At 17:38 on July 21, with the precise installation of the final main truss, the steel roof truss hoisting project for Units 1 and 2 of the Gansu Nenghua Qingyang Power Plant's 2×660 MW coal-fired power project—conducted by our company—was successfully completed after more than half a month of intensive yet orderly construction. This milestone lays a solid foundation for roof sealing and comprehensive water isolation work in the turbine rooms, while simultaneously establishing a critical pathway for transitioning from civil engineering to mechanical equipment installation.To address on-site construction challenges, the project management team optimized construction techniques by employing a ground-based integrated assembly approach and large-tonnage crawler crane lifting methods, thereby minimizing high-altitude welding operations and reducing safety risks at elevated heights while strengthening safeguards for roof truss installation. To ensure successful completion of the lifting tasks from the outset, the project team conducted comprehensive planning in advance, mobilized key technical personnel to refine drawings and conduct site condition surveys, developed specialized lifting construction plans, and collaborated with the supervising authority and client to complete multiple rounds of plan reviews and safety/technical briefings.The steel roof truss in the steam turbine room serves as the core load-bearing framework of the roofing system. Its complete installation marks a prerequisite for achieving water isolation in the room. In the next phase, the project team will expedite the delivery of personnel and materials, coordinate construction activities—including the installation of profiled steel sheets, thermal insulation and waterproofing, and exterior wall enclosure—and closely monitor key milestones to meet schedule requirements, ensuring comprehensive water isolation of the steam turbine room at the earliest opportunity. This will create optimal conditions for the smooth installation of critical equipment such as steam turbines and generators.All management personnel and construction teams of the project department will take the completion of this steel roof truss installation milestone as a new starting point, scientifically coordinate all tasks, seize the golden construction period in eastern Gansu Province, efficiently advance remaining civil engineering work, ensure timely completion of subsequent construction tasks with guaranteed quality and quantity, and contribute to the high-quality development of the regional energy industry.

At 10:18 AM on July 17, upon the precise pouring of the final layer of fair-faced concrete to the designed elevation, the outer cylinder structure of the chimney for Gansu Nenghua Qingyang 2×660 MW coal-fired power project was successfully topped out. This milestone marks the official transition of the chimney project into the phases of steel inner cylinder fabrication and installation, corrosion protection and insulation, as well as ancillary construction, laying a crucial foundation for the project's scheduled commissioning and power generation by 2027.The total height of the concrete outer wall of this roofed chimney is 204 meters, featuring a dual-cylinder design with a reinforced concrete outer cylinder and a steel inner cylinder. Serving as the core facility for flue gas emission control and environmental protection throughout the plant, it presents significant construction challenges due to its great height, high risks associated with elevated work, stringent requirements for concrete appearance and verticality precision, making it one of the most technically demanding and safety-intensive standalone projects in the entire construction effort.Since the commencement of the chimney foundation work, all parties involved—including the project owner, general contractor, supervision team, and construction units—have maintained close collaboration, overcoming complex construction challenges posed by strong winds, significant day-night temperature variations, and rainy conditions in the Longdong region through a range of measures. For chimney wall construction, a customized high-quality molded wood plywood formwork technique was employed to strictly control common quality issues such as cracks, color discrepancies, and formwork expansion. Combined with partition strips, this approach effectively concealed the holes for tension bolts, resulting in an aesthetically pleasing cylindrical structure with straight lines and a clean concrete finish.During subsequent construction phases, the project management team will continue to uphold the corporate spirit of "unity and perseverance, innovation and excellence, steadfast commitment, and steady progress." Taking the chimney topping-out as a new milestone, we will rigorously adhere to safety and quality standards, capitalize on the optimal construction period in the second half of the year, reverse-schedule remaining civil engineering milestones, efficiently complete handover procedures for installation tasks, and spare no effort to ensure the successful commissioning of both units by 2027. This will contribute significantly to the development of the Longdong Energy Base and the secure power supply across the province.

