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Recently, the Southwest University's dedicated insect-proof net house project, fully constructed by Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture"), was completed and successfully passed the university's on-site verification and acceptance. The establishment of this standardized net house base will create a professional, pest-free, controllable, and stable experimental site for Southwest University's crop breeding, plant disease and pest control, and modern agricultural scientific research experiments, building a physical platform for collaborative innovation in agricultural scientific research between the university and enterprises. Southwest University, as a key university in agricultural disciplines in Southwest China, has long been deeply involved in core research areas such as crop cultivation, ecological plant protection, and specialty crop cultivation. Traditional open-air experimental fields are highly susceptible to interference from flying insects, rain, and extreme temperatures. Insect infestations can directly damage experimental samples and distort experimental data, seriously affecting research progress and the reliability of results. Qingcheng Agriculture specializes in the planning, design, and construction of modern agricultural facilities, possessing complete capabilities for building greenhouses, research net houses, and greenhouse bases. With nearly a decade of experience in Chongqing and the mountainous agricultural landscape of Southwest China, they are familiar with localized challenges such as construction on hilly terrain and adaptation to the hot and rainy climate of southern China. To address the pain points of open-field planting experiments, the university, after extensive investigation and selection, chose Qingcheng Agriculture as its partner to customize and construct a fully enclosed, high-standard insect-proof net house. After the project commenced, Qingcheng Agriculture's technical team conducted multiple on-site surveys at the Southwest University experimental base, tailoring a construction plan to the university's needs for crop pot experiments and the mountainous terrain, while considering three core requirements: structural stability, insect-proof sealing, and ease of field operation. The entire net house utilizes a hot-dip galvanized, thickened aluminum alloy main frame, with the columns deeply embedded in concrete at the base, exhibiting outstanding resistance to strong winds and settlement, making it suitable for Chongqing's variable outdoor weather. The entire structure is covered with high-density insect-proof mesh, with sealed and reinforced seams to prevent the intrusion of various herbivorous flying insects. A permeable sliding door is provided for researchers to easily access the plant for potted plant management and sample observation. The base is equipped with brick-built walkways and drainage ditches, dividing the plant into neatly arranged potted plant experimental areas for orderly placement of seedling pots, enabling zoned and standardized cultivation. During the construction phase, Qingcheng Agriculture strictly controlled every step of the process: foundation excavation and pouring, steel frame assembly, mesh sealing, and the construction of supporting ditches were carried out simultaneously. Construction personnel maintained standardized operations throughout the process, strictly controlling construction precision and project quality, and completing all construction tasks on schedule. The completed netted house provides physical isolation from pests, eliminating the need for frequent pesticide application. This protects experimental plants from pest damage, avoids interference with research data from pesticides, and moderately regulates the internal microenvironment, reducing damage to experimental seedlings from heavy rain and strong sunlight. The completion of this project represents an important practice of industry-university-research cooperation between Qingcheng Agriculture and universities. Leveraging its mature facility agriculture construction technology, Qingcheng Agriculture precisely matches the refined site requirements of university research and experimentation, using standardized insect-proof net houses to safeguard agricultural research. Qingcheng Agriculture will continue to provide ongoing maintenance technical support to ensure the long-term stable operation of university research facilities, building a bridge between universities and enterprises through high-quality facility engineering, and facilitating the transformation and application of modern agricultural research achievements in Southwest China. Qingcheng Agriculture stated that the company will continue to be based in Chongqing, providing one-stop construction services for greenhouses, insect-proof net houses, and intelligent greenhouses to universities and planting bases throughout Southwest China, continuously promoting the upgrading of modern agricultural facility technology, and contributing to regional agricultural research innovation and the high-quality development of specialty planting industries.

On June 26, 2026, a key infrastructure project for the Wanyi Academy of Agricultural Sciences reached its conclusion as the smart glass greenhouse project—undertaken entirely by Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture")—successfully passed its final acceptance inspection. Professionals conducted on-site structural surveys, equipment trial runs, and verification of project documentation; all technical specifications were met, and the project was officially handed over, ready to begin scientific research and experimental work. This glass greenhouse serves as a core research infrastructure project for the Wanyi Academy of Agricultural Sciences, primarily dedicated to the breeding of improved crop varieties, seedling cultivation for fruits and vegetables, and testing of novel cultivation techniques. The project utilizes a high-strength galvanized steel framework paired with a double-layered hollow tempered glass enclosure, offering excellent light transmission, airtightness, and disaster resistance. During construction, Qingcheng Agriculture equipped the greenhouse with a comprehensive suite of smart systems—including integrated water and fertilizer irrigation, automatic ventilation, constant temperature and humidity control, and intelligent supplemental lighting—enabling precise indoor environmental regulation. These systems overcome seasonal and weather constraints, ensuring uninterrupted agricultural research and experimentation throughout the year. The project involved complex procedures, including steel structure assembly, glass installation, pipeline embedding, and the concurrent installation of automation equipment, presenting significant construction challenges. As the contractor, Qingcheng Agriculture meticulously planned the construction schedule and established a full-process quality control system. They strictly monitored raw material quality and focused on critical tasks such as steel frame reinforcement, joint waterproofing, and wiring installation. By promptly resolving construction challenges, they ensured high-quality completion within the contractual timeframe. The acceptance process proceeded in an orderly manner. An expert panel inspected the stability of the greenhouse's overall structure, tested environmental control equipment individually, and checked the operation of water and electrical networks. Simultaneously, the acceptance team carefully reviewed the complete set of documentation, including construction records, equipment quality inspection reports, and material compliance certificates. Following a comprehensive assessment, the team reached a unanimous conclusion: construction adhered to standards, facilities operated smoothly, environmental control precision met research requirements, and the project fulfilled all conditions for handover.  Once operational, this smart greenhouse will eliminate the disruptions caused by rain, snow, and temperature fluctuations that previously affected open-air trials; it will provide a stable, controllable environment for comparative breeding experiments and shorten the development cycle for new crop varieties. Qingcheng Agriculture will continue to focus on the construction of modern agricultural facilities, providing greenhouse and supporting engineering services to research institutes and agricultural bases.

