Sulfur Analysis for Crude Oil and Petroleum Products
The sulfur content is one of the most important parameters in characterization and quality control of petroleum products. The existence of sulfur compounds in oil crudes and fuels can affect processing processes, product characteristics, and the fulfillment of the specifications that apply in the Oil & Gas industry.
Through Sulfur Analysis, total sulfur content (Total Sulfur Content) in the petroleum sample can be determined using a lab analysis method which corresponds to the characteristics of samples and testing needs. Two common methods used in sulfur testing are ASTM D4294 (Energy Disfix X-Ray Fluorescence) and ASTM D5453 (Ultraviolet Fluorescence).
As a company that moves in the field Oil & Gas Laboratory Testing Services, PT Hidea Core supports the need for analysis and characterization of petroleum products through laboratory testing. The sulfur content check became an important part in supporting quality control activities, evaluation product specifications, as well as technical analysis needs in the oil and gas industry.
Sulfur Analysis excellence for Oil & Gas Industries
For companies that move in the petroleum sector, the information about sulfur is required to evaluate the quality of raw materials and final products. Sulfur Testing services provide an important number of benefits to industrial operations, among other things:
- Petroleum Quality Control
Determines total sulfur content in oil crudes and petroleum products as part of quality checking as well as product characterization. - Product Specification
Provides analysis data to help evaluate sulfur content for product specifications, industrial standards, and customer requirements. - Refinery Process Evaluation
Giving information about sulfur content in petroleum raw materials that can be used as data supporting the evaluation of process processing and desulfurization needs. - Environmental and Emission Considerations
Support fuel quality evaluation of sulfur related content associated with the potential sulphur opides (SOX) during the burning process. - Quality Asurance & Quality Control (QA / QC)
Support quality control programs through laboratory testing which use analysis methods according to the characteristics of samples and the purpose of examination.
Sulfur Testing Parameters Specification
The testing of the Sulfur Analysis was intended to determine the total content of sulfur in a variety of petroleum samples. Test results are generally specified in mg / kg (ppm) or mass percent (% m / m), depending on the method and need to report.
Here are the main parameters related to sulfur testing:
| Testing Parameters | Analysis Method | Units |
|---|---|---|
| Total Sulfur Content | ASTM D4294 | mg / kg or% m / m |
| Total Sulfur Content | ASTM D5453 | mg / kg or% m / m |
Sulfur Testing Method based on ASTM
In petroleum analysis, there are several standard methods used to determine total sulfur content. Two many methods are used:
- ASTM D4294 - Energy Disqualified X-Ray Fluorescence (EDXRF)
This method uses the fluorescent principle of soap-X to determine the content of sulfur in the petroleum sample. EDXRF techniques allow a relatively fast measurement with minimal sample preparation. This method can be used for various petroleum products, including cruise oil, diesel, gasoline, kerosene, fuel oil, and lubricating oil bases according to standard scope. - ASTM D5453 - Ultraviolet Fluorescence (UVF)
This method determines the content of sulfur through sample burning to convert sulfur compounds into sulfur dioxide. Gas formed later analyzed using ultraviolet detection fluorescence. This method is widely used for sulfur analysis on light hydrocarbons, gasoline, diesel, biodiesel, jet fuel, and other petroleum products to suit standard scope.
These two methods have different working principles and applications characteristics. The method selection needs to consider the type of samples, the estimated sulfur concentration, the sample matrix, as well as the terms of the testing specification.
Sulfur Analysis Application Scope
The testing of Sulfur Analysis has an important role in various industrial activities associated with production, processing, distribution and control of the quality of petroleum. Some kind of sample that's relevant to sulfur analysis covers:
- Crude Oil - Determines total sulfur content as part of the raw oil characterization and the quality evaluation of raw materials refinery.
- Diesel Fuel - Support sulfur content tests in diesel fuels for quality control needs and evaluation product specifications.
- Gasoline - evaluating sulfur content in gasoline fuel as part of a quality check for petroleum products.
- Fuel Oil & Bunker Fuel - Provides sulfur content data for characterization needs and evaluate fuel specifications.
- Aviation Fuel / Jet Fuel - Supports the sulfur content inspection in flight fuel.
- Biodiesel & FAME - Determines sulfur content in the alternative fuel-based triangles for product quality evaluation requirements.
In addition to the total sulphur testing, a more specific analysis need can also involve Sulfur Speciation, which is identification and characterization of the kind of sulfur compound in samples using special analysis techniques such as Gas Chromatography with Sulfur Chemicity Detectors (GC-SCD).
Sulfur Analysis Service at the Power Hidea PT
PT Hidea Core is a company that moves in Oil & Gas Laboratory Testing Services, with focus on testing fuel, lubricant, crude oil, and petrochemical products.
The need for Sulfur Analysis is an important part in the characterization of petroleum products to support quality checks, evaluation specs, and industrial technical needs. For the need to test the content of sulfur on the oil crudes, diesel, gasoline, fuel oil, as well as other petroleum products, sample types, parameters, analysis methods, and technical requirements can be consulted with our lab teams.
PT Hidea Core - Oil & Gas Laboratory Testing Services
High Idoas. Solution.
Website: https: / / hidea.id
Email: labservices@hidea.id
Phone / WhatsApp: + 62 8777-6494-5736
Area Industries and Tekno Park, Block J1. 18, BSD, South Attack, Banten 15312.
