Fuel Additive Injection System

The Fuel Additive Injection System, developed through years of technological innovation by our company, enables automatic dispensing of aviation kerosene conductivity additives. Data can be directly uploaded to the DCS system, and users can independently set desired conductivity values. Featuring an intrinsically safe design, it is ideal for applications in hazardous environments.

The Fuel Additive Injection System consists of a conductivity measurement system, an automatic dosing system, and a control system. The conductivity additive dosing pump is configured with one in operation and one as backup, meeting users’ requirements for continuous

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.

Applications: Composition of new hydrogen gas from diesel hydrogenation; composition of circulating hydrogen gas; composition of new hydrogen gas; composition of low-pressure gas; composition of dry gas; propylene content in dry gas from the wax oil catalysis workshop; unsaturated hydrocarbon content (%) in desulfurization feed gas from the hydrogen production workshop; composition of dry gas from the ethylbenzene workshop; composition of high-pressure gas from Distillation Workshop No.1.

Applications: Hydrogen sulfide in lean amine liquid of hydrocracking unit (titration), MDEA content (titration), mercaptans in catalytic gasoline feedstock and blended products of gasoline hydrogenation workshop; mercaptans in liquefied petroleum gas products of wax oil catalytic cracking workshop (potentiometric titration), total sulfur in liquefied petroleum gas products of wax oil catalytic cracking workshop.

Applications: 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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