On June 2, 2026, the Zhongxian Multi-Span Greenhouse Project—a key initiative spearheaded by Chongqing Qingcheng Agriculture Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture"; international brand: "Qingcheng Agriculture")—officially completed all construction, commissioning, and acceptance procedures, marking its successful completion and handover. The launch and operation of this project will further optimize the layout of modern agricultural facilities in Zhongxian County, driving the regional transition from traditional cultivation models toward large-scale, standardized, and intelligent modern agriculture. Furthermore, it injects fresh momentum into enhancing the quality and efficiency of local specialty agriculture and revitalizing rural industries. As a pivotal facility agriculture project designed to boost the development of high-efficiency agriculture in Zhongxian, this multi-span greenhouse complex was meticulously planned and constructed to align with the specific mountainous climatic characteristics of Chongqing and local cultivation requirements. Tailored to the subtropical monsoon humid climate environment, the project specifically addresses critical pain points inherent in traditional farming—such as heavy reliance on weather conditions, low standardization levels, unstable yields, and difficulties in pest and disease control. The project adheres to advanced industry standards for multi-span greenhouse construction, featuring a robust overall structure, uniform lighting, and exceptional ventilation and dehumidification capabilities. It demonstrates strong resistance to wind pressure as well as rain and snow loads, making it ideally suited for the large-scale cultivation of various high-value crops—including medicinal herbs, specialty fruits and vegetables, nursery stock, and flowers—thereby aligning perfectly with Zhongxian County’s strategic positioning for high-efficiency specialty agriculture. Compared to traditional single-span greenhouses, the multi-span greenhouse project delivered by Qingcheng Agriculture represents a dual upgrade in both facility performance and cultivation efficiency. The project integrates a suite of modern support systems—including unified water and fertilizer management, intelligent ventilation and temperature control, and smart environmental monitoring—enabling real-time regulation of core growth parameters within the greenhouse, such as temperature, humidity, light intensity, and nutrient levels. This creates a scientifically controlled cultivation environment characterized by constant temperature, humidity, and nutrient supply, thereby completely breaking the limitations of traditional agriculture’s reliance on the whims of nature. Concurrently, the expansive, contiguous layout of the greenhouses effectively boosts land utilization rates and cultivation management efficiency, laying a solid infrastructural foundation for future standardized cultivation, intensive management, and industrialized operations.  Throughout the entire construction process, Qingcheng Agriculture upheld a philosophy of high-standard construction, high-quality delivery, and high-efficiency execution. The company strictly adhered to modern agricultural facility construction codes, rigorously monitoring every critical stage—from material quality and construction techniques to equipment commissioning and final acceptance. The project team efficiently coordinated the construction schedule, systematically advancing tasks such as structural assembly, the installation of supporting facilities, and the commissioning of intelligent systems. By completing the project on schedule and to a high standard of quality, the team fully demonstrated the company's professional engineering capabilities and its robust expertise in modern agricultural services. It is reported that following its completion and handover, the project will officially commence large-scale cultivation operations. Leveraging the advantages of its intelligent greenhouse facilities, the project is poised to effectively enhance both the quality and yield of agricultural produce, shorten cultivation cycles, and enrich the supply of specialty agricultural products in Zhongxian County. Furthermore, the project will serve as a leading model, encouraging neighboring farmers to adopt standardized and intelligent cultivation techniques. It will assist in fostering a local modern agricultural industrial ecosystem, extending the agricultural value chain, and boosting the added value of agricultural products—thereby helping Zhongxian County establish a benchmark for high-efficiency, mountain-specific agriculture. A representative from Qingcheng Agriculture stated that the successful handover of the Zhongxian County multi-span greenhouse project marks a significant milestone in the company's deep commitment to Chongqing's modern agricultural sector and its contribution to rural revitalization. Moving forward, the company will remain focused on the fields of smart agriculture and facility-based agriculture. It will continue to iterate and upgrade agricultural infrastructure and intelligent cultivation technologies, while consistently delivering high-quality modern agricultural projects. Through standardized facilities, intelligent technologies, and industrialized operations, the company aims to empower the modernization of regional agriculture and drive the high-quality development of rural industries.

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."

