EIE-SDR-01-EIE-SIMDIS Simulation Distillation Range

Boiling point data are a critical parameter for characterizing petroleum fractions. The company provides comprehensive turnkey gas chromatography analysis solutions capable of accurately determining true boiling point values for samples ranging from naphtha to crude oil. By automating every step of the analytical process, the SIMDIS application system delivers rapid and precise boiling point results.

By offering a solution with 100% assurance, it delivers unique value to the industry: the solution is fully factory-calibrated, tested using certified reference materials, and precisely calibrated according to user-specific methods.

The saturated vapor pressure of gasoline is a key parameter for evaluating petroleum products; it represents the maximum fuel vapor pressure measured when the engine fuel mixture has a volume ratio of 1:4 to fuel vapor in a saturated vapor pressure tester at 37.8°C. The online vapor pressure analyzer is an explosion-proof, real-time quality analysis instrument specifically designed for rapid determination of gasoline’s saturated vapor pressure during refining processes.

Our company’s innovative fully automated gas sampling system is suitable for collecting samples of liquefied gas, ethylene, propylene, and liquid ammonia in petrochemical and coal chemical facilities. The sampler effectively prevents sample contamination through three 180-degree rotations; it automatically achieves 80% sampling coverage while ensuring operational safety; and its contactless design completely eliminates safety hazards posed by toxic gases during sampling processes.

In the petroleum refining process and application of petroleum products, distillation range is a critical parameter for characterizing oil quality and application properties. It reflects the distribution of light and heavy components in the oil and represents the most frequently analyzed parameter with the highest analytical workload in refineries. Accurate and timely acquisition of this data enables production operators to promptly understand the distribution ratios and quality characteristics of various products within the refinery column, adjust parameters such as temperature, pressure, and reflux flow rate accordingly, perform precise component separation,

Analysis of the top styrene composition in of the styrene workshop; determination of ω-methylstyrene content in the top stream of ; analysis of the top and bottom streams of the benzene column; determination of the top and bottom streams of the ethylbenzene column; characterization of the feed stream at the inlet of the reverse hydrocarbonization reactor; and characterization of the outlet stream from the reverse hydrocarbonization reactor.

All Jorge Brown Electrode model and Reagents

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