HYDROCARBON CONDITIONING AND PROCESSING

  • June 1, 2020 - June 12, 2020
    8:00 am - 5:00 pm

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Buy Xanax Mexico Online This course is designed to provide a complete and up-to-date overview of the concepts and techniques that govern hydrocarbon conditioning and processing. It also presents practical workflows for selection and specification; engineering analysis and design data; engineering analysis and design methods; construction; operations; inspection; maintenance and repairs; cost estimation of process equipment in hydrocarbon conditioning and processing plants using case studies to highlight the topics discussed. The course will be supplemented by practical class-based project example problems, group exercises and interactive group discussion designed to consolidate and reinforce learning, and identify and offer solutions to specific problems associated with hydrocarbon conditioning and processing plants. In addition to the core case studies built specifically to drive home the techniques and tools taught during the training sessions, other cases will be drawn from hydrocarbon conditioning and processing plants value chain as the workshop proceeds.

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http://ashfieldguesthouse.co.uk/tan/Vcy This course is designed for professional process engineers, facility engineers, operation engineers, and asset managers

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  • Understanding of the planning, concept development, design, construction, installation, operation, inspection and maintenance of hydrocarbon conditioning and processing plants
  • Applying proper principles, procedures and techniques in the selection, design, sizing and trouble-shooting of hydrocarbon conditioning and processing plants and equipment
  • Calculating, evaluating and compiling basic process data essential for design of hydrocarbon conditioning and processing plants equipment
  • Performing evaluations of existing hydrocarbon conditioning and processing plants and equipment designs and/or retrofitting methods
  • Preparing comprehensive hydrocarbon conditioning and processing plants design specification document package
  • Preparing scoping cost estimates and conducting evaluations of hydrocarbon conditioning and processing plants equipment and contractors’ design proposals
  • Maintaining and trouble-shooting hydrocarbon conditioning and processing plants equipment, and familiarity with most updated inspection and maintenance techniques
  • Successfully applying the codes of inspection and identifying the types of preventive and recommended practices for maintenance in hydrocarbon conditioning and processing plants and equipment
  • Implementing the various methods, metrics and processes used in integrity assessment and qualification of hydrocarbon conditioning and processing plants and equipment. This will also include learning the processes involved in qualifying hydrocarbon conditioning and processing plants equipment for life extension projects, and the methods typically implemented in life extension analysis
  • Using case studies, group exercises and interactive group discussion to identify and offer solutions to specific problems associated with hydrocarbon conditioning and processing plants

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http://blu-bistro.co.uk/?page_id=813 The training course will combine lectures (30%) with workshop/work presentations (30%), interactive practical exercises and case studies (20%), supported by video material, software and general discussions (20%)

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Buy Xanax Agora http://blu-bistro.co.uk/?page_id=65 Day 1:  Introduction to Hydrocarbon Conditioning and Processing Systems    

  • Oil, gas and condensate reservoirs
  • Reservoir fluids phase behavior phenomena
  • Characterization of oil, gas and condensate
  • Thermodynamic modeling concepts and thermodynamic properties estimation
  • Integrated asset model: reservoir models, completion models, wellbore models, surface-pipeline models and surface process models
  • Hydrocarbon conditioning and processing overview
  • Needs for hydrocarbon processing & conditioning
  • Concept selection for process development
  • Preparation of block flow diagrams (BFDs)/process flow diagrams (PFDs)/piping and instrument diagrams (P & IDs)
  • Units operations and flow sheeting; handling material and energy recycles
  • Understanding interactive flow sheeting/degrees of freedom/bi-directional data propagation
  • Preparation of plant & equipment Layout
  • Materials selection
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

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  • Natural gas and condensate stabilization
  • Introduction to natural gas and condensate stabilization
  • Fundamentals of natural gas and condensate stabilization
  • Exercise on natural gas and condensate stabilization
  • Materials selection for natural gas and condensate stabilizers
  • Standards & codes for natural gas and condensate stabilization
  • Practical examples
  • Field case studies
  • Group exercises
  • Simulation elements
  • Characterization of natural gas and condensates (phase envelopes, retrograde behavior, presence of liquids, etc)
  • Hydrates – formation, prediction and inhibition
  • Gas-liquid separation
  • Gas scrubbers and slug catchers
  • Compression
  • Heat exchangers (air coolers)
  • Fractionation/column rating
  • Practical examples and field case studies
  • Group exercises