On March 26, 2026, Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture") announced the successful completion of its Fuling forest sprinkler irrigation project. The project, with its excellent engineering quality and significant irrigation results, won high satisfaction and unanimous praise from the client. Precise Layout to Meet Diverse Forest Irrigation Needs The Fuling area has complex terrain, with scattered forest plots and varying slopes. Traditional irrigation methods struggle to achieve uniform and efficient irrigation, wasting water resources and failing to meet the water needs of tree growth. After undertaking the project, Qingcheng Agriculture quickly assembled a professional team to conduct in-depth on-site investigations. Combining local climate conditions, soil characteristics, and tree species, they meticulously designed a scientifically sound forest sprinkler irrigation plan. This plan utilizes advanced sprinkler irrigation technology and equipment. By rationally arranging sprinkler positions and adjusting irrigation intensity, it ensures that every inch of forest land receives precise irrigation. Whether tall trees or low shrubs, all can thrive in suitable moisture conditions. Meanwhile, the sprinkler system also features automated control, automatically adjusting irrigation time and water volume according to different seasons and weather conditions, greatly improving irrigation efficiency and reducing labor costs. Efficient Construction, Creating a High-Quality Project During the project construction, Qingcheng Agriculture strictly adhered to relevant standards and specifications, strengthening quality control to ensure meticulous attention to detail in every step. The company selected an experienced and highly skilled construction team that overcame numerous difficulties, including complex terrain and challenging construction conditions, working overtime to expedite project construction. From pipeline laying to sprinkler installation, from equipment debugging to system acceptance, every step underwent rigorous quality testing and oversight. The construction team also emphasized communication with the client, promptly understanding their needs and opinions, optimizing and adjusting the plan to ensure the project fully met the client's expectations. After a period of intensive construction, the project was completed ahead of schedule and successfully passed acceptance, winning the client's trust and recognition with high-quality project delivery. Significant Results, High Customer Satisfaction and Praise Upon project completion, Qingcheng Agriculture's forest sprinkler irrigation system was quickly put into use and achieved remarkable results. Even irrigation has led to more lush tree growth, greener leaves, and fuller fruit. Simultaneously, its high water efficiency has saved the customer significant amounts of water resources and irrigation costs. The customer was extremely satisfied with the overall project results, sending feedback stating: "Qingcheng Agriculture's forest sprinkler irrigation project truly solved our long-standing irrigation problems. Not only is the irrigation effect excellent, but it is also easy to operate and maintain. Their professional team was extremely responsible from solution design to construction and installation, providing us with comprehensive and high-quality service. Choosing Qingcheng Agriculture was the best decision we ever made!" Continuous Innovation, Contributing to the Modernization of Agriculture The successful implementation of this Fuling forest sprinkler irrigation project represents a significant practice and breakthrough for Qingcheng Agriculture in the field of agricultural irrigation. The company consistently adheres to technological innovation as its driving force, continuously introducing and developing advanced irrigation technologies and equipment, and is committed to providing customers with more efficient, energy-saving, and environmentally friendly irrigation solutions. In the future, Qingcheng Agriculture will continue to uphold the business philosophy of "professionalism, innovation, service, and win-win," continuously improving its technological strength and service level, actively participating in the modernization of agriculture, and contributing more to the sustainable development of agriculture. It is believed that with the efforts of Qingcheng Agriculture, more agricultural projects will benefit from advanced irrigation technology, achieving the goal of increased production and income.

On February 11, 2026, on the vast land of Qatar, engineers from Chongqing Qingcheng Agricultural Technology Co., Ltd. were working closely with the local client team, racing against time to advance the construction of the greenhouse project. After more than ten days of continuous effort, the greenhouse framework has been fully erected. The successful completion of this key milestone lays a solid foundation for the project to be basically completed before the Chinese New Year as planned, and has also won high praise from the Qatari client. This Qatar greenhouse project was time-sensitive and demanding, with the client clearly stating their desire to complete construction before the Chinese New Year. Chongqing Qingcheng Agricultural Technology Co., Ltd., fully aware of the project's importance and urgency, quickly assembled a professional team composed of senior engineers and technical backbone to go to Qatar. Upon arrival, the team members immediately engaged in in-depth communication with the Qatari client team, gaining a detailed understanding of the local climate conditions, soil characteristics, and the client's specific needs and usage plans for the greenhouse. During construction, both teams cooperated closely, forming an efficient working model. Engineers from Chongqing Qingcheng Agricultural Technology fully leveraged their professional expertise, rich experience, and superb technology to precisely control every stage of construction; the Qatari client team actively provided local resource support and coordination to ensure smooth construction. Facing various challenges at the construction site, such as high temperatures, sandstorms, and communication barriers due to different cultural backgrounds, both teams maintained a positive attitude, understanding and supporting each other to overcome difficulties one after another. After more than ten days and nights of hard work, the greenhouse framework has been fully erected. This achievement not only demonstrates the high efficiency and professionalism of the Chongqing Qingcheng Agricultural Technology team but also highlights the excellent teamwork and tacit cooperation between the two teams. While accelerating the construction schedule, Chongqing Qingcheng Agricultural Technology Co., Ltd. always prioritized project quality. The company strictly adhered to international standards and industry specifications, striving for excellence in every aspect, from material selection to construction process control. In terms of material procurement, the company selected high-quality, corrosion-resistant, and wind-resistant steel as the main material for the greenhouse frame, ensuring its long-term stable use under Qatar's complex climate conditions. During construction, engineers rigorously inspected every weld and bolt to ensure the frame structure was sturdy and reliable. Simultaneously, the company introduced advanced quality testing equipment and technology to monitor key indicators such as the greenhouse's flatness and verticality in real time, promptly identifying and resolving potential quality issues. It is this strict quality control that ensured the completed greenhouse frame fully met design requirements and client expectations. During their on-site inspection, the Qatari client highly praised the project's quality, believing that Chongqing Qingcheng Agricultural Technology's construction standards and quality level reached international advanced levels, setting a good example for subsequent project construction. The Qatari client expressed great satisfaction with the project's current progress and construction quality. A client representative stated, “The team at Chongqing Qingcheng Agricultural Technology Co., Ltd. is highly professional and efficient. They completed the greenhouse frame construction in a short time, and the quality fully meets our requirements. We were initially worried that the tight schedule would affect the project quality, but now it seems our concerns were completely unnecessary. We believe that with the joint efforts of both parties, this project will definitely be completed on time and to a high standard.” The successful progress of this greenhouse project in Qatar has not only earned Chongqing Qingcheng Agricultural Technology Co., Ltd. a good reputation in the international market, but also laid a solid foundation for the company to further expand its overseas markets. The company's person in charge stated that in the future, they will continue to uphold the business philosophy of “quality first, customer foremost,” continuously improve their technical strength and service level, actively participate in international competition, and contribute more Chinese wisdom and solutions to global agricultural development. With the Spring Festival approaching, the engineers from Chongqing Qingcheng Agricultural Technology Co., Ltd. will continue to remain at the Qatar project site, working hand in hand with the Qatari client team to fully promote the subsequent construction work of the project, ensuring its timely completion and delivering a satisfactory result for Qatar's agricultural development.

