FLOATING PRODUCTION STORAGE AND OFFLOADING (FPSO) AND OFFSHORE STRUCTURES

  • April 13, 2020 - April 24, 2020
    8:00 am - 5:00 pm

Soma shipped with no prescription Course Length:    10 Days          Soma No Prescription Overnight COD Delivery Course Dates: April 13 – 24, 2020          http://www.bigleaguekickball.com/about/ Soma free consultation Course Venue:         Calgary, Alberta, Canada

 

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This course is designed to provide a concise coverage of the principles that govern the design, operation, construction, inspection, and maintenance of FPSOs and offshore structures. It is designed for industry professionals with interest in understanding the mechanics of structural, hydrodynamic, station-keeping, storage and processing units of the FPSO and fixed offshore structures engineering projects. Practical of FPSOs and offshore structures will be covered. Participants will be involved in class project example problems illustrating the application of discussed principles to the dynamic analysis exercises (often in small teams) to share approaches to problem-solving. Field case studies will also be discussed to illustrate the field application of the concepts in the course.

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This course is designed for surface system operation professionals, project managers, project developers, project & design engineers, process engineers, facility engineers, operation engineers, and asset managers, maintenance / maintenance planner, integrity/reliability engineers, asset integrity managers

http://www.bigleaguekickball.com/category/press/ soma no prior prescription What You Will Gain:

  • know / recognize the characteristics and applications of different types of FPSOs and offshore structures currently implemented in engineering practice
  • review the basic concepts (mathematical, fluid dynamics, engineering mechanics) often applied in the analysis of FPSOs and offshore structures
  • Utilize fundamental mechanics, the knowledge of basic hydrodynamics and economic factors to make informed decisions on concept selection for FPSOs and offshore structure projects
  • understand and apply the engineering characteristics of typical and uncommon features of FPSOs and offshore structures, in determining their effects on the global and operational performance of the system.
  • implement analyses to estimate environmental loads acting on FPSOs and offshore structures
  • recognize and discuss typical hydrodynamic response characteristics of FPSOs and offshore structures
  • apply industry standards and principles of intact and damage stability to assess the dynamic stability of FPSO-type and fixed-type platforms under different conditions
  • understand the role of structural components (dead and live loads) and weight distribution on the overall stability of FPSOs and offshore structures
  • set-up and solve an optimization problem which involve determining the optimal arrangement of equipment, tanks, compartmentation fractions, etc. necessary for a safe system
  • understand the effects of different mooring system arrangements on the performance analysis of FPSOs and offshore structures
  • Learn the processes, contemporary methods and challenges involved in the fabrication / construction of offshore structures
  • Implement the various methods, metrics and processes used in integrity assessment of FPSOs and offshore structures, to qualify the integrity of FPSOs and offshore assets
  • implement industry-recognized metrics in assessing hazards associated with gas emissions and fire hazards on FPSO systems and offshore structures
  • Learn the processes involved in qualifying FPSO systems and offshore structures for life extension projects, and the methods typically implemented in life extension analysis

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http://www.bigleaguekickball.com/category/press/ cod overnight soma Day 1:            Fundamental Elements

  • Introductions
  • Offshore oil and gas
  • Field development planning
  • Field development uncertainties
  • Field development phases
  • Pre-development assessment
  • Capital development cost input model
  • Overview of integrated production systems and production processes
  • Common constraints boundaries among reservoir, wells and facilities
  • Well completion and production options (vertical vs. deviated, single vs. multi-lateral, Optimization of well productivity, artificial lift systems, well Stimulation, Intelligent and complex well architectures)
  • Gathering networks
    • Governing Equations, Gathering network system
    • Network simulation and solving
    • Network history match and constrained optimization
    • Surface de-bottlenecking of suboptimal production
  • Hydrocarbon processing and conditioning facilities
    • Hydrocarbon processing and conditioning overview
    • Concept selection for process development
    • Crude oil stabilization and separation systems
  • Integrated asset modeling (IAM) and Analyzing scenarios with the IAM
  • Technical and economic evaluation of alternatives
  • Integrated asset optimization
  • Field case studies

http://www.bigleaguekickball.com/category/press/ cheap watson soma online Day 2:            Introduction to FPSO System

  • Overview of floating offshore production facilities
  • Types of oil and gas platforms and their characteristics
  • Main floater configurations: barge, semi-submersibles, TLPs, SPARS and FPSOs. Typical strengths and weaknesses of different floating options
  • Field development requirements and optimal selection of a floater
  • Metocean data, design codes and major load components for FPSO
  • Project phases in a field development using a floater
    • Front End Engineering Design (FEED) and marine effects on FPSO projects
    • Interface with producing wells
    • Design for conversion and mooring arrangements
    • Common fabrication and assembly options
    • Provision for in-field inspection, maintenance and repair
    • Installation, operation and removal
    • Recent developments and potential design challenges
    • Latest developments in FLNG
  • Field case studies

http://www.bigleaguekickball.com/about/ Soma No Prior Script Overnight   http://shareholderacademy.com/blog/iconsumer/transfer-agent-live/ Day 3: Buy Xanax Powder             Introduction to FPSO System Configurations

