Metal Content Analysis on Petroleum Products - PT Power Hidea
The accuracy and control of quality is an important aspect in the Oil & Gas industry, especially in production, processing, as well as monitoring the quality of petroleum products. One of the parameters that need to be noticed is the Metal Content or the metal content in the sample. The existence of the metal element, both as natural and contaminant components, can affect the characteristics of the product, the performance of equipment, the processing process, as well as the quality of the final product.
Through the service of Metal Content Analysis, PT Hidea Core supports laboratory testing needs for various kinds of industrial samples, covering crudes of oil, fuel, lubricating oil, biofuel, water and chemistry. Metal content analysis gives information about specific concentration elements in samples that can be used as data support quality control, contamination evaluation, as well as monitoring the industrial conditions.
Metal Extensive Analysis for Oil & Gas Industries
For the petroleum industry, manufacturing, energy, or petrochemical, the information about metal content is an important part of ensuring the quality of raw materials and products. Testing Metal Content It helps identify the existence of a metal element that can affect the characteristics of samples and operational processes.
Some of the major benefits of the Metal Content testing include:
- Metal Identification and Contamination
Determines the concentration of metal elements in samples to help identify the nature and potential contamination during the production, storage and distribution process. - Petroleum Products Quality Control
Supports the quality evaluation of the oil, fuel, and lubricating oil through monitoring metal elements that can affect the characteristics and equilibrium of products against operational needs. - Monitoring Wear Metals on Lubricating Oil.
Element analysis like iron, copper, chromium and nickels can be used as support data in monitoring engine components and evaluation conditions during use. - Crude Oil Quality Evaluation and Refinery Process
The testing of elements like nickels and vanadium can help evaluate the characteristics of oil crudes as well as the potential metallic impacts against processing and catalyst activity in the refinery. - Biofuel, Water and Chemical Analysis Support
Metal obsolescence testing can be used to evaluate purity, contamination, and the characteristics of elements in various matrix samples as per the industry needs.
Metal Test Parameters Specification Content hidea.id
As part of the petroleum and chemical analysis service, the Metal Content testing was done to determine the concentration of the metal elements in the sample. The analysed type of elements can be adjusted to the characteristics of the sample, purpose of testing, as well as the method of analysis used.
Here's an example of a metal element that's common to the target analysis:
| Metal Element Parameters | Description / Application |
|---|---|
| Iron (Fe) | Monitoring iron contamination and component autosave indications |
| Nickel. | The characterization of oil crudes and monitoring metal elements in petroleum |
| Vanadium (V) | Evaluate metal content in oil crudes and residual fuel |
| Copper (Cu) | The monitoring of copper contamination and wear metal on lubricant |
| Chromium (Cr) | The evaluation of the metal contamination and the acidification indication of the material |
| Lead (Pb) | Lead content monitoring in petroleum and chemical samples |
| Zinc (Zn) | Evaluation of zinc elements, including lubricant formulation |
| Calcium (Ca) | Identification of calcium elements that can come from additive or contaminant |
| Magnesium (Mg) | Magnesium content evaluation in petroleum samples and related products |
| Sodium (Na) | Sodium content monitoring as a contamination indicator or salt content |
Analysed elements, detection boundaries, reporting units, and testing methods rely on sample types and analysis needs. The test results can generally be specified in mg / kg, ppm, or ppb by method and concentration elements are measured.
Sample Type for Metal Content Testing
Metal obsolescence tests can be applied to any type of sample used in oil & gas and petrochemical industries. Each matrix has different characteristics so preparation and analysis methods need to be adjusted.
- Crude Oil - Metal content analyses like nickels, vanadium, and iron to support crude oil characterization and reevaluation need process refinery.
- Fuel and Oil - Testing metal elements to help evaluate contamination and quality characteristics of fuel.
- Lubricating Oil - Analysis wear metaphors and additive elements to support monitoring the lubricant state as well as the performance evaluation of equipment.
- Biofuel and Biodiesel - The testing of metal content to help evaluate purity, contamination, and the characteristics of bio-fuel products.
- Water - Analysis of the concentrated metal content as well as total metals as necessary sample preparation and test methods.
- Chemical and Petroleum Addents - Testing the metal element to support the evaluation of composition, quality, and potential contamination of industrial chemicals.
Metal Content Analysis Method
The selection of the analysis method is an important factor in getting tested results that correspond to the characteristic samples and the concentration of targeted elements. Some of the techniques that are commonly used in analysis of metal content include:
- ICP-OES (Inducious Coupled Plasma - Optical Emission Spectrometry) - Element analysis techniques based on light emissions from atoms or ions that are excited in plasma. This method can be used for multielement analysis on different types of samples after appropriate preparations.
- ICP-MS (Inducious Coupled Plasma - Mass Spectrometry) - Element analysis techniques based on mass ratio against ion loads. This method has high sensitivity and can be used for element analysis at very low concentration.
- AAS (Atomic Absorption Spectroscopy) - Analytic techniques based on absorption of radiation by atoms are free of certain elements. This method is used to determine the concentration of metallic elements based on the characteristics of each element.
- XRF (X-Ray Fluorescence) - The analysis techniques are based on fluorescence of the x-rays generated by the elements in the samples. The selection of methods and preparations depends on the type of material and concentration elements to be analyzed.
The standard testing used must be adjusted to the type of samples, the target elements, the analysis techniques, and the scope of the method. Some of the standard ASTM's are relevant among other ASTM D5185 for multielements on lubricating oil, ASTM D5708 for certain elements analysis on crudes of oil and residual fuels, as well as ASTM D5863 for nickel, vanadium, and irons on crudes oil and residual fuels.
Power Hidea Metal Analysis Service
As the lab focuses on the Oil & Gas sector and petroleum analysis, PT Hidea Core supports laboratory testing needs for various samples of petroleum and chemical. Metal Content analysis services can be consulted according to need parameters, sample types, as well as test purposes.
For metal content analysis on the oil crude, fuel, lubricating oil, biofuel, water, or chemical lab, please contact the power to acquire information about the availability of the method, the volume needs of samples, the time of labor, and the price offering.
PT Hidea Core
High Idoas. Solution.
The area of Industrial and Tekno Park, 18 Block J1, BSD, Kel.
Email: labservices@hidea.id
WhatsApp: + 62 877-6494-5736
