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环氧地坪运用自流平馒涂、砂浆压砂及水性滚涂等工艺，构建包含环氧自流平地坪、金刚耐磨地坪、环氧水磨石地坪、水泥基水磨石、环氧彩砂地坪、环氧防静电地坪、环氧防滑地坪、聚脲防腐地坪、聚氨酯地坪、硅PU地坪、混凝土密封固化剂地坪等等在内的功能性地面系统，提供高强度耐磨损、抗化学腐蚀、防静电积聚及洁净无尘的工业级地面解决方案。
水利水电工程通过修筑挡水坝体、抗蚀金属结构闸门及压力引水系统，实现河流势能向电能的转换与库容调蓄，同步保障防洪安全、生态流量下泄及灌溉/供水基础功能。
Hydropower Engineering converts river potential energy into electricity and regulates water storage through dam construction, corrosionresistant gates, and pressurized water conveyance systems, while providing flood control, ecological flow releases, and irrigation/water supply functions.
1、桥巩水电站修缮工程
Bridge Gong Hydropower Station Renovation Project
2、水口集源公司水口电站船闸检修门及溢洪道检修门水封更换
Replacement of water seals for the ship lock and spillway gates of the Shui Kou Hydropower Station of Shui Kou Power Generation Company
3、溢洪道表孔闸门防腐止水更新及防汛路防护工程
Corrosion prevention and waterproofing renewal of spillway orifice gates and flood prevention road protection project
中国能源建设集团广东火电工程有限公司陕西榆林项目全厂外墙板安装工程
利用煤、石油、天然气等固体、液体燃料燃烧所产生的热能转换为动能以生产电能。
火电常规一般指燃煤。燃油，燃气有些可以化为新能源发电，故说火电一般指燃煤发电。
The thermal energy generated by the combustion of solid and liquid fuels such as coal, oil and natural gas is converted into kinetic energy to produce electricity.
Thermal power generation, in the conventional sense, generally refers to coal-fired power generation. Some types of fuel oil and gas can be converted into new energy sources for power generation, so it is said that thermal power generation generally refers to coal-fired power generation.
风电利用大气流动形成的风能驱动风机叶片旋转，进而带动发电机将风的动能转化为清洁可再生的电能，其出力具有间歇性特点。
Wind power utilizes the wind energy generated by atmospheric flow to drive the rotation of the wind turbine blades, which in turn drives the generator to convert the kinetic energy of the wind into clean and renewable electrical energy. Its output has the characteristic of intermittency.
Guangxi Company's Energy Development Company's inspection and testing of anti-corrosion and flaw detection for wind turbine towers
光伏发电工程通过晶体硅/薄膜电池组件的光生伏特效应，将太阳辐射能转换为直流电能，经耐候支架系统与防逆流逆变装置输出工频交流电，实现清洁能源并网或离网储能应用，其出力特性随光照强度与光谱分布动态变化。
Photovoltaic Power Engineering converts solar radiation into DC electricity via the photovoltaic effect in crystalline/thin-film modules, outputs grid-compatible AC power through weather-resistant mounting systems and anti-reverse inverters, enabling grid-connected or off-grid energy storage applications with irradiance-dependent generation characteristics.
QUALITY BOUTIQUEPROJECT DISPLAY优质精品工程展示
中电建共和100万千瓦光伏光热项目发电系统项目
China Electric Power Group's 100-megawatt photovoltaic and solar thermal power generation system project in Gonghe County
Ansteel 220kV Main Substation Power Transmission and Transformation Project
输变电通过升压变电站、高压/超高压输电线路和降压变电站构成的电网系统，将发电厂产生的大容量电能高效、安全地远距离输送并逐级降压分配至各类电力用户。
The power transmission and transformation system, consisting of a power grid composed of step-up substations, high-voltage/ultrahigh-voltage transmission lines, and step-down substations, efficiently and safely transmits the large-capacity electrical energy generated by power plants over long distances and gradually reduces the voltage for distribution to various power users.
【嘉鱼县山湖温泉创建国家5A级旅游区扩改升级项目(景区工程建设)游客中心】 Jiaoyu County Shanhui Hot Spring's National 5A-level Tourist Area Expansion and Upgrade Project (Scenic Area Construction Project) – Visitor Center
1、六安市城区水环境（厂-网-河）一体化综合治理一期PPP项目管网改造、新建工程
Phase I PPP Project for Integrated Water Environment (Plant – Network – River) Comprehensive Management in the Urban Area of Lu'an City – Pipeline Reconstruction and New Construction Works
2、定南县城市燃气管道和设施更新改造项目
Dingnan County Urban Gas Pipeline and Facilities Upgrading and Renovation Project
1、平鲁区南山公园提质改造工程
Quality Improvement and Renovation Project of Nan Shan Park in Ping Lu District
2、大庆油田建设集团有限责任公司重庆分公司2023 年道路改造工程
Dagang Oilfield Construction Group Co., Ltd. Chongqing Branch 2023 Road Reconstruction Project
地基基础工程通过勘察、设计与施工（桩基、筏板、基坑支护等），为上部结构提供稳固承重、控制沉降并抵御复杂地质风险的隐蔽性安全根基。
The foundation engineering involves investigation, design and construction (including pile foundations, raft foundations, foundation pit support, etc.), providing a concealed and secure foundation for the superstructure that offers stable load-bearing, controls settlement and resists complex geological risks.
