Simulation as a Service

Well Test Simulation Request

Fill out this technical data sheet and receive a full engineering simulation report. Our engineers run the simulation using Olimetra WTS and deliver within the agreed timeframe.

📋 ~10 min  ·  Delivery 24–48 h
Scope
Contact
Fluid
Wellhead
Equipment
Review
🎯
What is this simulation for?

Select everything that applies — we will recommend the right service package automatically.

❄️
Hydrate / temperature check
Pre-job screening — will hydrates form downstream of the choke?
🔵
Separator sizing
Verify the separator handles expected flow rates without overloading
⚡
PSV sizing
API 520/526 relief valve sizing and orifice selection
🔥
Radiation safety zones
API 521 exclusion zones for flare and/or WTB crude burner
📄
Formal engineering report
Deliverable Word document to present to client or operator
🌿
CO₂e / SO₂ emissions
GHG inventory and SO₂ reporting for regulatory compliance
Recommended package
Flow Assurance Express
$150 USD
· 24 h turnaround
Or choose a different package:
Step 1 of 6
👤
Contact & Project
Required
This field is required
This field is required
Enter a valid email address
This field is required
This field is required
Confirmed service package
Express
Flow Assurance Express
$150 USD · 24 h turnaround
Step 2 of 6
ℹ️
These are reservoir fluid properties at the wellhead. If you have a PVT report, mention it in the Notes field of the last step.
🧪
Fluid Properties
Required
Reservoir crude (not dead oil)
Enter API gravity (8–80°)
At 60°F / 14.7 psia
0 for dry gas or gas condensate
This field is required
0 for sweet gas
% of total liquid (vol/vol)
Important for WTB preheat design
⚗️
Gas Composition
Optional
Step 3 of 6
🛢️
Wellhead Flowing Conditions
Required
Flowing pressure at test rate
This field is required
This field is required
0 for dry gas wells
Shut-in tubing/drill-pipe pressure
⚙️
Choke Configuration
Required
Select a choke size
From separator operating pressure
〰️
Flow Lines
Optional — improves accuracy

Pipe dimensions are used to calculate frictional pressure drop and erosional velocity. Leave blank if unknown — the simulator will use conservative assumptions.

Flow line (wellhead → choke manifold)
Choke outlet line (choke → separator)
Step 4 of 6
🔵
Separation Train
Required
Stage 1 — HP Separator
PSV
Gas outlet line (separator → flare)
Liquid outlet line (separator → WTB/tank)
Stage 2 — LP Separator
🔥
Gas Disposal
Leave blank to auto-calculate
🪣
Oil Disposal
Typical 0.15–0.25
Must be above pour point
📊
Analyses Requested
Step 5 of 6
✅
Review Your Request
Contact & Service
Fluid
Wellhead & Choke
Equipment
Analyses
📝
Additional Notes
Optional
📬
Your simulation brief
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