Flow Assurance Integrity Monitoring FAIM™ a “Game Changing” Technology Presented By Elizabeth Breakey

2 Background: Headquartered in Lancing UK Global service base in Aberdeen Sales and support offices in Houston and Perth WA Global sales and distribution network Focussed on the design and build of subsea installed products Technology leadership The Flow Assurance and Integrity monitoring Company Subsea Products Divisions: Business overview Services

3 SubseaProductsServices

4 SUBSEA monitoring systems SEPD™ Sand detector FAIM™ Sand, Corrosion PT and ΔP PTEC™ Corrosion ( Bottom-of-line) RPCM™ Commingled corrosion SUBSEA MANIFOLDS (WELL-BY-WELL BASIS) Probes and flow-through Spools Located at Manifold or Flowline Jumper with commingled fluids monitored downstream

5 High calibre, unique high resolution sensors Sensors measuring: CEION ® Sand Erosion and Corrosion (10nm resolution; 8mm element thickness) Pressure (0.1%FS or better) Temperature (0.3% CR) Other features: Qualified to 1053Bar -70 º C to 180 º C to 3,000m seawater Dual redundancy and ROV retrievable instrument options Design life of 30+ years Modbus, Profibus & Canbus compatible PTEC TM Probe PTEC™ Pressure Temperature Erosion Corrosion

6 the ultimate flow assurance and integrity monitoring probe Enhanced PTEC™ functionality Measures: Sand rate detection (0.01g/s) Solids characterisation (abrasive solids, hydrates etc) Other features: Real-time 1MHz full spectral analysis & Fourier zeroing for signal-to-noise and online calibration Sand Rate and Particle Size Film/solution conductivity options for water breakthrough & scale detection SEPD TM Probe Embedded CEION® DSP Acoustics SEPD™ Sand Erosion Particle Detector

7 Sand Erosion Particle Detector SEPD™ long life sensing element sensing element 8mm thick ultra long life superior mechanical robustness more compact spiral geometry giving larger sensing surface area CEION® sensor element design is patented technology delivering unique levels of reliability performance

8 Measures: Full circumference corrosivity and temperature profile embedded CEION® technology sub- micron measurement (0.001%WT) Pressure (0.1%FS or better) Temperature (0.3% CR) Other features: Qualified to 1053Bar -70ºC to +180ºC to 3,000m seawater Dual redundancy and ROV retrievable instrumentation options Design life of 30+ years Proven capability – client accepted as market leading technology RPCM TM Spool RPCM™ Ring Pair Corrosion Monitor

9 Industry Driven Development SE Asian Flow Assurance parameters –Corrosion –Erosion –Formation Water Breakthrough –Scale Precipitation –Corrosion Inhibitor Performance –Mass Flow –Pressure –Temperature

10 Flow assurance and Integrity Monitor built on the industry accepted flow-through RPCM™ platform Integrated RPCM™ and SEPD™ functionality Measures: Full circumference corrosion, erosion sand & PT in a uniquely integrated flow- through package Other features: Acoustic solids characterisation with online1MHz full spectral analysis options for water breakthrough, slugging & scale and pig detection Options for ΔP Venturi mass flow detection Shear stress film/scale inhibitor tenacity FAIM TM Spool Inside RPCM™ Venturi configuration CEION® DSP Acoustic electrochemistry FAIM™ Flow Assurance & Integrity Monitor

11 Real-time field-wide lifecycle Flow assurance and Integrity visualisation Field wide integration of FAO life-of-field monitoring technology Well-by-well basis FAIM™(PTEC™/SEPD™) Commingled downstream of Manifold Pipeline and Riser: Piggable RPCM™ and FAIM™config Surveillance: Characterise well and reservoir behaviour field wide visualisation and well inter- dependency FAO Systems Wellhead Manifold & Pipeline Flowline jumper

12 SUBSEA monitoring systems SUBSEA CARBON STEEL MULTIPHASE TRANSPORTATION PIPELINES Located at PLEM Downstream at simulated highest flow assurance and integrity risk Riser Onshore reception Multi-phase transportation tieback

13 SUBSEA monitoring systems Manifold, flowline jumper & wellhead SUBSEA WELLHEADS AND FLOWLINE JUMPERS Probes and flow-through spools Located at Wellhead or Flowline Jumper on well-by-well basis Measuring Sand (Erosion and Acoustic) Corrosivity (full circumference) Abs. Pressure and Temperature Differential Pressure Mass flow

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