Analytical Instrumentation
LPG Analysis – Fast, Easy, Accurate
The automated analysis of liquefied pressurised gases such as propane, butane, propylene, and butylene is performed using a revolutionary dosing technique from Analytik Jena which is extremely precise and sensitive. The freedom to select any dosing volume reduces the analysis time to a necessary minimum and gains maximum sensitivity in ultra-trace analysis.
High-performance Peltier cooling avoids effectively too early expansion of the sample (bubbles) and a too vigorous, incomplete combustion (soot). Extremely accurate results are now standard in shift labs – independent of sample pressure and element content while maintenance effort is clearly reduced.
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Matrix-Optimised Sulphur Determination by UV Fluorescence
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Reliable Elemental Analysis of Refinery Samples
For rapid and precise determination of liquids and gases, particularly in the trace range, the use of vertical systems has become standard. With the increase in complexity and viscosity of samples, however, it is necessary to use the horizontal mode. The multi EA®
perfectly meets the requirements of determination of sulphur in products from the refinement process, such as mineral oil, gases, fuels, heavy oil, bitumen, coke etc.
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30645pr@reply-direct.com 5000, from Analytik Jena, combines both modes in one and the same device.
The double furnace can be quickly set up vertically or horizontally. The use of only one multi-purpose combustion tube for all standard applications makes conversion child’s play. Therefore the multi EA®
5000
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Future Technology — Available Now multi EA®
The correct fast sulphur determination is an integral part of quality control in petro industry. The most flexible method therefore is the oxidative combustion combined with UV-fluorescence detection. As different the sulphur contents of the samples are, as different is their digestion behaviour. More complex matrices (VGO) exhibit mode-dependent differences. Therefore selection of the suitable furnace mode is important to ensure quantitative combustion of all sample components. While conventional TS analysers are limited to vertical or horizontal mode, the multi EA®
5000 from Analytik Jena can be operated vertically and horizontally for process optimisation. Its innovative double furnace technology creates ideal combustion conditions for any organic matrix. Just a single device is enough to examine a uniquely broad spectrum of different samples.
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Determination of
Chlorine in Crude Oil The fast and reliable determination of chlorine in crude oil and related matrices is important for refineries. The chlorine content in crude oil and its fractions is the main reason of corrosion, which causes considerable damage to pipelines and tanks and leads to catalyst poisoning. Monitoring methods based on combustion followed by coulometric titration have a great tendency to incomplete combustion (soot). They tend to errors caused by the matrix properties and increasing sample quantities. This can be prevented by the intelligent flame sensor technology of multi EA®
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5000 from Analytik Jena. It monitors and
regulates the combustion, prevents soot and thus guarantees extremely accurate readings even for unknown samples.
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25490pr@reply-direct.com multi EA® Sensitive: HiPerSens®
5000 — C, N, S, Cl in ONE analysis cycle Detection
Innovative: Flame Sensor Technique Unique: Double Furnace Technology Safe: Auto-Protection Intuitive: Self Check System
Multi applicable: Multi-Matrix Autosampler Don´t miss the complete solution for petrochemistry.
Detection HiPerSens®
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Double Furnace
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AUGUST / SEPTEMBER •
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