Deep Desulfurization of Production of Clean (Ultra Low Sulfur) Transportation Fuels
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About the Course
The main objective of this course is to present in an easy understandable way the process description, unit design, and basic engineering calculations for three field processes: i-separation of oil, gas and water, ii-desalting of crude oil and iii-dehydration of natural gas. Information presented in this course will be useful in optimum design and operation of units involved in these oilfield processes with environmental and economic considerations.
Who Should Attend
This course is intended for:
- Chemical and process engineers
- Petroleum and reservoir engineers
- Engineers, scientists, geologists, operators and computer programmers working within the petroleum industries and research centers especially in the oil/gas production fields and midstream sector as well as refineries.
- Managers and professionals working in environmental / government organizations and oil and gas research centers.
ASTM Standards Referenced
MNL73, MNL58, MNL50 and some ASTM-D test methods will be used in this course.
Relevant ASTM test methods that will be cited are:
D6470, D6304, D4006, D95, D4928, D97, D2887, D6377, D4807, D665, D2650, D3279, D7996, D3921, D2688, D4810, D2622, D5863, D86, D1160, D1293.
Topics covered during this course include:
- Brief introduction to oil and gas production techniques
- Typical oilfield processing
- Separation processes
- Characterization and properties of crude oil and natural gas
- Phase behavior of oil and gas
- Thermodynamic models and fluid packages
- Separation of oil and gas and water (2 and 3 phase separation)
- Types of separators
- Design and operation of separators
- Water treatment, separation of oil and water
- Decanters, horizontal, vertical and electric treaters
- Treaters design and operation
- Use of emulsifiers in oil-water separation
- Crude desalting unit
- Recovery and separation of natural gas liquids
- Use of liquid desiccants in gas dehydration – glycol dehydrators
- Fluid flow and storage tanks
- Associated problems: asphaltene/hydrate/scale/wax precipitation and its mitigation, flow assurance related issues
- Environmental impacts and emissions
- Practices with a computer software in excel
- Summary and concluding remarks