通过对石油产品储运过程的静电事故类型、起电原因及其规律的剖析,并对各有关因素影响所产生的“油面最高电位值”的测试,作者认为采取惰性气体置换、浮顶油罐、密闭装车及投放抗静电添加剂等措施,可以控制与消除静电的产生。 Through the analysis of the types of static electricity accidents and the regularity of electrification during the storage and transportation of petroleum products and the test of “the highest potential value of oil surface” produced by all the relevant factors, the author thinks that inert gas replacement and floating oil Cans, closed loading and put anti-static additives and other measures, you can control and eliminate the generation of static electricity.