D86 ASTM Analysis for Petroleum Products
The characteristic distillation is one of the most important parameters in determining the quality and performance of the petroleum product. Through the Synchronization Analysis, the Oil & Gas industry can evaluate volatile characteristics and the range of boiling points (binding range) from various fuel products. These tests are important in quality control, evaluate product specifications, as well as monitoring the quality consistency of petroleum products.
PT Hidea Core Provides lab testing and consulting services for the need for petroleum products and fuel analysis. One of the relevant methods for the characteristic evaluation of distillation is ASTM D86 - Standard Test Method for Dynallations of Petroleum Products and Liquid Fuels at Atmospheric Pressure. This method was used to determine the characteristic distillation of the petroleum product through the warming process and measurement of the steam temperature that is forming at the pressure conditions of the atmosphere.
The quality of Ditillation Analysis for Oil & Gas Industries
For the oil treatment industry, fuel producers, and the petroleum products distribution companies, the dismissal testing analysis provides important information about product characteristics. Testing based on ASTM D86 can support some of the following needs:
- Fuel Quality Control
Evaluating volatile characteristics and scaling range of fuel points to help ensure the quality consistency of the product according to the specified specification. - Product Specification
Support check for quality characteristic distillation against standard products, technical specs, and commercial contract requirements. - Refinery Process Evaluation
Giving information about the distribution of components based on the characteristic of the boiling point that can be used as one of the support parameters of the petroleum processing process. - Fuel Performance Evaluation
The characteristic distillation can affect the evaporation, burning, starting, and fuel performance in its use. - Quality Asurance & Quality Control (QA / QC)
Provides analytical data to support fuel quality checking, monitoring product consistency, and production evaluation.
Parameters Testing Syntax Analysis ASTM D86
Method ASTM D86 used to determine characteristic distillation of petroleum products and liquid fuel at atmospheric pressure. The test results generally describe the relationship between the steam temperature and the volume of distirement obtained during the testing process.
Some important parameters that can be evaluated include:
| Testing Parameters | Description |
|---|---|
| Initial Boiling Point (IBP) | Temperature when the first drip of the distal began to be condensed and obtained on testing process. |
| Temperature at 10% | The temperature is vapor when the accumulated volume is 10% of the volume of the original sample. |
| Temperature at 50% Recovered | The temperature is vapor when the accumulated volume is 50% of the volume of the original sample. |
| Temperature at 90% Recovered | The temperature is vapor when the accumulated volume of distilate is 90% of the volume of the original sample. |
| Temperature at 95% Recode | The temperature is steam when the accumulated volume is 95% of the original sample volume, if relevant to reporting. |
| Final Boiling Point (FBP) / End Point | Maximum steam temperature recorded during the distillation process according to the method provisions. |
| Reavery | Percentage of the volume distilate that was successfully obtained during the testing process. |
| Regidue | Percentage of the volume residue left in the pumpkin distillation after testing. |
| System | Percentage lost volume of samples during testing. |
The reported parameters can depend on the types of products, the terms of methods, as well as the requested testing specs.
System Testing Method ASTM D86
The test of D86 Synthetic Analysis based on ASTM done using the principle distillation batch on atmospheric pressure. Petroleum samples are heated in distillation pumpkins to components that have certain volatile characteristics beginning to evaporate.
The steam is formed then transitioned through the condenser to cool it back into liquid, and it's repended as a discipline. During the process, the vapor temperature and volume were recorded to produce the characteristic profile of the sample distillation.
Temperature data against the next volume of distilat is used to evaluate the characteristic range of points overriding the petroleum product. It can give us an idea of the distribution of components based on the volatile.
Synthetic Application Scope Space
Testing ASTM D86 Synchllation It can be applied to different types of petroleum products and liquid fuels that are included in the scope of methods, among other things:
- Gasoline - Evaluation of volatile characteristics and gas-boiling point range to support fuel quality control.
- Diesel Fuel - Evaluate the characteristic of diesel fuel distillation as part of the quality check and match product specifications.
- Aviation Turbine Fuel. - Checks the characteristics of flight fuel distillation to support product quality evaluations.
- Kerosene - Evaluation range of boiling points and the characteristic of kerosene volatile.
- Naphtha - Analysis of the characteristic distillation fraction of the petroleum lightly as part of a quality evaluation of products and processing process.
- Biodiesel Blends - Evaluate characteristic distillation of biodiesel fuel and petroleum diesel according to method scope.
The selection of test methods needs to consider the characteristics of the sample. ASTM D86 is not intended for all kinds of petroleum products, particularly products containing significant residue material. For products with such characteristics, alternative testing methods can be considered based on the need of analysis.
System Analysis Services at Power Hidea PT
As a lab focused on oil & gas industrial testing services, PT Hidea Core supports the needs of petroleum products through service labs, technical counseling, and testing the characteristics of fuel.
For the D86 Synthesis Analysis need, please contact our lab team to confirm sample types, testing parameters, method availability, and technical requirements before testing are done.
With the support of laboratory competence and quality management systems that refer to the ISO / IEC standard 17025, Hidea is committed to providing analysis services that prefer accuracy, consistency, and reliability of data to support industry needs.
PT Hidea Core
The industrial area and the Tekno Park warehouse, 18 J1 Block, BSD, South Attack, Banten 15312
Email: labservices@hidea.id
Phone / WhatsApp: + 62 8777-6494-5736
High Idoas. Solution.
