Oil & Gas Laboratory

The primary applications of transformer oil testing include Condition Monitoring, Fault Diagnosis, Maintenance Planning, and Regulatory Compliance.

ETLCO's capabilities include a variety of transformer oil tests, with some of the most common being Acid Number, Dielectric Breakdown Voltage, Dissolved Gas Analysis, Dielectric Dissipation Factor, Interfacial Tension, Copper Corrosion, Specific Resistance, Oxidation Stability, Furans by HPLC, Density, Color, DBPC, Flash & Fire Points, Rust Prevention, Pour Point, Sulfur, Viscosity, Water Content and many more…

Crude oil testing and analysis play a critical role in guiding downstream decisions and assessing the compatibility of crude oil feedstocks for specific refinery operations. These tests provide valuable insights into potential issues related to quality, safety, production efficiency, and yield optimization, ensuring smooth and effective refinery processes.

ETLCO offers comprehensive testing services for crude oil and heavy fuel oil, including the evaluation of ash content, Asphaltenes, Carbon Residue, Copper Strip Test, Density, API Gravity, Electrical Conductivity, Elemental Analysis, Flash & Fire Points, Gum Content, Heating Value, Kinematic Viscosity, Mercaptan Sulfur, Pour Point, Reid Vapor Pressure, Salts in Crude Oil, Saybolt Viscosity, Sediments, Sulfur by ED-XRF, Total Acid Number, Water Content, Water & Sediments and many more…

These testing methods are essential for characterizing the properties and quality of crude oil, facilitating its proper handling, refining, and application across industries such as petroleum refining, petrochemicals, and energy production.

Petrol and light fuel testing applications involve analyzing the quality and performance characteristics of petroleum products and other light fuels. It evaluates combustion efficiency, energy content, and emissions profile and determines suitability for specific engines or industrial uses to ensure Regulatory Compliance. ETLCO offers quality testing services for petrol, naphtha, and light distillates, covering parameters such as density and relative density & API Gravity, Detailed Hydrocarbon Analysis, Distillation, Electrical Conductivity, Flash & Fire Points, Gum Content, Mercaptan Sulfur, Octane Number, Oxygenates, Sulfur by ED-XRF, Water and Sediments, Water by Karl Fisher and many more…

Testing of Refinery and Natural gas is to ensure the quality, safety, and efficiency of operations in refineries and natural gas facilities. These applications typically involve Quality Control, Performance Monitoring, Safety, and Environmental Compliance.

ETLCO offers gas analysis including Natural gas analysis, Reformed Gas Analysis, Sulfur Compounds, Gaseous Fuels, Hydrocarbon & Non-Hydrocarbon Gases, Hydrocarbon in Petroleum Gases, etc.

Lubricating grease is a solid or semi-solid lubricant composed of three primary components: base oil, thickener, and additives. These components play a critical role in determining the performance and behavior of the grease in various applications.

Base Oil Analysis: The base oil, typically mineral or vegetable oil, serves as the primary lubricating medium. Testing ensures its quality and compatibility with specific applications, influencing the grease's ability to reduce friction and wear effectively.

Thickener Evaluation: The thickener acts as a sponge, holding the base oil and additives in place. Testing methods assess its structure and stability to ensure the grease remains effective under varying temperatures and mechanical stresses.

Additive Performance Testing: Additives enhance the grease's performance by providing properties like oxidation resistance, corrosion protection, and anti-wear capabilities. Testing determines the effectiveness and compatibility of these additives within the grease formulation.

Grease Consistency Testing: Parameters like cone penetration are evaluated to measure the consistency of the grease, ensuring it meets the specific needs of the equipment and operational conditions.

Thermal and Oxidation Stability: Testing methods assess the grease's ability to perform under high temperatures and resist degradation over time, which is critical for maintaining long-term equipment efficiency.

ETLCO's capabilities for lubricant grease analysis include cone penetration testing, Copper Corrosion, Dropping Point, Grease Worker, Oil Separation, Oxidation Stability, Ruler (Linear Sweep Voltammetry), and many more as required.

Asphalt testing refers to a set of procedures and analyses that are conducted to determine the physical properties and performance characteristics of asphalt materials. Asphalt is a petroleum-based material commonly used in the construction of roads, parking lots, and other paved surfaces. Bitumen testing and asphalt testing are closely related, as bitumen is the main component of asphalt. Bitumen testing typically focuses on determining the physical properties and chemical composition of the bitumen itself. In the field of asphalt and bitumen testing, ETLCO offers analysis of key parameters, including cone penetration, Distillation of Cutback Asphalt, Dropping Point, Electrical Conductivity, Flash Point, Mercaptan Sulfur, Saybolt Viscosity, Softening Point in Bitumen, Solubility in Trichloroethylene and many more to meet the client-specific demand.

Coolant testing applications are designed to analyze the condition and performance of coolants used in various systems, such as automotive engines, industrial machinery, or HVAC systems. The goal is to ensure the coolant is effective in heat transfer, corrosion prevention, and freezing or boiling point regulation.

ETLCO has full capabilities in coolant testing, with specific tests conducted to examine properties such as appearance, color, freezing point, pH, conductivity, boiling point, and many more.