装饰工程的是保护建筑物各种构件免受自然的风，雨、潮气的侵蚀，改善隔热、隔声、防潮功能，提高建筑物的耐久性，延长建筑物的使用寿命。同时，为人们创造良好的生产、生活及工作环境。
The decoration project aims to protect various components of the building from the erosion of natural elements such as wind, rain and moisture. It also improves the functions of heat insulation, sound insulation and moisture-proofing, enhances the durability of the building, and extends its service life. At the same time, it creates a favorable environment for people's production, living and working.
建筑幕墙工程通过防腐型材、高性能玻璃与耐候密封系统，为工业与民用建筑打造兼具防护、节能、美观的外围护结构，保障安全并提升建筑表现。
Building Curtain Wall Engineering utilizes corrosion-resistant profiles, high-performance glazing, and weather-tight sealing systems to create protective, energy-efficient, and aesthetically pleasing building envelopes for both industrial and civil structures, ensuring safety and enhancing architectural performance.
古建筑需进行经常性保养与维护，包括屋顶除草、勾抹；局部补漏；梁柱和墙壁等支顶加固；庭院清理整顿、室内外排水、疏导等小型工程。这类工程不改变文物现存结构、材料、外貌、装饰和色彩。
Ancient buildings require regular maintenance and upkeep, including grass removal and plastering on the roofs; local patching and sealing; reinforcement of beams, columns and walls and other supporting structures; cleaning and organizing of courtyards, as well as indoor and outdoor drainage and channeling and other minor projects. These projects do not alter the existing structure, materials, appearance, decoration and color of the cultural relics.
消防工程通过系统设计（报警、灭火、排烟、疏散）与设备安装（自动喷淋、气体灭火、防火材料），预防、控制工业火灾并保障人员安全疏散，满足严格法规要求。
The fire protection engineering involves systematic design (alarm, fire suppression, smoke exhaust, evacuation) and equipment installation (automatic sprinklers, gas fire suppression, fireproof materials), aiming to prevent and control industrial fires and ensure the safe evacuation of personnel, while meeting strict regulatory requirements.
2.5 万吨污水处理厂提标工程
25,000-ton wastewater treatment plant upgrading project
/中锐国际建设集团有限公司
模板脚手架工程通过搭设临时支撑结构（模板体系+脚手架），为混凝土浇筑提供精准成型空间与安全作业平台，确保结构施工质量与高空作业安全。
Formwork and Scaffolding Engineering constructs temporary support structures (formwork system + scaffold) to provide precise molding space for concrete pouring and safe elevated work platforms, ensuring structural construction quality and high-altitude operation safety.
Inner Mongolia Jingning Thermal Power Plant Anti-corrosion and Thermal Insulation Scaffolding
检维修改造工程通过结构安全评估、腐蚀损伤检测及耐蚀材料替换/加固干预，恢复既有工业设施的设计功能与安全裕度，延长其服役周期并保障连续化生产可靠性。
Inspection, Maintenance & Revamp Engineering restores the designed functionality and safety margin of existing industrial facilities through structural assessment, corrosion damage inspection, and interventions using corrosion-resistant materials/reinforcements, extending service life and ensuring production continuity reliability.
门机、闸门、启闭机检修及防腐
Maintenance and anti-corrosion of cranes, gates and hoists
起重设备安装工程通过精准定位轨道/基础、吊装结构件及调试高强度防腐螺栓系统，实现大型设备/构件的安全吊运与定位，保障重型作业施工效率与本质安全。
Lifting Equipment Installation Engineering achieves safe hoisting and positioning of large-scale equipment/components by precisely aligning tracks/foundations, hoisting structural members, and commissioning high-strength anti-corrosion bolt systems, ensuring heavy-duty construction efficiency and intrinsic safety.
365 吨加氢改质反应器顺利吊装
通信工程通过部署耐候型基站、抗干扰光电缆网及工业级传输设备，构建适应腐蚀性环境的可靠信息传输系统，满足生产数据实时交互、设备远程监控及应急指挥调度的稳定性需求。
Telecommunication Engineering constructs reliable information transmission systems for corrosive environments through weather-resistant base stations, EMl-immune optic/cable networks, and industrial-grade devices, supporting real-time production data exchange, remote equipment monitoring, and emergency command dispatch stability requirements.
