1.
The difficulties associated with lecithin gum drying may be avoided by the addi tion of oil prior to entering the evaporator.
在水化油脚中添加油脂，可以避免水化油脚浓缩脱水的困难。
2.
The unique rheology of the lecithin-water s ystem has lead to processing difficulties in the drying of lecithin.
水化油脚独特的流体特性导致在浓缩脱水时的困难。
3.
Abstract: The unique rheology of the lecithin-water s ystem has lead to processing difficulties in the drying of lecithin.
文摘:水化油脚独特的流体特性导致在浓缩脱水时的困难。
4.
An increased oil content ensures t hat the electrostatic-induced viscosity perk occurs at a higher moisture level a nd at a grater distance from the dryer outlet in a vertical scraped surface evap orator.
在水化油脚进入浓缩器前，添加油脂，可以使由静电引起的粘度高峰提前出现，并远离浓缩器出口。
5.
Hydrothermal Pretreatment of Canteen Waste for Grease Removal and Digestibility Improvement
水热处理泔脚脱油与产物消化性能变化
6.
Study on Optimization of Extracting Method of Sterol in Soybean Oil Waste and Disposal of Sewage;
大豆油脚提取甾醇及废水处理方法优化研究
7.
Two-step lipase catalysis process for enrichment of DHA using waste fish oil as raw material
脂肪酶二步法催化鱼油下脚料富集DHA
8.
Biodiesel production from acidified soapstocks using a biomass-based carbonaceous catalyst
生物基炭质催化剂催化大豆皂脚酸化油制备生物柴油
9.
Study on Extraction, Purification and Antioxidant Activity of Sesamin from Sesame Oil Residue;
芝麻油脚中芝麻素的提取、纯化及抗氧化性研究
10.
Preparation of Ethyl Biodiesel from High Acid Value Soapstock by SnCl_4/C
SnCl_4/C催化高酸值皂脚制备乙酯生物柴油
11.
Optimization of Horizontal Well Design of E_3~1 Reservoir with Bottom Water in X Oilfield
X油田Es_3~1底水油藏水平井设计优化
12.
fuel-water-demulsification agent solution
燃油-水抗乳化剂溶液
13.
water-oil ratio history
水油比随时间变化曲线
14.
The Scheme Design of Crude Oil Dehydration Power Supply in Automation Retrofit
油田原油电脱水自动化改造方案设计
15.
Study on Production Change Rule of Horizontal Well in Super Heavy Oil Reservoir
超稠油油藏水平井产量变化规律研究
16.
Development policies optimization for controlling water of sandstone reservoirs in Huabei Oilfield
华北油田砂岩油藏调水增油开发技术政策优化
17.
Study on the Stabilization Mechanism and Oil/Water Separation Chemicals of Polymer Flooding Produced Oily Water;
聚合物驱含油污水油水乳状液稳定机理及油水分离化学剂研究
18.
EXTRACTION TREATMENT OF FCC WASTEWATER BY FCC RAW MATERIAL OIL-DECOMPRESSED WAX OIL TO REMOVE PHENOL
催化原料油—减压蜡油萃取处理催化裂化废水