At 9:17 AM on July 11,2026, the foundation pouring for the final wind turbine of Section One of the Tianrun 500 MW Wind Power Project in Tuoli County, Tacheng Prefecture commenced punctually, with representatives from the project owner, supervisory authority, and construction team present as witnesses. With the successful completion of this pouring phase, all 30 foundation construction tasks for Section One have been fully accomplished, marking the official conclusion of the foundation works.The project site is located in a hilly grassland area with dispersed wind turbine locations and significant topographical variations. Strong winds are frequent during spring and summer, posing considerable challenges to construction organization. Following the completion of the first foundation pouring on April 30, the project team worked continuously for 73 days and finished all foundation construction tasks ahead of schedule.The foundation of wind turbines serves as the core cornerstone for the safe and stable operation of wind power projects, with construction quality and efficiency directly impacting the overall project outcomes. During construction, the project team maintains simultaneous control over progress, quality, and safety; strictly implements on-site safety and civilized construction standards, ensures proper storage of materials at designated locations and adequate protection for temporary electrical installations, and conducts regular hazard inspections and quality audits. Documentation is compiled in sync with construction progress, with retest reports for various raw materials and process acceptance records promptly organized and archived, ensuring construction speed without compromising standards and documentation remains up-to-date. Considering the characteristics of hilly grassland terrain, ecological control measures such as water spraying for dust suppression, centralized storage of topsoil, and protection of native vegetation are implemented concurrently, achieving coordinated advancement between construction compliance and ecological conservation.All construction personnel remained on the front lines, each fulfilling their specific duties, and utilized the intermittent periods between strong winds to schedule work outside peak hours, ensuring seamless coordination across all processes. The successful completion of the foundation works for Section One not only demonstrated the project's standardized construction management practices but also accumulated valuable practical experience in regional wind power development. It achieved comprehensive compliance in construction progress, structural quality, and documentation standards, laying a solid foundation for the subsequent full-scale implementation of the project.Next, the project team will take the completion of foundational works as a new starting point, build on this momentum to fully transition to critical phases such as wind turbine installation and supporting infrastructure construction, strictly uphold quality and safety standards, refine control measures, and strive to achieve full-capacity grid connection and power generation at the earliest possible date.

Recently, the construction site of the 500 MW wind power project in Tianrun, Tuoli County, Tacheng Prefecture has seen a series of positive developments: the last blade of the first wind turbine was precisely aligned with the nacelle at a height of 100 meters and securely attached, marking the complete installation of the entire tower structure, nacelle, and rotor, and the successful hoisting of the first turbine unit. This represents a pivotal breakthrough in the installation of key project equipment, laying a solid foundation for the project's early grid connection and power generation.As a key regional new energy infrastructure project, it features a scientifically planned layout, advanced technological configuration, and outstanding power generation efficiency. The site is equipped with 50 10 MW wind turbines. To fully leverage local wind resource potential and enhance power utilization efficiency, the project team tailored the equipment configuration to account for variations in site topography, wind speed and direction, and geological conditions. Goldwind Technology was engaged to design two specialized turbine models specifically suited to different wind resource zones within the site, enabling efficient utilization of wind resources across the entire area.Since the project officially commenced construction, the entire team has overcome numerous challenges including severe natural conditions in Tori County—such as frequent spring winds, persistent sandstorms, significant day-night temperature fluctuations, and limited construction windows—as well as logistical difficulties like transporting heavy equipment to remote sites, coordinating complex construction sequences, and managing site coordination tasks. The project team strategically optimized construction schedules, refined organizational plans, established specialized frontline teams, and implemented a two-shift rotation system with round-the-clock efforts to maximize the limited prime construction window. They efficiently advanced critical preliminary tasks including steel reinforcement installation for turbine foundations, concrete pouring, road leveling and maintenance, transportation and lifting of heavy equipment, and standardized site development. Addressing key bottlenecks such as wind-sand interference, equipment delivery coordination, and high-altitude lifting risks, the team proactively identified potential hazards, developed tailored construction plans, and established comprehensive emergency response protocols. Through detailed task allocation, clear accountability, and continuous on-site supervision, they systematically resolved technical challenges while maintaining strict control over every construction phase, ensuring simultaneous compliance with safety standards, quality requirements, and schedule targets.The successful installation of the first complete wind turbine represents a significant milestone in the project's progress. It not only marks the official entry into a new phase of large-scale, standardized unit installation but also provides mature, standardized operational experience for the subsequent batch installations and standardized construction of remaining units, establishing replicable and scalable standardized workflows that significantly enhance construction efficiency and quality control standards throughout the project.

