浸出油

大豆油脚浸出油与甲醇在催化剂KOH作用下通过酯交换反应制得生物柴油（BDF）。

Biodiesel fuel ( BDF ) has been made by transesterification of extracted oil of soybean oil sediment with methanol in the presence of KOH as catalyst .

用气敏层析仪测定浸出油中残留溶剂的方法

Determination of the residual solvent in extracted oil by gas chromatograph

浸出油中溶剂残留分析的探讨

A Discussion on the Analysis of Solvent Residue in Extract Oil

大豆油脚浸出油制备生物柴油及性能研究

Preparation and properties of biodiesel from extracted oil of soybean oil sediment

对浸出油残留溶剂国标测定方法的几点改进意见

Opinions on the national standard method for residue solvent in solvent extracted oil

气相色谱测定浸出油残留溶剂的改进方法&在没有新鲜机榨油情况下测定残留溶剂经过第一次和第二次开采后仍有数量众多的残余油残留在油井的岩石缝隙之中。

DETERMINATION OF SOLVENT RESIDUE WITH MODIFIED GC METHOD After primary and secondary procedures , there is still much residual oil in the rock crevices .

超临界CO2浸出米糠油

Rice Bran Oil Extraction by Supercritical CO 2

阐述了超临界CO2浸出米糠油的特点，比较了用己烷，超临界CO2，超临界CO2/助溶剂浸出米糠油及米糠油中的甾醇成分。

This paper discussed the characteristics of rice bran oil extraction , compared rice bran oil extraction and sterol extraction by hexane , supercritical CO2 and supercritical CO2 / cosolvent respectively .

通过米糠膨化浸出制油中间试验，建立了30t／d米糠膨化浸出制油生产线；

A 30t / d rice bran extrusion and oil extraction line were set up after pilot test .

米糠膨化浸出制油工艺中试研究

Pilot Study on Rice Bran Oil Preparation By Extrusion and Extraction

有机溶剂浸出法得油率较高。

By solvent , the extracted rate of oil was higher .

含水丙酮浸出棉籽油及脱除棉酚的研究

Studies on Extraction of Cotton Seed Oil and De-gossypol with Aqueous Acetone

浸出制油技术开发动向

Development trend of extraction process for vegetable oil production

蓖麻籽仁微波变性浸出蓖麻油的研究

A study on the denaturation condition of castor kernels by microwave for the extraction by mixed solvent

在大豆浸出制油过程中，通过增加脱皮工艺，可得到高蛋白去皮豆粕。

In the soybean processing industry , dehulled soybean meal with hi-protein content can be obtained by adding dehulling system in the pre-processing .

探讨磷脂各组分含量变化的影响因素，以及降低浸出毛油中非水化磷脂含量的措施。

The factors affecting the contents of phospholipid fractions , as well as the measures to lower the contents of non hydratable phospholipid in crude extracted oil were discussed .

着重论述了双低油菜籽综合开发产业化的几种主要途径：油菜籽脱皮、挤压膨化（低温压榨）、浸出制油新工艺；

The article discussed the substantive ways in the industrialization and comprehensive exploitation in the double-low rapeseed : new technology of oil extraction by dehulling , extruding-expansion ( cold-pression );

澳大利亚菜籽浸出毛油，采用水化法、酸脱胶、吸附法等脱胶方法不能有效脱除磷脂。通过实践研究找出了脱除不同非水化磷脂组分的方法。

The paper introduced the method of getting rid of different NHPL by the study and practice that it isn 't effective method to degum with usual way on extractive crude oil of Australia rape-seed .

浸出法取油是目前普遍采用的一种制油方法。

Extraction of oil and fat with solvents is commonly used nowadays .

浸出的毛油经脱酸、脱色、脱臭处理，获得的精制油达到并超过国际葡萄籽油标准。经N.M。

The refined oil can reach and exceed international standard of grape seed oil . The blades treated by N.

一次浸出后残油率为10.23%，脱脂后蚕蛹再进行除臭和漂白，脱臭后的蚕蛹再进行蛋白质的提取，最终制得的蛋白粉含蛋白质为91%。

The de-odor and bleaching can be made after de-fat , then protein could be extracted from the defatted silkworm pupas , and at the end the protein powder is made .

芝麻粕是芝麻经过浸出法取油后得到的副产品，其中含有大量且营养价值比较高的蛋白质，氨基酸和矿质元素的含量也十分的丰富。

Sesame meal is a kind of by-product of sesame seeds after leaching of oil , and it contains a large number protein and the nutritional value is relatively high , amino acid and mineral element content is also very rich .

低温压榨饼经YPH·20型挤压膨化机组织化处理，形成多微孔颗粒膨化料，经溶剂浸出制得残油率1%左右、蛋白质含量46%以上（干基）的菜籽粕。

The low temperature pressed rapeseed cake was then textured to form micro porous pellet material by YPH · 100 extruder , followed solvent extraction , the rapeseed meal with 1 % residual oil rate could be got , and its protein content was raised to more than 46 % .

95%乙醇浸出工艺的混合油脱胶及溶剂回收方法

The Method of Removing Gum from Miscella Extracted with 95 % Ethanol and Recovering Solvent

油脂浸出生产中混合油浓度对汽耗的影响

The effect of the variation of the concentration of mixed oil on the consumption of steam in the production of oil fat extraction

通过对现有成熟混合油负压蒸发工艺在浸出生产过程的理论分析，得出该工艺具有节能和提高浸出毛油质量的特性。

In this paper , through theoretically analyzing extracting process of the currently negative evaporation of micella , We can conclude that this process can save energy and improve the quality of extracting crude oil .