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Advanced Crude Oil Analysis, Gas Analysis & Water Analysis for Drinking

Dates	Venues	Register
26/07/2026 - 30/07/2026	AMMAN

Advanced Crude Oil Analysis, Gas Analysis & Water Analysis for Drinking

Course Modules

Module 1: Advanced Sampling Techniques (Oil, Gas, Water)

Principles of Representative Sampling: Techniques for manual and automatic sampling from pressurized systems.
Contamination Control: Minimizing contamination in pressurized systems and handling hazardous samples.
Safety and Regulations: Sampling procedures for H2S, condensate, and water.

Module 2: Advanced Crude Oil Analysis & Evaluation

Physical Properties Testing: Density, kinematic viscosity, cloud point, and pour point.
Chemical Composition Analysis: Sulfur content, carbon residue, wax content, and SARA analysis (Saturates, Aromatics, Resins, Asphaltenes).
Detailed Crude Assay: Interpretation of ASTM distillation tests and component analysis (\(C_3 - C_{120}\)).
Quality Assessment: Troubleshooting, data interpretation, and custody transfer procedures.

Module 3: Natural Gas & Liquid Gas Analysis

Gas Chromatography (GC): Configuration, calibration, and ASTM D1945 standard for natural gas composition.
Contaminant Analysis: Detection of \(H_{2}S\), \(\text{CO}_{2}\), moisture, and oxygen.
Physical Properties: Calculation of calorific value, specific gravity, and compressibility factors.
Measurement Technologies: Orifice, Turbine, Ultrasonic, and Coriolis meters.

Module 4: Water Analysis for Drinking & Process Usage

Regulatory Framework: Understanding EPA drinking water standards and safety regulations.
Physicochemical Analysis: Advanced techniques for pH, electrical conductivity, TDS, and turbidity.
Chemical Contaminants: Analysis of metals (ICP-OES), fluoride, nitrate, and phenols.
Microbial Analysis: Testing for bacteria and coliforms.

Module 5: Laboratory Quality Management & Data Integrity

ISO 17025 Standards: Implementing Quality Management Systems in oil & gas labs.
Method Validation & Calibration: Ensuring precision, accuracy, and troubleshooting analytical methods.
Uncertainty Estimation: Statistical methods for reporting reliable analytical data.

Learning Outcomes

By the end of this course, participants will be able to:

Obtain representative samples of crude oil, natural gas, and water under high-pressure conditions.
Operate GC and laboratory instruments for comprehensive oil and gas assays.
Validate drinking water quality based on chemical and microbial contamination testing.
Interpret assay data for valuation and processing.

Target Audience