Javascript must be enabled to continue!
Potential Utilization of Soybean Oil as an Industrial Hydraulic Oil
View through CrossRef
<div class="htmlview paragraph">The use of vegetable oils as fuels and as lubricants has been known for many years. The current environmental awareness has provided a new impetus for developing the so called “green” products by various industries. Most have selected vegetable oils that are more naturally [oxidatively] stable and are suitable for use in industrial applications. Rapeseed, in particular, has been investigated by many European and American companies for development of industrial lubricants.</div>
<div class="htmlview paragraph">The purpose of this study, however, has been to investigate the potential utilization of soybean oils as an industrial hydraulic fluid. The results have shown that soybean oils, like other vegetable oils, present good lubricating and wear protection performances. Lack of desired oxidative stability and the subsequent polymerization of the used oil, however, appear to be the main concerns. Three approaches have been selected to address this concern. One is the use of genetically modified soybeans with fatty acid compositions that are more oxidatively stable. The second is the chemical modification of the soybean oils using methyl esters and partially hydrogenated oils. A final approach is the use of various additives and property enhancers to improve performance of the soybean oils in hydraulic systems. While additional tests are being conducted, it is expected that one or more of the three approaches identified will help the development of a soybean based industrial hydraulic oil.</div>
<div class="htmlview paragraph">To test performance of the soybean oil in other industrial applications, various soybean oils were tested in a quenchalyzer to study potential use as a quench medium for heat treatment. Preliminary results showed soybean oils to have a better cooling rate than paraffin oils. Actual use in production heat treat environment is underway to study the oils' performances in high temperature applications.</div>
Title: Potential Utilization of Soybean Oil as an Industrial Hydraulic Oil
Description:
<div class="htmlview paragraph">The use of vegetable oils as fuels and as lubricants has been known for many years.
The current environmental awareness has provided a new impetus for developing the so called “green” products by various industries.
Most have selected vegetable oils that are more naturally [oxidatively] stable and are suitable for use in industrial applications.
Rapeseed, in particular, has been investigated by many European and American companies for development of industrial lubricants.
</div>
<div class="htmlview paragraph">The purpose of this study, however, has been to investigate the potential utilization of soybean oils as an industrial hydraulic fluid.
The results have shown that soybean oils, like other vegetable oils, present good lubricating and wear protection performances.
Lack of desired oxidative stability and the subsequent polymerization of the used oil, however, appear to be the main concerns.
Three approaches have been selected to address this concern.
One is the use of genetically modified soybeans with fatty acid compositions that are more oxidatively stable.
The second is the chemical modification of the soybean oils using methyl esters and partially hydrogenated oils.
A final approach is the use of various additives and property enhancers to improve performance of the soybean oils in hydraulic systems.
While additional tests are being conducted, it is expected that one or more of the three approaches identified will help the development of a soybean based industrial hydraulic oil.
</div>
<div class="htmlview paragraph">To test performance of the soybean oil in other industrial applications, various soybean oils were tested in a quenchalyzer to study potential use as a quench medium for heat treatment.
Preliminary results showed soybean oils to have a better cooling rate than paraffin oils.
Actual use in production heat treat environment is underway to study the oils' performances in high temperature applications.
</div>.
Related Results
Microrna Regulation of Nodule Zone-Specific Gene Expression In Soybean
Microrna Regulation of Nodule Zone-Specific Gene Expression In Soybean
Nitrogen is a paramount important essential element for all living organisms. It has been found to bea crucial structural component of proteins, nucleic acids, enzymes and other ce...
Row Orientation and Planting Pattern of Relay Intercropped Soybean and Wheat
Row Orientation and Planting Pattern of Relay Intercropped Soybean and Wheat
Relay intercropping soybean [Glycine max(L.) Merr.] into winter wheat (Triticum aestivum L.) may increase soybean yields compared with doublecropping. Once the soybean crop is esta...
VOLUMETRIC RIGIDITY OF HYDRAULIC SYSTEMS
VOLUMETRIC RIGIDITY OF HYDRAULIC SYSTEMS
A hydraulic drive is a set of interacting hydraulic devices that is designed to be ghosted by means of a working fluid under pressure. The main element in hydraulic drives most mac...
Soybean cyst nematodes: a destructive threat to soybean production in China
Soybean cyst nematodes: a destructive threat to soybean production in China
AbstractSoybean cyst nematode (SCN), Heterodera glycines, is one of the most important pests in soybean production worldwide. In China, 11 different races of SCN, including a newly...
Hydraulic System with the Automatic Regulator of Liquid Flow and Investigation of its Operation
Hydraulic System with the Automatic Regulator of Liquid Flow and Investigation of its Operation
Ensuring functioning of a hydraulic system requires the liquid consumption regulation given to the consumer. In hydraulic actuators by change of the liquid consumption regulation o...
UAV-Based Remote Sensing for Soybean FVC, LCC, and Maturity Monitoring
UAV-Based Remote Sensing for Soybean FVC, LCC, and Maturity Monitoring
Timely and accurate monitoring of fractional vegetation cover (FVC), leaf chlorophyll content (LCC), and maturity of breeding material are essential for breeding companies. This st...
SSR loci polymorphism in soybean varieties originating with different country origins
SSR loci polymorphism in soybean varieties originating with different country origins
Topicality. Microsatellite DNA sequences are widely used to identify the genotypes of living organisms. In 2014, the Chinese standard ‘NY/T 2595-2014. Identification of soybean var...
Analysis of Factors Affecting Soybean Import Volume in Indonesia
Analysis of Factors Affecting Soybean Import Volume in Indonesia
Indonesia relies heavily on imported soybeans to meet its domestic needs due to limited soybean production capacity. The objective of this study is to examine the factors affecting...