  • Hull Forms and Structural Components
  • Fluid Storage Systems
  • Process and Instrumentation Systems
  • Turret Systems
  • Mooring Systems
  • Riser Systems
  • Critical interfaces (structural, subsea and topside facilities, etc.)
  • Examples on FPSO system configurations
  • Field case studies

source link Day 4:            Hydrodynamic Forces / Loads Considered in FPSO Design

  • Green Water Effect and Loads
  • Wave Slamming Effect and Loads
  • Wind, waves and current loads
  • Squall Effects. Mechanics of Vibrations and Waves
  • Hydrodynamic Analysis and Structural Analysis
  • Global Hydrodynamic and Structural Models
  • Design Considerations – Conceptual Design, Front End Engineering Design and Detailed Design
  • Considerations for Fatigue and Strength Design for FPSOs
  • FPSO-type Platform Design-to-Construction Phases
  • Examples on analysis and design of FPSO systems

go to link Day 5:            Stability Analysis for FPSOs, Optimization of Tank
Compartmentation and Equipment Locations on FPSOs

  • Intact Stability Conditions and Associated Criteria
  • Damage Stability Conditions and Associated Criteria
  • Calculation of Critical Stability Parameters for FPSOs
  • Characteristics of Optimal Arrangements in Design
  • Formulation of Objective Functions
  • Sensitivity Parameters for Optimization
  • Optimization Methods and Implementation Strategies
  • Field case studies

http://shareholderacademy.com/blog/iconsumer/how-long-should-this-take/   Buy Valium With Mastercard Online Day 6:            Safety / Hazard Analysis on FPSO Vessels, and Mooring System Arrangement and Design for FPSOs

  • Gas (smoke, exhaust and vent, etc.) Dispersion Assessment
  • Fire and Leak Assessments
  • Taut Spread-moored Mooring Systems
  • Catenary Spread-moored Mooring Systems
  • Internal and External Turret-based Mooring for FPSOs
  • Turret Design
  • Mooring Line & Riser Arrangement Considerations (chain table)
  • Field case studies

http://shareholderacademy.com/blog/tag/rwrdp/   Buy Xanax Powder Day 7:            Fabrication/Construction Considerations for FPSO and Offshore Structures

  • Shipyard Layouts and Modular Assembly
  • Carbon Contents and its Effects on Weldability of Steel
  • Hydrogen Attack and Cold Working
  • Management of Fabrication Projects
  • Review of Available Methods for Material Preparation, High Productivity and Optimized Cost Welding
  • Examples on Construction Considerations for Offshore Structures
  • Field case studies

http://shareholderacademy.com/blog/iconsumer/how-long-should-this-take/ Day 8:            Inspection & Integrity Assessment of In-Service FPSO and Offshore Structures 

  • Triggers of Structural Integrity Assessments in Offshore Structures
  • Advanced Non-destructive Testing Techniques for Weld Inspection
  • Data Collection for Integrity Assessment
  • In-service Inspection Requirements for Offshore Structures
  • Assessment of Marine Systems
  • Structural Fatigue Assessments
  • Examples on Inspection and Integrity Assessment of in-service Offshore Structures
  • Field case studies

 Day 9:            Life Extension Practices for FPSOs and Offshore Structures

  • Generic Framework of Life Extension Projects for FPSOs and Offshore Structures
  • Challenges of Asset Life Extension
  • Considerations and Planning of Life Extension Projects
  • Life Extensions Analysis for Offshore Structural Components
  • Maintenance of Ageing Facilities versus Maintenance of Facilities within Design Life
  • Examples on Life Extension Practices for FPSOs and Offshore Structures
  • Field case studies

 Day 10:         Maintenance, Repairs and Risk Management in FPSOs and Offshore Structures

  • Typical Maintenance Practices for FPSOs and Offshore Structures
  • Inspection, Maintenance and Repair Technology
  • Application of Risk Analysis Methods to New Oil and Gas FPSOs and Structures Operations
  • Application of Risk Analysis / Management to Drilling Operations
  • Application of Risk Analysis Methods to Production and Processing Operations
  • Application of Risk Analysis to Product Dispatch
  • Examples on Maintenance, Repairs and Risk Management in FPSOs and Offshore Structures
  • Field case studies

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