Simple, Fast, and Accurate Chlorine Analysis in VGO and VLSFO

Mar 15 2021 Read 254 Times

Author: XOS on behalf of X Ray Optical Systems (XOS)

Free to read

Articles are free to download. Please login to read this article or create an account.

Microcoulometry has traditionally been used to measure chlorine content in VGO and VLSFO to ultimately adjust or remove it for the sake of optimizing the product. However, due to safety concerns associated with microcoulometry, a growing number of labs and refineries are turning to a safer technique – Monochromatic Wavelength Dispersive X-ray Fluorescence (MWDXRF). Learn more about MWDXRF for chlorine analysis in VGO & VLSFO in this whitepaper from XOS.

Analytical Instrumentation

Microcoulometry has traditionally been used to measure chlorine content in VGO and VLSFO to ultimately adjust or remove it for the sake of optimizing the pro...

Simple, Fast, and Accurate Chlorine Analysis in VGO and VLSFO

Mar 15 2021 Read 254 Times

Analytical Instrumentation

Typical biodiesels are known to have an oxygen concentration which is higher than that of traditional diesels. This high oxygen content (most commonly betwee...

Ensure Accurate Results for Sulfur and Chlorine Analysis in Biodiesels

Nov 05 2020 Read 355 Times

Analytical Instrumentation

Sindie 2622 Gen 3 is renowned for its precision, accuracy, and ease of use. However, one drawback to the ASTM D2622 method is the requirement for duplicate d...

Optimize Workflow with the Sindie Series

Oct 06 2020 Read 284 Times

Analytical Instrumentation

Although all XRF techniques are capable of only total elemental analysis, with some sample preparation, Clora, Clora with Accu-flow, Clora 2XP, and Sindie +C...

Determine Organic and Inorganic Chlorides in Crude Oil

Sep 14 2020 Read 339 Times

Digital Edition

Petro Industry News March 2021

March 2021

In This Edition Fuel For Thought - Dr. Robert Plank becomes new President of Horiba Europe GmbH - New appointment boosts Markes International's European expansion plans - No clear route to...