Reservoir
Temperature82°C
Pressure18 bar
Viscosity450 cP
Oil mobility0.72
ATTENTION REQUIRED
Well digital twin
Prototype Simulation Model · synthetic values are calculated locally from operating assumptions.
DIGITAL TWIN: LIVE SIMULATION
Parameters propagate from reservoir thermal state to surface production.
Wellbore
Depth1,240 m
Bottom pressure16.4 bar
Fluid level840 ft
Temperature73°C
Rod String
Rod load94 kN
Stress58% yield
Impact load29 kN
Floating risk18%
SRP
Stroke48 in
SPM7.5
VFD75%
Pump fillage76%
Surface
Oil rate85 BOPD
Water cut68%
Energy100%
SOR5.2
Animated oil flow: thermally mobilized fluid travels from reservoir → wellbore → rod/pump system → surface network.
Twin control surface
Adjust a physical variable to update the full signal chain.
Causal chain observed by the twin
Thermal state
82°C
Viscosity
450 cP
Inflow
0.94
Pump efficiency
72%
Surface rate
85 BOPD
Model logic: temperature ↓ → viscosity ↑ → mobility ↓ → inflow ↓ → production ↓. The twin tests thermal and pumping controls against this linked response.