HIDEA

Comprehensive Petroleum & Gas Testing Laboratory

About us

Hidea, founded in 2015, stands for High Ideas, meaning our services are derived from our own research and development, our ideas and imagination, transformed into solutions to your problems. Our founders and team have worked in multinational companies for over 20 years.

Laboratory Analysis Services

We serve a wide range of testing needs, from gas composition to environmental monitoring:

Gas Composition Analysis

Natural Gas, LNG & LPG analysis to ensure quality and security of supply.

Crude Oil Analysis

Crude oil & feedstock testing for oil characterization data.

Fuel Oil Analysis

Evaluation of fuel quality (diesel, gasoline, biofuel) according to international standards.

Lube Oil Analysis

Analysis of lubricating oil (base oil & formulated) to optimize engine performance.

Sampling and On-site Analysis

Field sampling (gas, crude oil, condensate) plus rapid analysis.

Online Monitoring

Water and air quality monitoring for regulatory compliance and environmental impact.

Chemical Screening

Screening of critical chemicals in production, piping and storage.

Crude Oil Assay

Specific tests on crude oil for refinery design and refining process optimization.

Partner & Consument

FAQ About Technical Resources

Petroleum testing is a series of laboratory analyses conducted to determine the physical and chemical properties of petroleum and its derivatives. Through this testing, various quality parameters can be identified to ensure the product meets industry and regulatory requirements.

Petroleum testing is crucial because it determines whether a product is safe, efficient, and suitable for use. Without testing, fuels or lubricants risk technical problems such as engine damage, environmental pollution, and even potential workplace accidents. Furthermore, test results serve as the basis for business transactions, particularly in the trade of crude oil and finished products.

Petroleum testing services are needed by a wide range of sectors, from oil and gas companies and transportation providers to manufacturing industries and government agencies. Even heavy equipment owners, power plants, and ship operators require test results to ensure the fuels and lubricants they use meet applicable standards.

Petroleum testing is conducted based on international and national standards. ASTM (American Society for Testing and Materials) is the most common reference, followed by ISO and SNI. By adhering to these standards, test results are globally accepted and legally valid if required.

Yes, testing laboratories are generally capable of testing various types of oil, from crude oil, gasoline, diesel, aviation fuel, to lubricants. However, each sample type requires specific treatment, both in the submission process and in the testing method. Therefore, information regarding the oil type must be clearly communicated from the outset so the laboratory can prepare the appropriate method.

Petroleum samples must be submitted in tightly closed, chemical-resistant containers that must not be contaminated. The sender must also include a delivery form containing company information, sample type, requested test parameters, and a contact person for communication of test results.

Each testing method requires a specific volume. Some tests require 100 mL of sample, while others, such as distillation, can require up to 1 liter. For efficiency, laboratories typically provide a list of minimum volume requirements to ensure that submitters are not short of sample during testing.

Petroleum samples should be packaged in corrosion-resistant glass or metal bottles, tightly closed, and sealed. Packaging should prevent leakage and evaporation, and, if necessary, certain samples can be kept refrigerated to maintain their original properties.

Sample labels should contain basic information such as the sample identification code, oil type, collection date, and company name. This information is crucial to avoid errors in the testing process, especially if the laboratory receives multiple samples from different clients simultaneously.

Some test parameters can change if samples are stored for too long. For example, moisture content or flash point can be affected by evaporation or contamination. Therefore, ideally, petroleum samples should be submitted as soon as possible after collection or stored under conditions recommended by the laboratory.

The time required depends largely on the type of test. Simple analyses like density or viscosity can be completed in a matter of hours, while more complex tests like sulfur content, TAN, or distillation may take several days. Typically, laboratories provide an estimated time upfront.

Test results reports typically take the form of official documents containing sample identification, the parameters tested, the test method used, the analysis results, and the reference standards used. These reports can be provided in printed or digital formats, depending on the client's needs.

Yes, test results issued by accredited laboratories can be used as legal documents, both to meet government regulatory requirements and for business purposes. This is especially true for products traded internationally.

If test results indicate that a sample does not meet standards, the laboratory will simply provide objective data without making any changes. However, the client can request retesting with a new sample or consult about the possible causes of the nonconformity so that improvements can be made to the production or storage process.

Test results published by the laboratory are confidential and will only be provided to authorized parties, namely the sample sender or an authorized designee. Data will not be shared with third parties without the written permission of the sample owner, ensuring confidentiality.

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