multi EA 5100 - C/N/S/X Elemental Analyzer

Used cooking oil (UCO), encompassing various oils and fats poses challenges if improperly disposed. Recently, UCO has transformed from waste to a valuable raw material for sustainable fuels and organic chemicals. However, UCO must meet quality standards, free of hazardous elements, necessitating robust analysis techniques like combustion elemental analysis for accurate determination of nitrogen, sulfur, and chlorine contents. Fraudulent practices may occur, highlighting the importance of continuous analysis to detect impurities and ensure quality. Fujirebio highlights the multi-element analyzer multi EA 5100, offering a reliable solution for analyzing highly viscous matrices like UCO, enabling simultaneous determination of sulfur and nitrogen and sequential determination of chlorine, crucial for ensuring compliance with quality standards and environmental regulations.

While two analytical methods and systems are necessary for the digestion in a calorimetric bomb and the subsequent detection of the halogens (e.g. by means of IC), in this application note, Analytik Jena presents a method which has the advantage of combining digestion and detection in only one analytical step in a single system.

Download this lab guide to learn how to master sample preparation for challenging matrices. Plus, get in-depth insights into dilution and digestion processes for organic and inorganic elemental analysis.

This application note describes different application methods for the fast and reliable determination of widely varying sulfur contents by means of UV fluorescence, with a minimum effort for calibration and sample preparation.

Discover a method for the analysis of sulfur traces in fuels using Micro Plasma Optimization and UV fluorescence detection.

Heavy petroleum is very difficult to extract and analyze due to its high viscosity and high nitrogen content, and requires specialized strategies for quality control. The high nitrogen content in particular can slow down the refining process through poisoning of catalysts. This application note explains a modified combustion process to help with processing these 'difficult' matrices.

This application note describes a precise inspection of used raw materials, intermediate stages and end products from biogenic materials for the production of fuels and combustibles. The elemental analysers of the multiEA® series provide sensitive detection with automatically optimised, safe and complete combustion as implemented with flame sensor technology.

Waste wood is becoming ever more important as a source of energy. A precondition for its use is that the content of harmful substances in the material used does not exceed the statutory limit values. In this application note, an analyzer of the Analytik Jena multi EA® Series was used with a multi matrix sampler to determine chlorine content in samples of waste wood.

In this video, Oliver Büttel, from Analytik Jena, presents the new multi EA 5100 elemental analyzer which is able to determine carbon, nitrogen, sulfur, and chlorine in solid, liquid and gaseous samples. Unveiled at Pittcon 2020 and set for release on April 1, 2020, the multi EA 5100 features a modular design and is designed to optimize the combustion of every individual sample, offering high-sensitivity analysis, speed and application flexibility across multiple fields such as the oil and gas, petrochemical and chemical, and polymer industries.

This interview was filmed at Pittcon 2020 - watch other highlights from the show here >>

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