Exquisite craftsmanship for a perfect home — Phase 1 of Guoyue Chengyu Mansion Phase II has been successfully delivered.Since its commencement, the project team has adhered to the principles of craftsmanship-driven excellence and quality assurance through rigorous implementation, strictly complying with construction standards while exercising stringent control over every process and detail. For critical phases—including the main structure, exterior wall construction, public area development, and park infrastructure—the project department established a dedicated quality control team that conducts regular inspections and identifies potential safety hazards, meticulously delivering a high-quality project and ensuring its advancement meets stringent standards.Faced with challenges such as tight project timelines and stringent quality requirements, all construction personnel united their efforts to overcome difficulties. The team developed a scientific construction plan, coordinated the allocation of personnel and materials, and systematically advanced various tasks including civil engineering, interior decoration, and supporting facility construction, ultimately ensuring the project was completed on schedule and successfully passed acceptance inspection before delivery.This successful delivery represents high recognition from the client and the construction party for the project's construction quality and the team's ability to deliver on commitments. Moving forward, the company will continue to uphold a spirit of craftsmanship, strictly adhere to engineering standards, and deliver more high-quality projects, contributing to enhancing urban living standards.

On June 10, our newly purchased Zoomlion ZAT12000V9 all-terrain crane was successfully deployed at the Tianrun 500 MW wind power project in Tuoli County, Tacheng City, Xinjiang, and completed its installation and positioning tasks without any issues. Chairman Zhao Shifu personally attended the commissioning ceremony for the new equipment. The successful deployment of this high-end machinery represents a key strategic move by the company to deepen its presence in the wind power market and strengthen its new energy sector, marking an iterative upgrade in the company's capabilities in wind power construction equipment.The Tacheng Wind Power Project is located in the mountainous and hilly area of Tuoli County, Xinjiang, with an average altitude of 1,200 to 1,600 meters. As a core wind power resource-rich zone in the region, the project site features scattered turbine locations, narrow and rugged access roads, frequent strong winds and gusts throughout the year, a short effective construction window, complex operating conditions, and significant challenges in construction management. With the widespread adoption of large-megawatt wind turbines in the industry, traditional installation equipment—characterized by insufficient boom lengths, poor adaptability to operating conditions, and limited mobility in mountainous areas—can no longer meet the stringent requirements for installing large turbines at high altitudes and in complex mountainous environments.The newly introduced Zoomlion ZAT12000V9 all-terrain crane is the primary heavy-duty equipment designed for high-end wind power construction projects. Equipped with a nine-section main boom spanning 18 to 115 meters in extension range, combined with a wind power-specific boom and tower-type auxiliary boom, its maximum combined boom length achieves industry-leading standards. It comprehensively covers the entire workflow—from tower installation of large-megawatt wind turbines to equipment maintenance and component replacement—demonstrating true versatility and full adaptability. With a rated lifting capacity of 1,200 tons and featuring a Y-shaped super-lifting device, it effectively reduces boom deformation during extended operations, significantly enhancing lifting accuracy and operational stability in high-altitude and complex mountainous environments, thereby ensuring robust safety for the installation of critical wind turbine components.Furthermore, the equipment is equipped with a full-wheel electronically controlled steering system, offering outstanding performance in hill climbing, ground clearance, and off-road capability. It effortlessly navigates narrow mountain roads and rugged trails, effectively addressing industry challenges such as difficulties in transporting large lifting equipment to mountain sites, slow relocation speeds, and complex movement procedures. Leveraging its high-efficiency, rapid relocation capabilities, the equipment can swiftly switch locations and be transported across regions, maximizing utilization of limited construction window periods and ensuring efficient progress at key project milestones.The launch ceremony for the new machine was marked by high morale and a vibrant atmosphere. Chairman Zhao Shifu visited the construction site in person to gain detailed insights into the project's challenges, equipment preparation, and team development efforts. He emphasized that a team spirit characterized by unity, mutual support, and collective progress forms the core foundation for the company's long-term growth, adding that a pragmatic and responsible work ethic is more crucial than short-term gains. The company consistently adheres to a people-oriented development philosophy, committed to building a warm and cohesive team that encourages all employees to practice self-discipline, provide mutual assistance, excel in their roles, and achieve personal growth.The present and the next decade remain a golden period for the domestic wind power industry to expand its capacity, enhance quality, and undergo iterative upgrades. Supported by the ongoing advancement of the "dual carbon" strategy and sustained investment in new energy infrastructure, there is vast market potential for both newly constructed wind power projects and the operation, maintenance, and retrofitting of existing turbines, with a long-term favorable outlook for this sector.The commissioning of this 1,200-ton-class high-end lifting equipment has effectively addressed the company's shortcomings in complex mountainous wind power installation projects, significantly enhancing safety management and construction quality efficiency for new energy initiatives. Moving forward, the company will leverage advanced equipment, rely on a professional team, and focus on delivering premium projects to further deepen its expertise in the new energy sector, expand its wind power business portfolio, and drive the company's wind power construction operations toward greater scale, specialization, and sophistication, thereby contributing to regional high-quality development of renewable energy.

