Research On Site Selection Optimization For Station Of Sole Collection Of Plasma Newly Added By Boya Bio-Pharmaceutical

Considering the local government's supervision,safety and other factors,the approval process of domestic single plasma collection stations is limited.The increase of the number of new plasma collection stations cannot match the development needs of blood products enterprises.In order to realize the pulping capacity of the new single-collection plasma station,it is particularly important to carry out preliminary investigation in the selection of pulping areas suitable for the development of pulp volume.According to the fact that there is no relevant theoretical research on the location of single plasma station in China at present,this paper combines personal years of work experience and the urgent needs of the current industry development,through the site selection practice of Boya Biology in the new establishment of single plasma station and the site selection analysis of other enterprises in the industry,based on the method of establishing the location model of multi-source data sets,puts forward the location model of single plasma station.Combining with relevant data sets and field investigation,some characteristic indicators which may have an impact on site selection are selected,and the location model is obtained.Then,the model is used to determine which counties and districts in the candidate area may make the single plasma station obtain more annual slurry yield.Then,combined with the operational data of six single plasma stations built and operated by Boya Biology,the site selection models of single plasma stations are compared,and the research reports on the basis of existing single plasma stations are optimized to fill the theoretical gap in the industry,so as to effectively promote the healthy development of the industry.Through the practice and case study of single plasma station location,it is found that our model can effectively locate the sites that are conducive to the development of single plasma station,so as to guide the development direction of single plasma station.