Kerogen Automatic Preparation System Key Technologies And Equipment Design

In the research of oil exploration, the detection and analysis of kerogen separated from Ore samples is an important means. However, till now, the separation of kerogen still depends on manual operation, which is inefficient, time-consuming and a serious threat against the environment and health of operators. Therefore, the intelligentizing and automation of the separation of kerogen, is a significant subject which desiderated to be solved in the research of oil exploration. Aiming at it, the article will discuss the automatic and intelligent design and realization of the technology of the separation of kerogen.Firstly, this article analyses the traditional technology of separation of kerogen. Based on it, a requirements analysis in detail is made on the design of the separation devices of kerogen, and a new method of separation is proposed which suits the automation of it. Finally, a general project is planned, and a deep research is performed on the emphasis and difficulty of the project.According to the different functions, the general project is divided into five parts, including two key points and three hardware support systems. The two key points are the design of reaction vessels and the motion platform, and the three support systems are the pipeline system, the design of cabinet and wastewater treatment system. And all these are discussed on different pivotsIn chapter 3, a new sealing structure design of reaction vessels is proposed, and the influence of materials on sealing structure is discussed. In chapter 4, a comparison of kinetic stability is made between two kinds of over constraint motion platforms with eccentric shafts. The factors impacting the stability of motions are analyzed, and then an optimized design is presented. Following that, a detailed description of the structural design of the platform is presented. In chapter 5, it introduces the sealing forms of pipeline system generally, and puts forward an improved sealing structure. Afterwards, a discussion is carried out on the control project of wastewater treatment, with a focus on the key technology of mixing fittings. At the end of it, it makes a plan on the cabinet design and layout of devices.After the completion of system hardware, a wide and complete debugging combined with the control system is performed on the function modules and the whole system, and it achieves a great success.The design makes the automatic and intelligent control of the separation of kerogen come true, and it also enhances the efficiency and reduces the laboring intensity.The method of planning and design on this system can be used on the similar complex system design, and the conclusion of the discussion on materials and sealing structure, can be used to direct the design of sealing vessels used in complex environments. In the same way, the motion platform designed in this article can be reference to other motion machines.