1.
The grease trap waste treatment facility will be capable of handling average load of 400 cu.m. per day.
隔油池废物处理设施可平均每日处理400立方米隔油池废物。
2.
Construct and operate a grease trap waste treatment facility( GTWTF) within West Kowloon Transfer station.
于西九龙废物转运站兴建及运作隔油池废物处理设施。
3.
Preparation and property of PVDF/silicon oil blend separator for lithium battery
锂离子电池用PVDF/硅油共混隔膜制备及性能
4.
Allen-Moore diaphragm cell
艾伦-穆尔隔膜电解池
5.
OIL SEPARATION DESIGN FOR PRETREATMENT OF OILY WASTEWATER IN REFINING UNITS
炼油装置含油污水预处理的隔油设计
6.
Plug the fixed containers around air vent of F.O. tanks.
收紧油舱透气孔处油池放油孔的塞子。
7.
Optimum Strength Calculation of the Separating Vessel of An Oil Separating Mud Pump
油隔离泥浆泵隔离罐的强度优化计算
8.
Disconnect and isolate negative battery cable.
断开并隔离负极电池电缆。
9.
The next morning, the frog hops down the stairs and goes back to the pond.
隔天早上，青蛙跳下阶梯回到池塘里，
10.
The pond was railed off to stop children falling into it.
池塘用栅栏围起隔开,以防止小孩落水。
11.
The pond be rail off to stop children falling Into It
池塘用栅栏围起隔开,以防止小孩落水
12.
Study on High Performance Battery Separator of MH-Ni Battery;
高性能MH-Ni电池隔膜纸的研制与开发
13.
Study on Plasma Modification of Alkali Rechargeable Battery Separator;
碱性二次电池隔膜等离子体改性研究
14.
Preparation and research of HDPE microporous membrane for battery separators
电池隔膜用HDPE微孔膜的制备和研究
15.
Study on non-woven separator of lithium battery
无纺布型锂离子电池隔膜的研究进展
16.
Research of Microporous Membrane for Lithium Hydronium Secondary Battery Membrane
锂离子二次电池用隔膜—微孔膜的研究
17.
Study on the membrane as a separator for all-vanadium redox flow battery
全钒液流氧化还原电池中隔膜的研究
18.
Preliminarily study of making Ni-MH separator using EVOH fiber
EVOH纤维制备MH-Ni电池隔膜初步研究