Heating Furnace Modular Construction Management

Now heating furnace has been widely used in oil refinery plants whether in domestic or abroad. In fact, many old heating furnaces cannot meet the requirements of modernized production, so it shall be upgraded and renovated in time. Because it was the used facilities belong to the existing plants, so there only has several ten days to rebuild the furnace. In generally, it will take a year to perform construction work for heating furnaces and in the most overseas plants, six months shall be needed also. So, how to solve the problems such as shorten construction time, reduce safety accidents and obtain higher economic benefit become more and more important for the construction companies while carrying out heating furnace renovation works.Heating Furnace Modular Construction Theory specified in this article can solve the problems. If this technology can be used for heating furnace construction, all the problems can be solved well.In the article, problems to be faced by construction companies firstly are proposed, then the related contents are analyzed such as formation of the theory, operation status and result of the theory in overseas projects along with the economic benefits by using this theory for domestic projects.Emphasis of the article are discussing operation effects of Heating Furnace Modular Construction Theory in the renovation projects and explaining the related questions while using modular construction method such as organization, schedule, safety, material, technical management, and etc..Heating furnace modular construction method shall be used for the project with aim of increase pre-fabrication work volume for the furnace. If work yard is limited, the fabrication works can be done as much as possible in the prefabrication yard to prevent risks of work high above the ground thus to ensure providing a good construction conditions.After practicing and researching of the theory, it can be proceeded and applied among construction companies. Construction times can be reduced, potential hazards can be removed and economic benefits can be improved in the final.