The round-bottom flask placed into a custom heater enables a hydrocarbon solvent to be boiled. The solvent vapors then immerse the rock sample removing water, gas, and oil from the sample. A water bath running over the cooling condensing tubes allows the water and solvent vapor to be cooled and liquefied. The water is collected in the graduated cylinder and the solvent returns to the round-bottomed flask to continue the distillation process.
This process allows for the direct determination of water saturation. Oil and gas saturation can be indirectly measured by measuring initial and dry weights. The distillation process cleans a sample removing all hydrocarbons and water from the sample.
The DCI Dean Stark apparatus can be configured for different size core samples and graduated cylinder sizes.
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North Salt Lake, Utah 84054
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The saturator can be configured with different size saturation chambers to fit odd size or large quantities of core samples. Manual and automatic versions are available.
|Example Specifications for Dean Stark Apparatus|
|Core Diameter:||1", 1½", & 2"|
|Temperature:||Flask Heater with Reostat Adjustments|
|Graduated cylinder volume and accuracy:||Customer Specified|
While the Dean Stark Apparatus is not on the cutting edge of new technology it is important to get a system that is well thought out and proven to work. DCI’s Dean stark apparatuses are composed of quality glass and designed with efficiency in mind. The graduated cylinder is accurate and precise. Contact us for details and a quote. Our systems can be manufactured with custom core size and graduated cylinder to fit the types of rocks you perform tests on.
Dean Stark Apparatus
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Special Core Analysis
Routine Core Analysis