Reservoir Simulation (ECLIPSE) — History Matching & Compositional Model (Gas Condensate Simulation)
Budget: $30 – $250 USD
Reservoir Simulation (ECLIPSE) — History Matching & Compositional Model (Gas Condensate Simulation)
Description:
We need an experienced reservoir simulation engineer proficient in ECLIPSE to complete several tasks involving existing field models and one compositional mechanism model.
Task Details:
1. There are 7 reservoir models, each typically containing 1 production well (some up to 3 wells).
2. The initial models are already built, but they are a few years old and need updating with approximately 3 years of new production and pressure data for history matching.
3. Historical data (pressure, production rate) will be provided later — for now, the main goal is to ensure the model runs properly.
4. Deliver all runnable project files and result plots (pressure, saturation, production curves, etc.).
5. Maintain strict confidentiality.
⸻
Additional Model: Gas Condensate Compositional Mechanism Model
• Build a compositional model to simulate gas–condensate behavior and gas dissolution in water.
• Geometry: 2 m × 2 m rectangular grid, around 100 cells.
• The water component should contain dissolved gas (C1);
the gas phase should include a water component to simulate condensate formation.
• Initial water saturation = 20% in the gas zone to simulate bound water.
• Base component set on the provided actual model.
⸻
Timeline:
• Oct 30 – Nov 3: Build compositional model & make existing field models runnable.
• Nov 3 – Nov 9: Finish first 2 models (history matching).
• Nov 10 – Nov 16: Finish next 2 models.
• Nov 17 – Nov 23: Finish another 2 models.
• Nov 24 – Nov 28: Final model completed.
⸻
Deliverables:
• All source project files (.DATA, .INCLUDE, .SMSPEC, .UNSMRY, etc.)
• Runnable ECLIPSE project verified to execute without errors.
• All simulation result plots (pressure, saturation, production history match).
⸻
Required Skills:
Reservoir Simulation • ECLIPSE • CMG (optional) • History Matching • Compositional Modeling • Gas Condensate • Porous Media Flow • Petroleum Engineering
Confidential Project — do not share or reuse data.
Description:
We need an experienced reservoir simulation engineer proficient in ECLIPSE to complete several tasks involving existing field models and one compositional mechanism model.
Task Details:
1. There are 7 reservoir models, each typically containing 1 production well (some up to 3 wells).
2. The initial models are already built, but they are a few years old and need updating with approximately 3 years of new production and pressure data for history matching.
3. Historical data (pressure, production rate) will be provided later — for now, the main goal is to ensure the model runs properly.
4. Deliver all runnable project files and result plots (pressure, saturation, production curves, etc.).
5. Maintain strict confidentiality.
⸻
Additional Model: Gas Condensate Compositional Mechanism Model
• Build a compositional model to simulate gas–condensate behavior and gas dissolution in water.
• Geometry: 2 m × 2 m rectangular grid, around 100 cells.
• The water component should contain dissolved gas (C1);
the gas phase should include a water component to simulate condensate formation.
• Initial water saturation = 20% in the gas zone to simulate bound water.
• Base component set on the provided actual model.
⸻
Timeline:
• Oct 30 – Nov 3: Build compositional model & make existing field models runnable.
• Nov 3 – Nov 9: Finish first 2 models (history matching).
• Nov 10 – Nov 16: Finish next 2 models.
• Nov 17 – Nov 23: Finish another 2 models.
• Nov 24 – Nov 28: Final model completed.
⸻
Deliverables:
• All source project files (.DATA, .INCLUDE, .SMSPEC, .UNSMRY, etc.)
• Runnable ECLIPSE project verified to execute without errors.
• All simulation result plots (pressure, saturation, production history match).
⸻
Required Skills:
Reservoir Simulation • ECLIPSE • CMG (optional) • History Matching • Compositional Modeling • Gas Condensate • Porous Media Flow • Petroleum Engineering
Confidential Project — do not share or reuse data.