provinces, and its independently developed intelligent irrigation cloud platform is currently applying for a national patent.
The implementation of the Hechuan drip irrigation project provides a replicable model for local agricultural modernization. A relevant official from the Hechuan District Agriculture and Rural Affairs Bureau stated, "This project improves land productivity through precision irrigation technology while reducing non-point source pollution, aligning with the 'green agriculture' development requirements of the national rural revitalization strategy. We plan to promote this model throughout the district to contribute to high-quality agricultural development."
The general manager of Qingcheng Agriculture revealed in an interview that the company is developing an AI-based irrigation decision-making system, which will further optimize water resource utilization efficiency through big data analysis in the future. "We are committed to 'maximizing the value of every drop of water' and continuously contributing technological strength to improving the quality and efficiency of agriculture."