Field Development Plan — Tahoe

Generated by the worldenergydata field-development playbook (epic #567). Recommendation is heuristic (Concept Select / FEL-1 fidelity), not a sanctioned design.

Engineering rationale

The engine's top recommendation (Tlp) differs from the concept actually built (Fixed Jacket). The recommendation is produced on a blind probe (the as-built concept stripped before scoring); the shortlist below shows where the built concept ranks. Divergence is expected where the real choice turned on data outside the engine's inputs (reserves, schedule, operator preference).

Field parameters

Water depth
348.0 m
Concept
fixed_jacket
Fluid
oil
Operator
Shell
Wells
—
Plateau
—
Tieback
—
First oil
—

Recommended concept shortlist

ConceptScoreTreesRationale / flags
tlp0.758drytypical of gom development practice
fixed_jacket ★0.734dry—
subsea_to_shore0.688wet—
fpso0.433wet— atypical concept for gom
flng0.362wet— atypical concept for gom

★ = the concept actually selected for this field (where known).

Economics & execution (engine estimate)

Dev system
subsea15
Est. CAPEX
300.0 $MM
Est. NPV
—
Install vessels
37
Max crane
14200.0 t
Hardware
MC-CH-R4-120

As built (actuals)

Block
Viosca Knoll 783, 784
BSEE code
VK783
Operator
Shell
Concept (as built)
Fixed Jacket
Engine top pick
Tlp
Match
✗ differs

Architecture & layout (fixed_jacket)

Subsea architecture — Tahoe TTR riser TTR riser TTR riser TTR riser export Export FIXED JACKET Well 1 Well 2 Well 3 Well 4
Subsea architecture block diagram
Field layout — Tahoe Fixed jacket platform FIXED JACKET Dry tree / surface wellhead Well 1 Dry tree / surface wellhead Well 2 Dry tree / surface wellhead Well 3 Dry tree / surface wellhead Well 4 Export Export N 1 km
Plan-view field layout (to scale)

Sources: SubseaIQ field catalog (~2014) + BSEE + curated vessel/ subsea catalogs. Schematics are deterministic, generated from the field concept.