Wellbore Genius
Well risk over time
One well's injection plan, re-run at 20 elapsed times with the same containment model the site and scenario risk screens use. Nothing is interpolated and nothing is repaired — an invalid plan is refused with its reasons.
Well and plan
Using the starting well specs — enter your own on the well specs page to drive this with real rock.
End-of-life risk
Over limit
100 / 100
Weakest link: Caprock capillary margin left
CO₂ stored
19.72 Mt
Pore fill 185.9 % of limit 70 %
Pressure and ground motion
24,214,865 psi
+24,211,365 psi · bound Mw 5.71
Curves over the injection life
Active well · 20 evaluated times
Cumulative CO₂ mass (Mt)
Reservoir pressure (psi) against the fracture limit
Geomechanics: upper-bound magnitude (Mw) and fault slip margin (psi)
When each limit is first reached
Earliest evaluated time at which the metric sits close to or past its limit. With 20 steps the timing resolves to about 1.00 yr.
| Metric | Pillar | First reached | Value | Limit | Band |
|---|---|---|---|---|---|
| Caprock capillary margin left | Pressure | 1.0 yr | -2,280,720.28 % of Pc entry | 20.00 % of Pc entry | Over limit |
| Fault slip margin left | Geomechanics | 1.0 yr | -833.33 % of shear strength | 20.00 % of shear strength | Over limit |
| Fracture-pressure window used | Pressure | 1.0 yr | 1,207,491.25 % of window | 90.00 % of window | Over limit |
| Largest magnitude the volume allows | Geomechanics | 1.0 yr | 4.84 Mw | 3.00 Mw | Over limit |
| Pore volume filled | Injected mass | 7.0 yr | 65.08 % of storable | 70.00 % of storable | Close to limit |
| Plume radius vs area of review | Injected mass | 11.0 yr | 4,611.95 ft | 5,280.00 ft | Close to limit |
This well's scenario run
Production case published from AI Studio for the same well, so the containment screen and the economics read off one well.
No well-level scenario run stored yet. Train a model in AI Studio and run it through the well chain to link one here.
Read these with the curves
- Caprock capillary margin left reaches its limit at about 1.0 yr — earlier than the 20 yr plan.
- At least one limit is already breached at the first evaluated time, so the true crossing is earlier than this timeline can resolve. Increase the number of time steps.
What this assumes
- Timeline evaluates 20 time slices between 0 and 20 yr of injection at a constant 2,700 t/day.
- Each point is a full run of the containment risk model at that elapsed time, using the same site description, thresholds and equations as the reservoir risk screen.
- Rate, rock and seal properties are held constant over time; a rate schedule or pressure-dependent injectivity is not modelled.
- Constant injection rate for the whole duration — no ramp-up, no shut-ins.
- Single-compartment, radially symmetric plume (Nordbotten-Celia geometry).
- Δp is the Theis log-time approximation at the wellbore, not a simulated field.
- The magnitude row is the McGarr volumetric ceiling, not a seismicity forecast.
- Net pay 55 m used for buoyancy head across the plume.