| As an important raw material in chemica l,chlorine-alkali industry has been developing very quickly along with the full speed development of Chinese economic and chemical industry.Its products have been used in more and more areas,the volume of which became lager and lager.At the same time,the scale of chlorine-alkali industry and related enterprises increased sharply.In recently years,the supply and demand of chlorine-alkali changes very quickly due to the change of downstream industry.Under such circumstances,enterprises can be more co mpetitive if they could finish new projects efficiently.Thus,it will be helpful to chlorine-alkali manufacturing companies by setting up an efficient process management model for construction of chlorine-alkali facilities base on research of such projects.The essay reviews the process of chlorine-alkali project in DG company,analyzes the insufficient of the project management and impacting factors of the schedule,builds a project schedule management model.The essay has built a digital roadmap for a 200 K ton/year chlorine-alkali project and optimized the roadmap by cross construction method after analyzing the whole construction process,that separated the milestones of such project by disintegrating the construction process from startup till trial of production and by using the computer technology.At the same time verify the feasibility of the schedule by referring project construction experience of DG company and comparing the data from other chlorine-alkali project.The essay also discussed process control and key issues of chlorine-alkali project.It is highly possible to finish a 200 K Ton chlorine-alkali project in a relatively short time period subject to clarification of project management responsibility,strong communication with governmental authorities,reasonable arrangement of project process,proper delivery of equipment and materials,qualified suppliers and contractors,together with strong monitoring and controlling during the process of the project.It is believed that the research has high reference due to the high similarity of chlorine-alkali facility in the chlorine-alkali industry. |