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Product Code: RXSOL-81-8159-210
Power of Chemical to break EMULSION in two phase hydrocarbon phase (oil) and a water-phase. We have whole range of demulsifier-chemicals for oil and industrial applications.
Dosage and application will vary based on emulsion characteristics. For most crude or fuel oil based emulsions, a starting concentration of 0.1% at 165°F with a minimum heated recirculation contact time of 2 hrs will achieve optimal break. However water separation can be achieved in many oil emulsions at temperatures below 100°F.
Water-In-Oil Demulsifiers, which can be used as stand-alone Demulsifiers to separate Formation Water from Crude Oil Emulsion. There are vast differences and Characteristics of Crude Oils produced in various Fields. Use and application Oil Soluble Demulsifier Testing & Selection is accomplished by standard Bottle Tests in Lab followed by Field Trial Tests. They are commonly used in the processing of crude oil for effectively separating formation water from emulsions in crude oil.
Dose recommendations have to be made on a case-by-case basis. The dosage rate varies and depends on nature copoaition of phase materials and it may varies from 5 to 10 ppm, so we suggest adding the lower levels to your laboratory bench tests to verify the correct dosage for the specific application. Finding the most cost-effective dosage, as well as determining the best conditions of temperature, slow mixing, settling time, etc., is best done in the laboratory, using a sample of the actual oil or waste and a sample of Demulsifier.
Typical method for Evalution of Demulsifier :
Step 1 :Treat 100ml of the emulsion with 40 mg/litre of Demulsifer, (using 1% w/v solution in xylene in 100 ml graduatd conical tube) and give 100 shakes of approximately 12 in stroke
Step 2 : Place treated emulsion in water bath maintained at 70 +1oC for a period of 15 minutes and allow it to settle for 5 minutes at 30+2oC. measure the quantity of clear water settled
Step 3 : Conduct a blank test with untrented emulsion under condition similar to treated emulsion
Step 4 : Substract the water seprator if any in blank test from treated sample and denote it as V. Similarly subtract the water separated from blank from total water present in emulsion and denote it Vo.
Report Efficiency Percentage as Follow : % Effiency =(V/ Vo) x 100
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