On February 1, 2026, after more than a month of arduous transportation, five trucks of goods shipped by Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture") to its customer in Qatar successfully arrived at their destination. From dawn till dusk, unloading continued uninterrupted. After inspecting the goods, the customer gave them high praise, undoubtedly adding another bright spot to Qingcheng Agriculture's overseas business expansion. This transportation mission faced numerous complexities. Departing from Chongqing, the goods had to traverse thousands of miles, passing through different geographical environments and climate zones. During the more than one-month journey, they had to cope with potential severe weather, traffic congestion, and customs inspections and quarantine in different countries and regions. Every step was fraught with uncertainty, and any small delay could affect the overall transportation progress. Qingcheng Agriculture's logistics team maintained high vigilance throughout the transportation process, closely communicating and coordinating with all parties involved. They planned the optimal transportation route in advance, tracked the cargo's status in real time, and handled various emergencies promptly. For example, when severe weather caused road closures, the team quickly adjusted the route to ensure the cargo could continue its journey. At customs inspection and quarantine, they actively cooperated with relevant departments, providing complete and accurate documentation to expedite clearance. It was precisely this professional logistics management and efficient response capability that enabled the five truckloads of goods to safely arrive in Qatar after overcoming numerous obstacles. Upon arrival in Qatar, unloading began in a tense but orderly manner. Due to the large quantity of goods, the five large trucks were fully loaded, and staff began unloading early in the morning. The scene was bustling with activity, forklifts moving back and forth, and workers methodically unloading goods from the trucks. However, even with this high-intensity work, unloading was not completed until late at night, demonstrating the sheer volume of the cargo. These goods encompassed a variety of Qingcheng Agriculture's specialty products, including fresh agricultural products and carefully processed foods. Each shipment underwent rigorous quality inspection and meticulous packaging to ensure it remained undamaged during long-distance transport and arrived at its Qatari customers in optimal condition. When the Qatari customers opened the packages and saw the intact, high-quality products inside, their faces lit up with satisfaction. They highly praised Qingcheng Agriculture's product quality, packaging design, and transportation services. The customers stated that Qingcheng Agriculture's products not only met their needs but also reached international advanced levels in terms of taste and quality. This successful cooperation filled them with confidence in Qingcheng Agriculture, and they will continue to strengthen and expand their cooperation in the future. A representative from Qingcheng Agriculture stated that customer satisfaction is the greatest affirmation and encouragement for the company. Qingcheng Agriculture has always adhered to a quality-centric and customer-oriented approach, continuously improving product quality and service levels. The successful arrival of these goods in Qatar and their customer approval further demonstrates the company's comprehensive strength in agricultural production, processing, and logistics. The successful arrival of these five truckloads of goods in Qatar and the resulting customer satisfaction lay a solid foundation for Qingcheng Agriculture's overseas business development. With the increasing global demand for high-quality agricultural products and food, Qingcheng Agriculture will seize the opportunity to further expand its overseas markets. The company plans to strengthen cooperation with customers in more countries and regions in the future, optimize its logistics and distribution system, improve transportation efficiency, and reduce logistics costs. At the same time, it will continuously increase investment in research and development, launch more new products that meet international market demands, and enhance the company's core competitiveness. We believe that with the joint efforts of all employees, Qingcheng Agriculture will achieve even greater success in overseas markets and contribute to the global expansion of Chinese agriculture.