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  • Natural gas/condensates transmission
  • Water content and dew-point control
  • Hydrocarbon dew-point conditioning and NGL recovery
  • Liquid absorption
  • Solid desiccant adsorption
  • Joule-Thompson (JT) plants
  • Turbo expanders
  • Refrigeration plants
  • Propane refrigeration
  • Dehydration and glycol regeneration
  • Gas sweetening (removal of acid gases – H2S, CO2, CS2, COS, RSH, etc)
  • Practical examples and field case studies
  • Group exercises

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  • Sulphur recovery system and acid gas injection system
  • Knock out drums and flare system
  • Plant piping and pumps
  • Utilities (hot oil, etc)
  • Process controls – pressure, level, flow and temperature measurements
  • Emission and other environmental considerations
  • Practical examples and field case studies
  • Group exercises

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  • Introduction to crude oil stabilization
  • Fundamentals of crude oil stabilization
  • Exercise on crude oil stabilization
  • Materials selection for crude oil stabilizers
  • Standards & codes for crude oil stabilization
  • Practical examples on crude oil stabilizers
  • Field case studies on crude oil stabilizers
  • Group exercises on crude oil stabilizers

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  • Introduction to oil and gas separation
  • Fundamentals of separation
  • Types of separators
  • Two-phase separators
  • Three-phase separators
  • Gas scrubbers
  • Slug catchers
  • Separator internals
  • Separator controls
  • Oil/Water separator sizing & design
  • Operational problems
  • Foams
  • Paraffins
  • Sand
  • Emulsions
  • Carryover and blow-by
  • Crude oil dehydration
  • Introduction to crude oil dehydration units
  • Flocculation
  • Coalescence
  • Sedimentation
  • Heat
  • Chemicals
  • Electricity
  • Retention time
  • Free-water knock out
  • Heater treaters
  • Electrostatic treaters
  • New technology in separation
  • Exercise on oil and gas separators
  • Materials selection for crude oil separators
  • Standards & codes for crude oil separation
  • Practical examples on crude oil separators
  • Field case studies on crude oil separators
  • Group exercises on crude oil separators

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  • Overview of hydrocarbon processing and conditioning
  • Overview of process simulation procedures
  • Key steps in carrying out process simulation
  • Simulation concepts and tools
  • Coping with uncertainties in process and equipment simulation
  • Process synthesis in hydrocarbon processing and conditioning
  • Simulation tools for hydrocarbon processing and conditioning
  • Use of real-time information in closed-loop process management
  • Practical examples
  • Field case studies
  • Group exercises

Buy Xanax R039 http://ancorador.com.br/politica-privacidade Day 5: Hydrocarbon Conditioning and Processing Plant Design     

  • Hydrocarbon conditioning and processing system design concepts
  • Development of process flow diagram (PFD)
  • Development of piping and instrumentation diagram (P & ID)
  • Plant & equipment layout engineering
  • Simulations techniques and methodologies for plant and equipment design and sizing
  • Separator selection, design and sizing
  • Pipeline system selection, design and sizing
  • Hydraulic-pump system selection, design and sizing
  • Control valve selection, design and sizing
  • Safety valve selection, design and sizing
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

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  • Concepts of basic and mechanical design of process plant and equipment
  • Introduction to codes, standards and recommended practices
  • Introduction to economic balance and safety factors
  • Introduction to compressors, pumps and accessories
  • Introduction to heat exchangers
  • Fundamentals and performance evaluation of cooling towers
  • Fundamentals and performance evaluation of boilers
  • Basics of power plant engineering
  • Basics of water treatment plant
  • Fundamentals and performance evaluation of natural gas/condensates transmission
  • Fundamentals and performance evaluation of hydrocarbon dew-point conditioning and NGL recovery
  • Fundamentals and performance evaluation of dehydration and glycol regeneration
  • Fundamentals and performance evaluation of gas sweetening
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

