摘要
阐述了串联式聚结与真空分离装置的工作原理,采用串联式聚结与真空分离装置,分别试验了L-TSA46汽轮机油在60℃条件下在聚结分离模式、真空分离模式、串联式聚结与真空组合分离模式下的脱水效率。结果表明：组合分离与聚结分离相比,0~60 min,组合分离脱水效率比聚结分离脱水效率高5%~10%;60 min后,组合分离脱水效率比聚结分离脱水效率平均高4%左右。组合分离与真空分离相比,在0~100 min,组合分离脱水效率比真空分离脱水效率高6%~40%;在100~140 min,真空分离脱水曲线逐步接近组合分离脱水曲线,两者的脱水效率接近。
The working principle of the vacuum separation is expounded,using tandem coalescence and vacuum separation de-vice,respectively test the L-TSA46 turbine oil dewatering efficiency of separation mode in coalescence separation mode,vacuum separation mode,tandem coalescence combined with vacuum dewatering efficiency of separation mode under the condition of 60℃.The results show that combination separation compared with coalescence separation,0 ~60 min,combination separation de-hydration efficiency than coalescence separation dehydration high efficiency 5% ~10% in 0 ~60 min,After 60 min,combina-tion separation dehydration efficiency higher than coalescence separation dehydration effect on average about 4%.Combination separation compared with vacuum separation,the combinatorial separation dehydration separation efficiency than vacuum dehydra-tion high efficiency 6% ~40% in 0 ~100 min.Vacuum separation dehydration curves gradually close combination separation dehydration curves,both of the dewatering efficiency close.
出处
《流体机械》
CSCD
北大核心
2016年第7期6-8,32,共4页
Fluid Machinery
基金
重庆市应用技术开发重点项目(cstc2014yykf B90002)
重庆市教委科技资助重点项目(KJZH14210)
关键词
润滑油
聚结分离
真空分离
脱水
lubricants
coalescing separation
vacuum separation
dehydration
