Project Construction and Important Technical Innovation for Qinshan Phase Ⅲ (PHWR) Nuclear Power Plant

Qinshan Phase Ⅲ(PHWR)Nuclear Power Plant,the first commercial heavy water reactor nuclear power plant in China,was the biggest trade project performed between the governments of China and Canada.As the owner,the Third Qinshan Nuclear Power Company(TQNPC)persisted in independent innovation management during the project construction,commissioning and self-dependent operation,efficiently realizing the three controls of the project,i.e.quality control,schedule control and investment control,and persisted in technical improvement on the basis of digestion and absorption of CANDU-6 technology to improve the unit safety and reliability.The project construction practice has helped China's nuclear power project management to becomeprogrammed,computerized,standardized and internationalized management from the existing basis.After completion of the project,with unit safe and steady operation as the prerequisite,TQNPC performed several technical modifications and innovations to continuously improve the unit performance.In the area of staff development,TQNPC paid much attention to cultivation of corporate culture,strengthed staff training and built up a good circulating mechanism with staff training and project construction promoting each other.Further to "Zero Breakthrough" and a new step forward of locolization successfully realized in Qinshan Nuclear Power Plant and Nuclear Power Qinshan Joint Venture Company,the improvement and developemnt of nuclear power project management level in Qinshan Phase Ⅲ(PHWR)Nuclear Power Plant provided reference for promotion of nuclear power development in China and standardized management of introducing large imported project.

Xiangfan Coal-fired Power Plant - a matched large power plant for Three Gorges Project starts to construct

Xiangfan Coal-fired Power Plant, a key energy construction project matched with Three Gorges Project, approved by the State Council. formally started to build in the suburb of Xiangfan City, Hubei Province on November 29, 1996.

FGD Franchising Pilot Project of Thermal Power Plants

According to the national policy on enhancing environmental protection,the five major power generation companies are required to carry out flue gas desulphurization(FGD) franchising pilot project in thermal power plants.This paper introduces the development of this pilot project,including the foundation,purpose,objects,demands and procedures.It also discusses some main problems encountered during implementation,involving the understanding,legislation,financing,taxation,pricing and management of franchise.At the end,it puts forward some suggestions and countermeasures with regard to laws,regulations,taxation policy and electricity pricing policy.

Electron Beam Desulfurization Project of Chengdu Cogeneration Power Plant Started Construction - A new cooperation in environment protection between China and Japan

On March 25 1996, the electron beam flue gas desulfurization demonstration project of Chengdu Cogeneration Power Plant started formal construction This is at present the largest electron beam desulfurization project in power plants in the world, and is jointly constructed by Sichuan Electric Power Bureau and the EBARA Works of Japan, This is an important cooperation project in environment protection between

火电厂工程建设EPC总承包项目管理措施思考

现阶段,电力需求不断提升,火电站建设行业迅速发展。火电站规模较大,现有的火电厂工程建设一般通过EPC总承包的方式开展作业。该模式下,火电厂的建设作业一般承包给专业单位,使建设过程具备更强的专业性以及科学性,在保障建设质量的基础上加快作业效率,显著提升施工水平。然而,实际作业环节具有较强的技术性,而且流程较多,总承包模式的落实存在一些技术难点,一定程度上制约了总承包功能的发挥。基于此,对火电厂工程建设EPC总承包项目管理措施进行研究,以期保障总承包项目的顺利落实。

我国核电站工程建设阶段的腐蚀管理建议

介绍了国内核电站工程建设阶段腐蚀管理现状及其存在的问题。通过结合我国核电站建设特点,针对性的提出了适用于我国核电站工程建设阶段腐蚀管理的相关建议,包括建立工程防腐大纲,确定定量化或半定量化腐蚀管理分级原则,强化腐蚀专业技术人员的培养等建议。另还应注重设计审查、建造质量管控、设备部件及防护、状态监检测、移交接产及调试消缺等过程,以避免重大腐蚀问题。

三维激光投影技术在核电厂施工放样中的应用

施工放样作为核电厂建造的关键基础工作,是其他施工活动的依据,其对工程质量及进度有着直接影响。目前核电建安领域主要采用全站仪进行逐点式放样的施工放样方法,该方法具有放样精度差、施工效率低和人工成本投入大等弊端。本文主要提出了应用三维激光投影技术实现核电厂快速施工放样,该方法具有批量放样和投影精度高的特点,通过核电厂施工放样可行性分析和某核电项目现场应用,并使用全站仪进行对比分析,验证了三维激光投影技术在核电厂施工放样中具有一定的应用前景。

新型电力系统发展背景下发电厂电气部分课程的工程贯穿教学改革探索

发电厂电气部分课程须适应新型电力系统的工程发展趋势,融入新能源、直流输电等先进技术,使课程中的厂站电气部分教学具有新的“双碳”特色。该文首先结合发电厂电气部分中传统厂站的电气部分教学内容,分析新能源场站、直流换流站等新型配电装置的特点,探索课程思政元素。其次,将新能源发电、直流输电技术融入发电厂电气部分设计之中,丰富新型电力系统的工程贯穿教学资源。最后,引入沉浸式漫游与工程实景交互认知的工程贯穿教改方案,构建资源融合充分、内容结构多样、学科特色鲜明的实践教学平台,全方位展示新能源高占比下发电厂电气部分的工程实践特色,优化教学效果。

浅谈分布式光伏电站EPC模式下的项目管理

2021年以来,为落实“双碳”目标,国家和各级地方政府密集出台了一系列政策鼓励新能源的发展,对分布式光伏市场给予政策性引导。国家大型央企及地方性国企纷纷入局,以投资方出资、EPC方建设、后期资方自持模式为主。鉴于分布式光伏电站长达20年甚至更久的运行时间,投资方在EPC模式下的项目建设需做好相关管理工作。文章就当前市场主流的EPC建设模式,结合项目实际情况和工作经验,对该模式下投资方如何对项目安全、质量管理、进度管理进行了探讨,并提出了合理化建议。