In the vast desert of Qatar, rows of modern, intelligent greenhouses stand like steel guardians, gleaming with technological brilliance under the scorching sun. This is the culmination of years of in-depth cooperation between Chongqing Qingcheng Agricultural Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture") and its Qatari clients, a testament to trust and strength—the Qatari clients entrusted Qingcheng Agriculture with the entire process of their greenhouse projects, from design to installation, without reservation. Qingcheng Agriculture lived up to their trust, building "green monuments" in the desert with its superior technology and professional services. The cooperation between Qingcheng Agriculture and its Qatari clients began several years ago. At that time, Qatar was constrained by both extreme climate and scarce arable land resources, relying on imports for 99% of its leafy vegetables, which were not only expensive but also difficult to guarantee in terms of freshness. Qingcheng Agriculture, carrying its independently developed containerized plant factory technology, crossed oceans to embark on a challenging exploration of "maximizing yield from the land" in the desert. Leveraging advanced technologies such as hydroponics and intelligent temperature control, the team successfully cultivated over 30 varieties of vegetables, including bok choy and lettuce, within containers. This not only filled a gap in Qatar's local leafy vegetable supply but also, with its highly efficient "from harvest to table in just 2 hours" delivery, became the designated supplier for the players' restaurant during the Qatar World Cup, earning high recognition and trust from the client. "Over the years, Qingcheng Agriculture has proven its strength with repeated successful deliveries," a Qatari client representative remarked. "From the initial containerized planting units to today's large-scale layout encompassing 60 containers, multi-span membrane greenhouses, and glass greenhouses, they have always treated every project with a professional and responsible attitude. It is this long-term tacit understanding and trust that led us to entrust them with the entire process of greenhouse design and installation." This third-phase project is a "desert intelligent greenhouse solution" tailored by Qingcheng Agriculture for its Qatari client. Unlike previous projects, this Qatari client entrusted Qingcheng Agriculture with the entire project chain, from initial planning and design to construction and installation. Faced with this weighty trust, Qingcheng Agriculture assembled a dedicated team of senior designers, engineers, and technical experts, dedicating themselves to the work with a meticulous approach. During the design phase, the team conducted in-depth analysis of Qatar's tropical desert climate, combining client needs with market trends to carefully plan the greenhouse layout, select equipment, and optimize the system. From the wind and sand resistance design of the double-layer membrane structure to the precise temperature control solution of the giant fan system; from the innovative space utilization of the six-layer vertical planting racks to the crop adaptation research of dynamic nutrient solution mixing technology, every detail reflects the team's wisdom and hard work. In the construction and installation phase, Qingcheng Agriculture maintained strict quality control. The technical team arrived on-site early, working closely with local workers to ensure that every welded steel piece and every installed glass panel met standards. Simultaneously, the team implemented advanced project management tools to monitor progress in real time and coordinate resources, ensuring the project progressed according to plan. Currently, all core materials have been delivered, and construction and installation are proceeding smoothly. Modern, intelligent greenhouses are about to rise from the desert. The greenhouse project that Qingcheng Agriculture has built for its Qatari clients is not only a full-chain service of design and installation, but also a deep empowerment of agricultural technology. The project integrates several core technologies independently developed by Qingcheng Agriculture: real-time monitoring of parameters such as temperature, humidity, and light within the greenhouse via sensors, and automatic adjustment of equipment such as fans and shading curtains to create the optimal environment for crop growth; precise supply of nutrient solution according to the crop's growth stage, achieving an irrigation water recycling rate of over 95%, saving 60% of water compared to traditional methods; and integrated photovoltaic power generation and waste heat recovery devices, which, while providing electricity to the greenhouse, use excess heat to heat the nutrient solution, reducing energy consumption by 30% and achieving green and low-carbon production. “These technologies are tailor-made for Qatar’s desert environment,” explained Gao Yuntao, Technical Director of Qingcheng Agriculture. “For example, we optimized the greenhouse’s shading and ventilation design to address the local high temperatures and strong sunlight; and we developed a highly efficient integrated water and fertilizer system to address the poor water retention of sandy soils. These innovations not only improve crop yield and quality but also provide a replicable ‘Chinese solution’ for desert agriculture globally.” Qingcheng Agriculture’s deep cooperation with its Qatari clients has not only promoted local agricultural development but also set a model for green cooperation between China and Qatar under the Belt and Road Initiative. As of January 2026, Qingcheng Agriculture has undertaken more than 20 smart agriculture projects globally, covering Southeast Asia, the Middle East, and Africa, cumulatively reducing carbon emissions by over 100,000 tons. The successful implementation of this Qatar project has been hailed by the Qatari Ministry of Agriculture as a “benchmark for China-Qatar green cooperation,” and its water-saving and energy-saving technologies will be incorporated into Qatar’s national agricultural development plan, contributing to the development of desert agriculture globally. “Trust is the cornerstone of cooperation, and innovation is the driving force of development,” said Yang Ruolin, General Manager of Qingcheng Agriculture. “In the future, we will continue to deepen our cooperation with our Qatari clients and explore an integrated development model of ‘agriculture + photovoltaics + tourism,’ so that Chinese technology can not only nourish the desert but also create economic and social value. At the same time, we will also take this opportunity to promote more Chinese agricultural technologies to ‘go global’ and contribute to global sustainable development.”