On June 10, with the final section of the steel inner cylinder precisely installed, the chimney steel inner cylinder for Xinjiang Tianchi Energy Co., Ltd. 's Zhundong 2 billion cubic meters/year coal-to-natural gas project was successfully topped out, marking the successful completion of the core construction task for the project's chimney and laying a solid foundation for subsequent boiler ignition and timely commissioning of the project.This project is a key coal chemical engineering initiative of the autonomous region and a critical gas supply project for the national West-East Gas Pipeline, with a total investment exceeding 17 billion yuan. It is located in the Zhundong National Coal, Coal Power, and Coal Chemical Industry Base. Upon completion, it will produce 2 billion cubic meters of clean natural gas annually, promoting the clean and efficient utilization of Xinjiang's coal resources and contributing to national energy security as well as the implementation of the "dual carbon" strategy. The chimney, serving as the core environmental protection structure for emissions, involves high-altitude and high-risk construction work for its steel inner cylinder. Situated in a desert environment characterized by persistent winds and significant day-night temperature fluctuations, coupled with stringent welding precision requirements and complex coordination challenges, the project poses substantial difficulties for on-site construction organization.Since the commencement of construction on the steel inner cylinder, under the comprehensive planning and precise coordination of company leadership at all levels, the project team scientifically optimized the construction plan, adopted a mature and reliable hydraulic lifting technique, strictly implemented safety measures for high-altitude work and full-process quality control for special welding operations, conducted non-destructive testing on every weld seam, and rigorously adhered to the three critical requirements of safety, quality, and schedule. All participating personnel overcame the harsh conditions of the Gobi Desert through round-the-clock efforts and close collaboration, efficiently coordinated personnel, equipment, and material supplies, actively coordinated with supervisory agencies, construction teams, equipment suppliers, and other stakeholders to work in concert, successfully addressed numerous challenges including construction under high-temperature and strong wind conditions as well as precise alignment of the cylinder body, and achieved this major milestone—the successful elevation of the steel inner cylinder to its final position—with high standards.The successful completion of this milestone would not have been possible without the strong support and close collaboration of the company's leadership and all departments. From the initial plan review and on-site resource allocation to process safety supervision and coordinated support measures, every step involved demonstrated collective dedication and hard work.Next, the project team will leverage the successful completion of the steel inner cylinder as an opportunity to maintain strict safety and quality standards, steadily advance subsequent tasks such as chimney anti-corrosion and insulation work as well as installation of auxiliary facilities, and fully accelerate subsequent construction activities. By demonstrating concrete commitment, we aim to seize the critical construction period and ensure the project is completed and commissioned on schedule, thereby contributing to the green transformation of the regional energy structure and high-quality development of the local economy.

