In the oil industry, maintaining product quality and adhering to environmental regulations are paramount. Our detailed report on the elemental analysis of low chlorine content in hydrocarbons offers essential insights for upholding these standards. Following the ASTM D4929 standard, the report outlines a dependable method for determining chlorine levels in crude oil, emphasizing the elemental analysis of organic chlorine through distillation and X-ray Fluorescence Spectrometry (XRF), including Energy Dispersive X-ray Fluorescence (ED-XRF) spectroscopy.
Monitoring chlorine levels is critical to prevent corrosion, avoid contamination, and ensure compliance with industry standards. Chlorine in crude oil can form hydrochloric acid during processing, leading to significant damage to refinery equipment. Organic chlorides, often introduced during production or transportation, can degrade product quality. Adhering to trade contracts and pipeline specifications by maintaining minimal or undetectable levels of organic chlorides is essential. High chlorine levels can cause fouling and operational disruptions, reducing efficiency and increasing downtime. Regular monitoring and control of chlorine levels help refineries protect their infrastructure, ensure product quality, comply with regulations, and maintain efficient operations.
Download our comprehensive report to discover best practices for chlorine analysis in hydrocarbons and ensure your operations meet the highest standards. Learn why the SPECTROCUBE ED-XRF analyzer is the ideal instrument for this application.