Recently, Chongqing Qingcheng Agricultural Technology Co., Ltd. welcomed a visionary American client—Julien. Julian's business is primarily located in the United States and the Cayman Islands. He made a special trip to visit with a grand plan: to build 1,000 greenhouses in the Cayman Islands to help the region improve its food self-sufficiency and ensure food security. Accompanied by relevant personnel from Qingcheng Agriculture, Julian conducted a thorough inspection of the company's greenhouse demonstration base. He examined the greenhouse's frame structure, the light transmittance and heat insulation of the covering materials, the operational efficiency of the ventilation system, and the accuracy of the intelligent temperature control equipment. He showed great interest and appreciation for Qingcheng Agriculture's profound expertise and superb skills in greenhouse construction. Julian paid particular attention to how greenhouses, through advanced technology, can precisely control environmental factors such as temperature, humidity, and light to create optimal growing conditions for crops. During his visit, technical experts from Qingcheng Agriculture provided Julian with a detailed introduction to the crop cultivation process within the greenhouses. Through scientific planting management and advanced greenhouse technology, crops not only have shorter growth cycles but also significantly increased yields and achieved extremely high quality standards. Julian was full of praise for the greenhouses' high efficiency and superior quality, believing that this modern agricultural model is undoubtedly a timely boon for the Cayman Islands, which has limited land resources and is heavily reliant on imported food. Subsequently, Julian visited the company's R&D center and production base, gaining a more comprehensive and in-depth understanding of Qingcheng Agriculture's full-chain service capabilities, including greenhouse design innovation, material research and development, manufacturing, and installation and commissioning. He highly praised Qingcheng Agriculture's rigorous attitude and outstanding performance in technological innovation and product quality control. In the subsequent symposium, both parties conducted in-depth discussions on the specific details of constructing 1,000 greenhouses in the Cayman Islands. Mr. Peng, head of Qingcheng Agriculture, explained to Julian in detail how the company's greenhouse products are adapted to the climate of the Cayman Islands and how intelligent management systems improve greenhouse production efficiency and crop quality. Julian shared the Cayman Islands' urgent need for greenhouses, the current state of local agricultural development, and future plans, expressing a strong desire to work hand in hand with Qingcheng Agriculture to jointly promote this ambitious project. After several rounds of friendly and fruitful consultations, both parties initially reached a cooperation agreement to build 1,000 greenhouses in the Cayman Islands. Julian stated that Qingcheng Agriculture's greenhouse products and technologies fully meet his expectations and needs, and he believes that this cooperation will provide strong support for food security in the Cayman Islands and bring revolutionary changes to local agriculture. Julien's visit and the agreement reached not only open a new chapter for Chongqing Qingcheng Agriculture Technology Co., Ltd. in expanding into overseas markets and participating in international agricultural cooperation, but also fully demonstrate the innovative strength and international influence of Chinese agricultural technology companies in the greenhouse field. In the future, Qingcheng Agriculture will continue to uphold the principles of innovation, cooperation, and win-win, contributing more Chinese wisdom and strength to the sustainable development of global agriculture and the guarantee of food security.

Agricultural Greenhouse utilize high-tech methods to achieve precise planting and management of crops such as vegetables and flowers. During cold seasons, heating technology is crucial for ensuring the normal growth of crops within the Vegetables Greenhouse. Agricultural Greenhouse employ various heating methods. Firstly, air-source heat pump technology is a common method. This technology utilizes the heat energy in the air, heating water through a heat pump device, and then distributing the hot water to all corners of the Vegetables Greenhouse through a circulation system, achieving uniform heating. This heating method is not only energy-efficient and environmentally friendly but also provides precise temperature control, meeting the growth needs of different crops. Secondly, heating blocks are also an excellent heating method. Heating blocks are a new type of heating fuel that releases heat through combustion, raising the temperature inside the Vegetables Greenhouse. Heating blocks are easy to use, inexpensive, and popular among farmers. Igniting heating blocks at night or when temperatures are low can effectively raise the temperature inside the Vegetables Greenhouse, ensuring normal crop growth. In addition, Agricultural Greenhouse are equipped with an intelligent temperature control system. This system can monitor the temperature inside the Vegetables Greenhouse in real time and automatically adjust the operating status of the heating equipment according to the set temperature range. When the temperature falls below the set value, the system automatically activates the heating equipment; when the temperature rises above the set value, the system automatically shuts off the heating equipment. This intelligent temperature control method not only improves heating efficiency but also reduces energy consumption.

In winter, Agricultural Greenhouse installation requires special measures to ensure construction quality and schedule. A scientific installation plan and specialized construction techniques can overcome the various challenges of winter construction, providing reliable support for agricultural production. Preparatory work before construction is crucial. Conduct a detailed site survey and develop a targeted installation plan. In rainy winter conditions, pay special attention to the design of the drainage system. Prepare sufficient cold-weather protection materials, such as insulation film and heating equipment. Provide winter construction safety training to construction personnel to ensure construction safety. Inspect all components to ensure they are undamaged and free from deformation. Foundation construction is a critical step in winter installation. Use early-strength concrete and add antifreeze to ensure foundation strength. In conditions of large diurnal temperature variations, pay special attention to foundation curing and cover with insulation materials. For areas with deep frost, pile foundations can be used to ensure structural stability. Backfill promptly after foundation construction to prevent frost heave. Frame installation requires special technical measures. Under low-temperature conditions, steel becomes more brittle; strictly control the installation force to prevent component damage. Use specialized tools for calibration to ensure installation accuracy. Pay special attention to temporary fixing measures during windy winter conditions to ensure construction safety. For critical connections, heating can be used to ensure installation quality.