Recently, Zhengzhou Western Environmental Protection Energy Engineering was awarded two provincial honors—Henan Province Green Construction Demonstration Project and Henan Province New Technology Application Demonstration Project—for its exceptional construction quality, standardized project management, and outstanding achievements in green construction and technological innovation, highlighting the project's high-quality standards and industry-leading exemplary capabilities.As the largest municipal solid waste incineration power generation project in the province, this initiative has consistently adhered to a construction philosophy emphasizing quality, environmental sustainability, and innovation since its inception. The project team proactively planned excellence initiatives by establishing a dedicated excellence task force, developing tailored improvement plans based on project specifics, refining standards, clarifying responsibilities, defining timelines, and establishing a comprehensive excellence management system throughout the entire process—thereby providing robust institutional safeguards for quality assurance.Throughout the entire construction process, the project implemented meticulous and standardized control measures, rigorously overseeing quality, safety, environmental protection, and technical compliance. It strictly adhered to green construction requirements—including dust control, noise reduction, energy efficiency, and solid waste utilization—putting into practice the concept of ecological sustainability. By optimizing construction workflows and addressing technical challenges, the project leveraged technological innovation to enhance quality and efficiency, establishing a model for sustainable construction practices.The receipt of these two provincial honors represents the industry's full recognition of the project's construction management, green building practices, and technological innovations, as well as the result of the project team's collective dedication to overcoming challenges and pursuing excellence. The consecutive attainment of multiple provincial awards has further enhanced the project's industry influence and exemplary role as a benchmark.Next, the project team will take this honor as a new starting point to further strengthen quality management, deepen the application of green construction practices and technological innovation, consistently advance excellence initiatives, meticulously refine project details, and strive全力以赴 for the National High-Quality Project Award. The goal is to create a first-class benchmark project in environmental protection and energy efficiency, thereby contributing significantly to Zhengzhou's "Waste-Free City" initiative and regional green, low-carbon development.

At 15:58 on June 4, 2026, amidst the festive sound of firecrackers, the main structure of Cooling Tower No.6 for the 1×660 MW unit at the Shandong Dongying project, constructed by our company, was successfully topped out. Since the concrete pouring for the lower ring beam of Cooling Tower No.6 began on December 17,2025, all project personnel have worked collaboratively and persistently to complete this critical milestone, laying a solid foundation for subsequent equipment installation, system commissioning, and successful water testing.The No.6 cooling tower represents a typical tall structural engineering project characterized by stringent construction standards, significant safety risks, and rigorous quality control requirements. The construction period spans the winter low-temperature season, compounded by objective challenges such as the tower's considerable height, concentrated high-altitude work activities, and limited working space, which substantially increase the difficulty of on-site construction.To address various high-risk management challenges—including difficulties in installing safety harnesses at heights, multi-layered crossover construction, and intensive core tower operations—the project team adopted a safety-first approach with comprehensive closed-loop control measures to effectively resolve these issues. Specific controls were established for crossover and high-altitude work; protective measures and safety harness attachment points were optimized; work was strictly divided into zones and scheduled by time slot to prevent disorderly crossover activities; daily pre-shift safety briefings for high-risk tasks, continuous on-site supervision, and dynamic hazard identification and rectification were implemented, with particular focus on critical areas such as edge protection, lifting operations, high-altitude work, and multi-level crossover operations, thereby reinforcing safety responsibilities at every level. Through the project team's rigorous oversight and thorough implementation, the project achieved zero violations and zero safety incidents throughout its entire construction period, ensuring steady progress through a robust safety management system.While ensuring robust safety controls, the project team consistently prioritizes engineering quality, implementing each construction procedure with high standards and strict compliance. To address challenges posed by low temperatures during winter—such as poor concrete performance, difficult curing conditions, and difficulties in maintaining structural accuracy—the team strictly adheres to the specialized winter construction plan, meticulously controlling material ratios, layer thicknesses during pouring, vibration density, and thermal insulation and curing measures. Key processes including tower wall profile, structural dimensions, and joint treatment undergo comprehensive monitoring and thorough quality inspection throughout the entire workflow, ensuring no corners are left unattended and standards remain uncompromised. This approach fully guarantees that both the structural integrity and visual appearance of the cooling tower meet all requirements, laying a solid foundation for project quality through meticulous craftsmanship.The successful completion of the No.6 cooling tower marks a significant milestone, demonstrating both robust safety management and exceptional engineering quality from the project team. It fully reflects the outstanding spirit of all participants—unafraid of harsh conditions, determined to overcome challenges, and committed to practical responsibility.Next, the project team will maintain strict vigilance regarding safety production, continuously enhance refined and standardized safety management on-site, rigorously uphold safety standards, strictly control quality requirements, meticulously manage construction timelines, and steadily advance all subsequent construction tasks to ensure the project achieves its objectives with high quality, efficiency, and safety.