Calculation: ICSS / DCS / SCADA

Calculation: Flow Meter

Calculation: Flow Computer

Calculation: Process Simulation (HYSYS etc)

Composition: Spectrometry (GC – MS)

Composition: On-Line

Composition: Laboratory Analysis

Composition: Specific Gravity Analyser (Relative Density)

Composition: Wobbe Index Analyser (Calorimeter)

Composition: Gas Chromatograph

Composition: Optical Spectrometry

Composition: Utilising Export Gas Composition

Composition: Infer Molecular Weight (MW) from Speed of Sound (SoS)

Composition: Measure Density and Infer Gas Composition

Flare Design: Pilots

Composition: Automatic Sampling

Composition: Manual Sampling

Composition: Install New Nozzles

Composition: Repurpose Existing Nozzles

Composition: Hot Tap

Composition: Fixed Flange Dual Sample and Return Probe

Composition: Retractable Probe

Composition: Fixed Flange Probe

TEMPLATED POST

Control strategies: Predictive Feedback and Control

Environmental Impacts: Flare Tip Integrity Inspection # Manual Inspection

Environmental Impacts: Flare Tip Integrity Inspection # Drone deployed

Flare Design: Nitrogen Purge

Flow: Ultrasonic & Sonar Clamp-on Flow Meters

Vortex Flow Meter

Flow: Coriolis Flow Meter

Flow: Ultrasonic Flow Meter

L2F Optical Flow Meter

Flow: Scintillation Optical Flow Meter

Flow: Thermal Mass Flow Meter

Flow: Venturi Flow Meter

Cone Flow Meter

Elbow Flow Meter

Flow: Orifice Flow Meter

Pitot Tube Flow Meter

Environmental Impacts: Computational Fluid Dynamics (CFD) modelling to determine the effect of crosswind on flares efficiency

Can I identify a flare with a performance issue: Point Sensors and Arrays

Measure Efficiency: Permanent IR Systems

Measure Efficiency: Mobile Video Imaging Spectral Radiometry – (VISR)

Measure Efficiency: Video Imaging Spectral Radiometry – VISR

Measure Efficiency: Drone equipped with dual CH4 and CO2 sensors

Measure Efficiency: Aerial measurement of flare efficiency

Measure Efficiency: Drone equipped with single methane sensor

Measure Efficiency: Extractive method for determining flare efficiency

Measure Efficiency: Predictive Analytics

Measure Efficiency: Satellite monitoring – Thermal Imaging of single flares to derive efficiency estimates

Measure Efficiency: Methane measurements by satellite to assess flare efficiency –

Measure Efficiency: Pyrometer

Measure Efficiency: Active Laser Spectrometry

Can I identify a flare with a performance issue: Satellite monitoring – Directed methane monitoring

Can I identify a flare with a performance issue: Alarm systems – Flare Thermocouple

Can I identify a flare with a performance issue: Alarm systems – Flame Ionisation Detection

Can I identify a flare with a performance issue: Alarm systems – Thermal Imaging Cameras

Can I identify a flare with a performance issue: Alarm systems – Acoustic Alarms

Can I identify a flare with a performance issue: Alarm systems – Fibre Optics

Can I identify a flare with a performance issue: Alarm systems – Image Processing

Can I identify a flare with a performance issue: Monitoring Black carbon generation

Flare Design: Sonic tips with fixed exit slot

Flare Design: Sonic tips with variable exit area

Flare Design: Flare seals – Molecular (buoyancy) and Velocity Seals

Flare Design: Staged flare designs

Flare Design: Steam-assisted flares

Flare Design: Enclosed flares

Flare Design: On-demand Flare Ignition System

Measure Efficiency: Passive Fourier Transform Infra-Red and Hyperspectral Spectrometry

Can I identify a flare with a performance issue: Satellite monitoring – Thermal Imaging (VIIRS)