With unique climatic conditions and abundant agricultural resources, Agricultural Greenhouse are becoming an important vehicle for modern agricultural development. This controllable growing environment provides ideal conditions for cultivating various crops, promoting the optimization and upgrading of the agricultural industrial structure. Vegetable cultivation is a primary use of Agricultural Greenhouse. In winter, growing off-season vegetables such as tomatoes, cucumbers, and peppers in greenhouses not only enriches market supply but also increases farmers' income. Precise environmental control allows for continuous year-round production, significantly improving land use efficiency. During rainy seasons, greenhouse cultivation effectively avoids the impact of rain on vegetable quality. Fruit cultivation is another important application of Vegetables Greenhouse. Growing high-value specialty fruits such as strawberries, dragon fruit, and passion fruit optimizes fruit quality through environmental regulation. In areas with large temperature differences, greenhouse cultivation prevents low temperatures from damaging tropical fruits. Utilizing vertical cultivation techniques further improves space utilization and increases economic benefits. Flower and seedling cultivation showcases the unique advantages of Vegetables Greenhouse. Growing high-value flowers such as orchids and roses allows for year-round production through precise environmental control. Based on abundant plant resources, we cultivate rare and precious seedlings and medicinal plants, providing support for ecological construction and the development of the traditional Chinese medicine industry. We utilize tissue culture technology to achieve rapid propagation of superior varieties. Through the diversified application of Agricultural Greenhouse (Expanded Vegetative Cultures), agriculture is developing towards high efficiency, intensification, and sustainability. This modern planting model not only improves agricultural production efficiency but also provides strong support for rural revitalization and agricultural modernization. With technological advancements and deeper applications, Agricultural Greenhouse will undoubtedly play an even greater role in agricultural development.

1. Ventilation Factors Good ventilation for Greenhouses requires building the greenhouse around ventilation openings. Poorly located openings can damage the greenhouse and result in poor insulation. Naturally, poor ventilation is detrimental to greenhouse construction, leading to poor indoor airflow and hindering crop growth. 2. Soil Quality Factors Soil quality is a direct factor affecting greenhouse crop growth. Fertile sandy loam soil is typically preferred to maximize the greenhouse's effectiveness. 3. Water Factors Water resources are essential for Single Span Greenhouse production. Therefore, sufficient water supply must be ensured during greenhouse construction.

An Greenhouse greenhouse uses glass as its primary light-transmitting and shading material and is a type of greenhouse. It has a long service life. It can be used in many regions and climates, and various types of greenhouses can be developed to grow different plants. The conditions for building this type of greenhouse directly affect its effectiveness. Besides the greenhouse materials themselves, external factors such as the site, ventilation, soil quality, and humidity also play a role. To build a successful greenhouse, it is recommended to comprehensively consider all factors. Site selection is crucial for Single Span Greenhouse construction, as this type of greenhouse is considered one of the longest-lasting forms of planting facilities. It is suitable for use in many regions and under various climatic conditions. Open, flat, and fertile land should be selected, and adequate lighting should be considered.

As a crucial facility in modern agriculture, the Agricultural Greenhouse has a complex and sophisticated structure designed to achieve high-efficiency, environmentally friendly, and large-scale agricultural production. The main structure of the Agricultural Greenhouse is made of high-strength steel or aluminum alloy, forming a robust framework that supports the entire greenhouse. The covering materials utilize glass, polycarbonate panels, or plastic film with good light transmittance and strong aging resistance to ensure sufficient light inside the greenhouse while providing excellent insulation. In terms of equipment systems, the Vegetables Greenhouse is equipped with temperature control, humidity control, lighting, and CO2 compensation systems. These systems automatically regulate the environmental conditions within the greenhouse to meet the growth needs of the plants. Furthermore, a drip irrigation and fertilization system ensures adequate water and nutrient supply to the crops, improving irrigation efficiency. The intelligent control system is the core of the Agricultural Greenhouse. It integrates all the above systems, enabling remote, transparent, and intelligent centralized control via computers or mobile devices. The monitoring system includes environmental parameter sensors and a video monitoring system to monitor environmental changes and production dynamics within the greenhouse in real time. To achieve unmanned management, the Vegetables Greenhouse is also equipped with automated equipment such as automatic seeders, transplanters, and harvesters, which greatly saves manpower and improves production efficiency. At the same time, the Agricultural Greenhouse is also equipped with ventilation and shading equipment to maintain a fresh air supply inside the greenhouse and prevent direct sunlight in summer.

The choice of Agricultural Greenhouse installation location has a crucial impact on crop growth and yield. Here are some suggestions for selecting an Agricultural Greenhouse installation location: First, choose an area with good air quality, away from industrial pollution sources and busy roads, to prevent harmful gases and dust from contaminating the vegetables inside the greenhouse. Simultaneously, the soil environment should meet the industry requirements for green and pollution-free vegetable production, ensuring fertile, loose soil with a moderate water table to avoid excessive humidity that could lead to pests and diseases. Second, sunlight conditions are an important consideration when choosing a greenhouse site. Choose an open, sunny, and sheltered location to ensure the greenhouse receives sufficient sunlight in winter, improving the photosynthetic efficiency of the vegetables. Avoid tall trees or buildings that may obstruct the greenhouse to ensure uniform and sufficient sunlight. Furthermore, water supply conditions are also crucial. The greenhouse should be located near a source of good water quality for convenient irrigation. At the same time, the water source should be free from pollution such as industrial wastewater to ensure a safe and healthy growing environment for the vegetables. Next, the convenience of transportation is also a factor to consider when selecting a site for the greenhouse. Although it is advisable to avoid proximity to highways with heavy traffic to reduce dust pollution, the location of the greenhouse should still facilitate the transportation of goods and the entry and exit of personnel.

