Courses & Training
Hydrafact is currently working with Heriot-Watt University to promote the training courses it offers to the oil and gas industry.
Details and dates for courses currently on offer are given below. Enquiries regarding courses can be directed to Sid Chadha (sid.chadha@hydrfact.com, +44 (0)131 451 3798).
Advanced Flow Assurance and Gas Hydrates |
Advanced Flow Assurance and Gas Hydrates
Audience Petroleum, production, process and drilling engineers Prerequisites Previous basic knowledge of hydrates is necessary. Operational experience in drilling, production or process engineering would be useful. Course Legnth: 5 Days Cost: £1,425 + VAT per person Course Details The course focuses on the practical aspects of Flow Assurance and Gas Hydrates, covering: hydrate formation conditions, inhibitor design strategies, the application of thermodynamic and low dosage hydrate inhibitors, and hydrate blockage removal techniques. Particular emphasis is placed on predicting gas hydrate formation conditions for different production scenarios and the design of appropriate hydrate prevention strategies. The importance of laboratory techniques and protocols for evaluation of the performance of thermodynamic and low dosage hydrate inhibitors (LDHIs) will be discussed. Some practical methods for estimating the hydrate stability zone and the effect of salts and organic inhibitors will be detailed. The course will conclude with several case studies. Participants will visit the hydrate laboratory (only in Edinburgh). The application of computer models and empirical techniques in tutorial sessions will provide further hands on experience. Course Content
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Petroleum Engineering for Other Disciplines |
Petroleum Engineering for Other Disciplines
Audience All staff with non-petroleum engineering degree. Prerequisites Degree in science or engineering is desirable. Course Legnth: 5 Days Cost: £1,425 + VAT per person Course Details The course is intended for staff with a non-petroleum engineering degree working in Petroleum Industry. The course will address the story of oil from its origin to the end users. The objective is to provide an overview of the fundamental operations in exploration, drilling, production, processing, transportation, and refining of oil and gas. Course Content
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PVT and Phase Behaviour of Reservoir Fluids
- Summary
- Details
- Course Content
PVT and Phase Behaviour of Reservoir Fluids
- Course Instructor: Prof. Bahman Tohidi
- Course Dates: to be confirmed.
- Registration Deadline: 1to be confirmed.
Audience
Reservoir and production engineers, those involved in reservoir fluid sampling, testing and modelling.
Prerequisites
Petroleum engineering background or some experience in measurements and modelling of reservoir fluid properties.
Course Legnth: 5 Days
Cost: £1,425 + VAT per person
Course Details
To assist in the development and application of reservoir fluid information in reservoir studies, production operation and recovery processes.
Course Content
Fundamentals
- Reservoir fluid composition
- Basic concepts of phase behaviour
- Classification of reservoir fluids
- Fluid Sampling
- Well stabilisation, and optimum production rate
- Multi-phase sampling
- Oil based mud filtrate contamination sample evaluation and adjustment
- compositional grading
PVT Tests and Correlations
- Compositional analysis by gas chromatography and distillation
- Conventional PVT tests
- Gas recycling, well inflow, pressure build-up, and gas injection tests
- PVT report, its evaluation, and data processing
- Application of PVT test results
- Determination of PVT properties using black oil correlations
PVT Analysis by Compositional Methods
- Empirical equilibrium ratio correlations and their application
- Phase behaviour modelling by equation of state
- Simulation of PVT tests and data generation using fluid composition
- Evaluation of PVT experimental data using compositional models
Applications in Reservoir Simulation
- Pseudo components and grouping
- Optimum fluid characterisation for compositional reservoir simulation
- Tuning of equation of state and data requirement
- Measurement and prediction of interfacial tension
- Viscosity correlations and prediction by compositional methods
- Gas injection and multi-contact miscibility


