Used Cooking Oil Evaluation
The default material quality is one of the most important factors in the process of utilization Used Cooking Oil (UCO) Or obscenity oil, especially for biofuel and biodiesel industries. Through laboratory testing, the physical and chemical characteristics of oil can be evaluated to know the degree of degradation, the burden of the toters, as well as the consistency with the need for further processing.
PT Hidea Core came up with lab analysis service to support oil characterization and petroleum products, including the relevant parameter testing for evaluation. Used Cooking Oil. With the support of appropriate analysis methods and controlled sample handling, test results can be the basis of technical decision making in the selection of raw materials, quality control, as well as development of biofuel production processes.
Used Cooking Oil Analysis for Biofuel Industries
Testing Used Cooking Oil Analysis An important role in ensuring the characteristic of obscenity oil before being used as a raw ingredient in the production of biodiesel. Lab analysis gives technical information about the oil conditions, so the potential obstacles during processing can be identified earlier.
Some of the main benefits of testing Used Cooking Oil covering:
- Evaluation Free Fatty Acid (FFA) and Acid Value
Knowing the content of free fat acid and acidity levels of oil. This parameter is essential to evaluating the need for pretreatment process, especially on raw materials with high FFA content. - Air Admin Identification (Moisture Content)
Determines the water levels in the oil samples. Water content needs to be controlled because it can affect processing reactions and biodiesel quality products. - Evaluate Oil Oxygen Level
Testing Peroxide Value can be used to identify primary oxidation products that are formed during use and storage of oil. - Physical and Chemical characterization
Giving off the characteristics of oil through parameters such as density, viscosity, iodine numbers, and the composition of fat acid as necessary analysis. - Biodiesel Default Selection Support
Analytic data can be used as a quality evaluation and consistency material before entering the biodiesel production stage.
Testing Parameters Used Cooking Oil
To get the characteristic picture Used Cooking Oil Overall, testing can include some physical and chemical parameters. The testing type is adjusted to the purpose of analysis, the condition of samples, as well as the user's technical needs.
| Testing Parameters | Analysis Function |
|---|---|
| Free Fatty Acid (FFA) | Determines the level of fat acid free in oil. |
| Acid Value | Measure the base number it takes to neutralize the acid components in the oil sample. |
| Moisture Content | Set the water content in the sample. |
| Peroxide Value | Evaluate primary oxidation levels on oil. |
| Iodine Value | Indicates an oil deprivation based on iodine binding capabilities. |
| Saponification Value | Measure the alkali needs for the accumulation process of oil. |
| Density | Determines the mass of oil types at a specific test temperature. |
| Kinematic Vistolity | Measure the characteristics of the oil flow at a certain temperature. |
| Fatty Acid Profile | Identify the fat acid composition in the oil samples. |
Test and Analysis Method
Enforcement Used Cooking Oil Analysis It can refer to a standard international method relevant to characteristics and testing purposes. Method selection considers sample types, range of measurements, as well as user specific needs.
Some methods that can be explained among others:
- Acid Value - ISO 660 / AOCS Cd 3d-63
Used to determine the value of acid on oil and fat through the method of the titration. - Moisture Content - Karl Fischer Titration
Used to determine the water levels in the oil samples by Karl Fischer's attrition method. - Peroxide Value - ISO 3960 / AOCS Cd 8b-90
Used to evaluate peroxide content as a primary oxidation indicator. - Iodine Value - ISO 3961
It's used to determine levels of oil and fat impairment. - Saponification Value - ISO 3657
Used to determine the value of hoarding on oil and fat samples. - Fatty Acid Profile - ISO 12966 Series
Used for the analysis of fatty acid composition, generally through the preparation of methyl trists and chromatography analysis of gas.
The selection of parameters and testing methods can be adjusted to the need of raw material characterization as well as the evaluation of biodiesel production processes. Need to be aware that the standard testing for consumption oil does not automatically become standard biodiesel raw materials. The acceptance criteria must still refer to the default material specifications and the process requirements used by each industry.
Power Hidea Oil Analysis Service
As the lab focuses on the Oil & Gas sector and analysis of energy products, PT Hidea Core It supports the need for testing and characterization of oil samples for various industrial needs. Analysis data Used Cooking Oil It can be used as part of a quality evaluation of raw materials, development of processing processes, as well as the technical needs of biofuel and biodiesel industries.
For more information about the availability of parameters, test methods, the volume needs samples, as well as the price offering, please contact our lab teams.
PT Hidea Core
High Idoas. Solution.
The industrial area and the Tekno Park warehouse, 18 J1 Block, BSD, South Attack, Banten 15312
Email: labservices@hidea.id
WhatsApp: + 62 877-6494-5736
