Technical risk refers to the risk that the technology adopted in the cement grinding station project is brought along with the development of science. The technical risk may exist in each stage of project decision-making, design, construction, etc., directly affecting the realization of the project's goal, so it is identified.

The main technical risk of the project is critical to the project construction. Cement projects, especially for cement grinding station construction projects, have relatively few technical risk analyses. Through the discussion of the technical risks in the cement grinding station project, appropriate measures have been adopted to control and prevent the occurrence of risks, thereby comprehensively enhancing cement. The economic, social and environmental benefits of the grinding station project.

1. Introduction to risk management process

Through the combination of one or several approaches, the process of analyzing, judging and categorizing the project's face and potential risks as far as possible is analyzed. Risk assessment is a process that analyzes the uncertainty of quantified engineering project risk and uses probabilistic theory to assess the potential impact of risk.

2. Cement grinding station project technology risk identification

Foreign cement industry has generally adopted vertical mill grinding, known as cement vertical grinding system. The cement vertical mill system has: (1) low power consumption of grinding cement; (2) simple and easy operation and maintenance of the system; (3) small footprint of the grinding workshop; therefore, there is a certain risk in the final selection of the technical level of the project.

3. Pollution prevention risk

The environmental pollution caused by the cement grinding station is mainly dust and noise. The dust is mainly produced by the production of various raw materials of cement and the produced cement during loading and unloading, crushing, transportation and storage, among which the dust emission through the ventilation equipment is Organize the discharge, and fly freely in the process of material transfer, transportation, storage, etc. The fugitive emissions are fugitive emissions. Due to the wide range of unorganized emissions and dust sources, employees are prone to contact, and long-term inhalation of cement dust collertor will cause damage to human lungs. Therefore, the harm is more prominent.