Offshore Piping Systems Explained: The Circulatory System of an Oil Platform | Ep 4.1

Offshore Piping Systems Explained: The Circulatory System of an Oil Platform. Lesson 4.1 of the Offshore Engineering & Production Masterclass — taught by a Principal Electrical Automation & Commissioning Engineer with 30+ years offshore on jack-ups, drillships, FPSOs and FLNG. ▶ Subscribe for weekly offshore engineering lessons:    / @offshoreengineeringacademy   Offshore Engineering and Production Masterclass: From Zero to Expert (Full Course) How do multi-billion-dollar offshore platforms extract oil and gas from thousands of meters beneath the seabed? Welcome to the complete Offshore Engineering & Production Masterclass. Whether you are an engineering student, naval architect, subsea designer, or energy professional, this 9-module, 43-episode training course bridges the gap between mechanical hardware, subsea physics, and global industry standards (API, ASME, DNV, IEC). Master the entire offshore lifecycle—from deepwater structures (Jackets, GBS, TLPs, Semi-Subs, FPSOs) and process separation to well control, BOP stacks, and subsea intervention. 🧠 WHAT YOU WILL LEARN & KEY ENGINEERING STANDARDS • Energy Economics: Proven reserves, R/P ratios, CAPEX/OPEX, break-even dynamics, and subsea tiebacks. • Offshore Structures: Fixed Jackets, GBS, TLPs, Semi-Subs, Jack-Ups, FPSO turrets, and DP vessels. • Safety Barriers: Deluge networks, passive firewalls (A-60/H-120), TSR refuges, Zone 0/1/2 (IEC 60079), and ESD 1–3. • Piping & Vessels: P&IDs, ASME B31.3 wall sizing, metallurgy (Duplex, Cunifer), 3-phase separators, and hydrocyclones. • Production & EOR: TEG dehydration, crude stabilization, reservoir pressure support (VRR min 1.0), and ESPs/HSPs. • Subsea Systems: Saturation vs. air diving, Work-Class ROVs, multi-slot templates, manifolds, and seabed processing. • Drilling & Wells: 2D/3D/4D seismic mapping, casing design, cementing, mud weight kick control, and geosteering. • Wellheads & Trees: Casing spools, Christmas trees, Mudline Suspension (MLSS), and fail-safe SCSSV safety valves. • Intervention & P&A: Wireline logging (slickline/e-line), coiled tubing milling, workovers, and permanent P&A. MODULE 1: INTRODUCTION & ENERGY ECONOMICS MODULE 2: OFFSHORE STRUCTURES & VESSELS MODULE 3: SAFETY SYSTEMS & BARRIERS MODULE 4: PIPING & PROCESS VESSELS MODULE 5: HYDROCARBON PRODUCTION MODULE 6: UNDERWATER ENGINEERING MODULE 7: DRILLING & WELL CONSTRUCTION MODULE 8: WELLHEAD ANATOMY & TREES MODULE 9: INTERVENTION & ABANDONMENT 🚀 CONNECT, ENGAGE & SHARE 🔔 Subscribe & hit notifications for more engineering breakdowns! 👍 Leave a like if this comprehensive course brought you value. 💬 Question: Which offshore system do you work with most? Tell us in the comments! 📲 Share this masterclass with your colleagues, engineering peers, and students. #OffshoreEngineering #OilAndGas #PetroleumEngineering #Subsea #EngineeringCourse 📌 Full course playlists:    / @offshoreengineeringacademy