Project for Strengthening and Rectifying the Comprehensive Lightning Protection System of the Communication Room within the Tunnel
电子与智能化工程基于工业总线网络与物联网架构，部署耐蚀封装传感器、抗干扰控制模块及容灾系统，实现设备状态实时感知、生产过程协同优化与能效数据可溯化管理，满足高干扰环境下的运行稳定性与信息物理安全要求。
Electronics & Intelligent Engineering utilizes industrial bus networks and loT architecture to deploy corrosion-resistant sensors, EMI-immune controllers, and fault-tolerant systems, enabling real-time equipment monitoring, production process coordination, and traceable energy management, meeting operational stability and cyber-physical security requirements in highinterference environments.
城市道路及照明工程构建承受交通荷载与恶劣环境的抗腐蚀路网（路基/路面）及照明系统（防腐灯杆/高效光源），保障通行安全、提升城市功能并降低维护成本。
The urban road and lighting project constructs an anti-corrosion road network (subgrade/pavement) and lighting system (anti-corrosion lamp poles/high-efficiency light sources) that can withstand traffic loads and harsh environments, ensuring traffic safety, enhancing urban functions, and reducing maintenance costs.
Metallurgical engineering involves the extraction, purification of metals from ores or secondary resources through physical and chemical methods (suchas mineral processing, pyrometallurgy/wet metallurgy, electrolytic refining, etc.)under high temperatures or specific conditions, and the processing of these metals into materials with the desired properties.
The steelmaking workshop project of the integration, reorganization, capacity reduction, replacement and transformation upgrade project of Tangshan Shandong Huadu Iron and Steel Enterprise Group Co., Ltd.
清洗工程针对工业设备结垢/污染物类型（水垢/油污/化学残留），采用化学药剂反应（酸/碱/络合剂）、高压水射流及干冰喷砂等物理方法，实现传热表面结垢剥离、流体通道疏通及材质基底清洁度恢复，为防腐涂装或工艺重启提供合格基面条件。
Cleaning Engineering addresses industrial fouling/pollutants (scale/oil/chemical residues) through chemical reactions (acids/ alkalis/chelators), high-pressure water jetting, and dry ice blasting to remove deposits, unblock fluid pathways, and restore substrate cleanliness, providing qualified surface conditions for corrosion protection coating or process restart.
炉窑砌筑工程依据热工工况(温度/气氛/熔蚀介质)，选用铝硅质、镁碳质等定型耐火材料与浇注料，采用错缝干砌与模块化锚固技术，构筑满足高温密闭性、抗热震稳定性及抗化学侵蚀性的热工设备衬里结构，支持熔炼、煅烧等核心工艺的热能效率与运行连续性。
Furnace Lining Engineering selects shaped refractories (alumina-silica/magnesia-carbon) and castables based on thermal conditions (temperature/atmosphere/corrosion), employing staggered dry-laying and modular anchoring to construct linings with high-temperature integrity, thermal shock resistance, and chemical erosion resistance, supporting thermal efficiency and operational continuity for smelting/calcining processes.
激光除锈技术
工业激光除锈技术通过高能脉冲激光烧蚀表面，实现锈层、氧化皮及旧涂层的非接触式精密剥离，为后续防腐涂装提供清洁活化基面，适用于复杂结构及环保要求严苛的场景。
Industrial laser derusting utilizes high-energy pulsed laser ablation to achieve non-contact precision removal of rust, scale, and old coatings, providing a clean and activated substrate for subsequent anti-corrosion painting, suitable for complex structures and environmentally sensitive scenarios.
无人机喷涂技术
无人机喷涂技术通过程序控制飞行器轨迹与喷涂参数，实现大型或复杂结构表面防腐涂料的高空、远距离自动化喷涂，替代传统人工作业以覆盖受限区域并保障施工安全。
Drone spraying technology utilizes programmed flight paths and spraying parameters to achieve automated, high-altitude, and long-distance application of anti-corrosion coatings on large or complex structures, replacing traditional manual methods to access confined areas and enhance operational safety.
除锈机器人
适用于船舶外板、合拢缝、储罐外壁等结构的喷砂除锈作业。
机器人依靠高性能的永磁铁吸附于壁面上，可配合回收式喷砂机，实现无扬尘无污染的环保式喷砂作业。机器人配有一个多功能机械臂，可同时搭载两把喷枪进行往复式作业，效率高，作业效果均匀统一。同时，机器人内置自动作业程序，可大幅降低操作难度。
This is suitable for sandblasting rust removal operations on ship outer plates, joint seams, and the outer walls of storage tanks, etc.
The robot adheres to the wall surface by relying on high-performance permanent magnets. It can be combined with a recovery-type sandblasting machine to achieve environmentally friendly sandblasting operations without dust or pollution. The robot is equipped with a multi-functional mechanical arm, which can simultaneously carry two spray guns for reciprocating operations. It has high efficiency and uniform and consistent work results. At the same time, the robot is equipped with an automatic operation program, which can significantly reduce the operational difficulty.