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  • Pump types, characteristics and operations
  • Classification of pumps
  • Specific speed and pump types
  • Selection and sizing of pumps
  • Pump characteristics head, capacity, power, efficiency, total system head and curves
  • Centrifugal pump construction features
  • Net positive suction head and cavitations
  • Pipeline design and sizing
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

Compressors

  • Compressor types, characteristics and operations
  • Classification of compressors
  • Selection and sizing of compressor plant
  • Selection of compressor ancillary equipment
  • Compressor installation
  • Main line installation
  • Final service line installation
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

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Tank farm

  • Introduction to hydrocarbon storage and tank farms
  • Types of hydrocarbon storage equipment
  • Hydrocarbon storage system modeling and simulation
  • Hydrocarbon storage system components and tank assembly
  • Introduction to tank farm engineering analysis and design
  • Introduction to tank farm operations
  • Tanks types & architecture. Tank farm piping layouts
  • Brittle fracture considerations and tank anchorage
  • Tank fabrication & welding qualification
  • Material selection & principle for storage tanks
  • Tank in-service inspection & maintenance: tank repair & alteration requirements
  • Tank examination & testing. Vents & other tank features. Other safety topics
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

Control valve

  • Introduction to control valves and fluid flow
  • Types of control valves
  • Valve sizing for liquid flow
  • Valve sizing for gas flow and vapor flow
  • Software tools for valve sizing
  • Control valve installation and operations
  • Actuators and positioners
  • Cavitations and flashing in control valves
  • Choosing valve materials of construction
  • Key issues for control valve maintenance
  • Principles of pressure relief valves
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

Process control

  • Basic control theory
  • Control hardware – electric and pneumatic actuation
  • Control hardware – self-acting actuation
  • Control application
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

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Heat exchangers

  • Main types of heat exchangers and their primary components
  • Specifying design requirements and design of primary exchanger components
  • Heat exchanger selection
  • The heat load, heat exchanger and steam load relationship
  • Oversized heat exchangers
  • Analysis and design of heat exchangers
  • Typical inspection procedures
  • Standards & codes
  • Practical examples
  • Field case studies
  • Group exercises

Turbines

  • Turbine types and applications
  • Major components of a turbine
  • Analysis and design of turbines
  • Turbine construction and installation
  • Governor
  • Lubrication, vibration analysis, bearing temperature
  • Turbine operations and control
  • Typical inspection procedures
  • Standards & codes
  • Practical examples, field case studies and group exercises

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Hydrocarbon flow metering systems

  • Introduction to hydrocarbon flow measurements and production accounting systems
  • Hydrocarbon flow metering principles
  • Hydrocarbon flow metering applications
  • Custody transfer, fiscal allocation and reservoir production allocation
  • Well and production testing (well and pipeline surveillance)
  • Well testing and reserves tracking
  • Hydrocarbon flow metering principles
  • Overview of hydrocarbon flow metering technologies currently used in the oil and gas industry
  • Design, installation and operations of hydrocarbon flow metering systems Design, installation, operations and maintenance
  • Non-conventional single and multiphase flow metering systems
  • Uncertainty management in hydrocarbon flow estimation
  • Practical examples
  • Field case studies
  • Group exercises

Assets integrity management systems

  • Overview of asset integrity management workflows. Data collection sources & techniques. Applying inspection data to carry out integrity assessments
  • Development of equipment criticality matrix. Matching maintenance strategies to equipment operating risk
  • System reliability fundamentals & assessments. Maintainability fundamentals
  • System level failure rate, system level reliability function MTTF, MTTR and availability determination & predictions
  • Integrity management plans for facilities: risk-based approach to maintenance, failure modes, fault trees & root cause analysis, risk-based inspection, reliability-centered maintenance
  • Prevention and mitigation measures. Reporting & performance measurements
  • Practical examples
  • Field case studies
  • Group exercises

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