I. Material Selection Agricultural Greenhouse materials must be able to withstand various loads inside and outside the greenhouse, including wind loads, snow loads, and crop loads. The strength and stability of the materials must meet the structural requirements of the greenhouse, ensuring its safety and stability under natural conditions such as wind and rain. Agricultural Greenhouse materials need to have good corrosion resistance to resist erosion from harsh environments such as humidity and salinity. Common corrosion-resistant materials include aluminum alloys, hot-dip galvanized steel pipes, and stainless steel. The construction cost of the Vegetables Greenhouse should be controlled within a reasonable range to improve the economic efficiency of the greenhouse. While aluminum alloy frames are aesthetically pleasing and strong, they are relatively expensive; hot-dip galvanized steel pipe frames are less expensive and have good corrosion resistance; stainless steel frames are suitable for applications requiring high corrosion resistance. II. Agricultural Greenhouse Structural Design The span and height of the greenhouse should be determined based on the crop's growth needs and operating space. A reasonable span ensures uniform light distribution inside the greenhouse, while the height affects ventilation and ease of operation. When designing the structure of an greenhouse Agricultural Greenhouse, it is necessary to calculate the loads it will bear, including dead loads such as the frame and covering materials and live loads such as wind loads and snow loads. Load calculation is a crucial step in ensuring the structural safety and stability of the greenhouse. The connection nodes of the Vegetables Greenhouse must be designed reasonably to ensure secure connections and ease of installation. The connection nodes should employ reliable and safe connection methods and undergo necessary inspections and tests.

As living standards improve, people's requirements for Single Span Greenhouse are gradually changing. Especially now, watering this equipment requires certain principles. Below, we will introduce the specific principles. 1. The timing of Greenhouse watering should be clear. Generally, watering in winter is done around noon because the temperature is relatively high then, minimizing the impact on crops. 2. Watering is flexible. Here are three sevens: water appropriately on sunny days, and water less or not at all on cloudy days. 3. Don't overwater. Due to the lower temperatures in winter and spring, the evaporation of water from plants inside the greenhouse is relatively slow, so the water demand is not as high. Therefore, watering more frequently, using a misting system, is more suitable. 4. Of course, watering is an important point. Temperature differences exist in different parts of the Greenhouse, so the amount of water should vary. On the south side of the greenhouse and near heat sources such as stoves, the temperature is high, and water evaporation is significant, so the amount of water should be appropriately increased. The temperature is much lower and the sunshine duration is shorter on the east, west and north sides of the greenhouse, so the amount of watering should be reduced accordingly.

As a model of modern agriculture, Agricultural Greenhouse demonstrates numerous significant advantages thanks to its advanced technology and intelligent management methods. Firstly, Agricultural Greenhouse employs a precise environmental control system that can monitor and adjust key environmental parameters such as temperature, humidity, light intensity, and carbon dioxide concentration in real time, providing a suitable growing environment for crops. This refined management not only improves crop growth efficiency and production quality but also enables high-efficiency production year-round, breaking the limitations of traditional agriculture imposed by climate, season, and region. Secondly, the application of automated control and monitoring systems enables unattended and remote control of agricultural production. This not only greatly improves production efficiency but also significantly reduces labor costs. Farmers can easily manage various operations within the greenhouse, such as irrigation, fertilization, and spraying, using only a computer or mobile phone, achieving intelligent and convenient agricultural production. Furthermore, Vegetables Greenhouse emphasizes energy utilization and environmental protection. By adopting clean energy sources and environmentally friendly measures such as solar power generation and water recycling, it reduces energy consumption and pollution emissions, accelerating the green and sustainable development of agriculture. Vegetables Greenhouse has a wide range of applications, covering various crops such as vegetables, fruits, and flowers. Its high efficiency and stable production capacity not only meet the market demand for high-quality agricultural products, but also provide farmers with new production methods, increase the added value of agricultural products and farmers' income, and promote the development of the rural economy.

In the wave of modern agriculture, Agricultural Greenhouse, with their unique advantages, have become an efficient choice for agricultural production. They connect multiple greenhouses closely, forming a continuous and unified agricultural production space, greatly improving land utilization and operational efficiency. The scientific design and robust structure of Agricultural Greenhouse enable them to successfully withstand the effects of harsh weather, providing crops with a stable growing environment. Simultaneously, Agricultural Greenhouse are equipped with advanced irrigation and ventilation systems that can be accurately adjusted according to crop growth needs, ensuring healthy crop growth. Furthermore, the management of Vegetables Greenhouse is very convenient, allowing for centralized control of environmental parameters in each greenhouse, achieving intelligent management. This intelligent agricultural production method injects new impetus into the development of modern agriculture.