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Tue, Apr 11

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Chevron (HOU140) Room #15064

Fixed & Floating Offshore Production Q1 Subcommittee Meeting

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Fixed & Floating Offshore Production Q1 Subcommittee Meeting
Fixed & Floating Offshore Production Q1 Subcommittee Meeting

Time & Location

Apr 11, 2023, 9:00 AM – 12:00 PM

Chevron (HOU140) Room #15064, 1400 Smith St, Houston, TX 77002, USA

About the Event

9-10 DeepStar Nippon Foundation Project Status

10-11 DeepStar Core Project Status

11-12 Networking and Lunch Learn TBC

Fixed & Floating Offshore Production Subcommittee

DeepStar Core Projects

•            22401 Inverse Wave Field Estimation and Mooring Integrity by Using Machine Learning - TEES (TAMU) – [Chevron, ExxonMobil, Petrobras, Total Energies, Shell]

              White Paper Study

•            22403 Fiber Ropes to Replace Top Chain for Offshore Mooring- Extended Marine Exposure (Stress Engineering) – [Chevron, Equinor, ExxonMobil, Petrobras, OXY, Shell]

              Field Test – Update fiber rope fatigue/replacement values

DeepStar Nippon Projects

22141 Ammonia Production – Offshore Gas Monetization

Hydrogen and ammonia markets are quickly developing to enable deep decarbonization. Low carbon ammonia can be produced from natural gas with carbon capture. This proposal is to develop the concept for the ammonia production at offshore to monetize the produced natural gas.

             White Paper Study

DeepStar Fixed & Floating Offshore Production Nippon Projects

22142 (21),(20) Reducing operational and capital risks through unified FPSO process & turbomachinery automation solution development

Tight installation space, limited O&M resources due to POB requirements, and fast-track project schedule are some of the key challenges when designing process automation systems for FPSOs. This R&D aims to create a next-generation automation solution that unifies ICSS (Integrated Control and Safety System) and TMC (Turbo-Machinery Control) functions, which are typically engineered as separate packages today, to reduce operational and capital risks.

             Software AI system developed – Demo Field Analyze

22143 (21),(20) Flow-Induced Vibration Predicting method study for Subsea Flowlines/Risers

Research the fundamental challenges on Flow-Induced Vibration (FIV) on flowlines/risers and develop prediction model, including development of predictive Multiphase Computational Fluid Dynamics (MCFD), & Index library.

             Software AI system developed – Demo Field Analyze

              22144 Feasibility Study on combined systems of floating offshore wind, wave energy and subsea battery

Conceptual study on combined system of floating offshore wind, wave energy and subsea battery.

              White Paper Study

Tickets

  • DeepStar Member

    $0.00
  • Non - Member

    $0.00

Total

$0.00

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