Simulating Fluid Behaviour in Multi-Layer Reservoirs

Turn multi-layer reservoir fluid simulation from a stated policy into a practice your organisation can evidence.

📍 Abu Dhabi🗓️ 5 training days📚 4 modules🎓 Accredited certificate
5intensive training days
4scientific modules
8training sessions
32detailed points

Course Overview

The energy transition has not removed the need for rigour in multi-layer reservoir fluid simulation; it has added to it. Regulators and insurers increasingly want documented evidence of how fluid simulation is controlled. The programme works equally well for those formalising the practice within energy and hydrocarbon operations for the first time and those improving an existing approach. Applied research in energy and hydrocarbon operations consistently shows that early structure around multi-layer reservoir fluid simulation reduces downstream rework. Moving the energy and hydrocarbon operations capability from written policy into daily practice is not achieved by a single decision. Participants gain a realistic view of what fluid simulation costs and what it returns. It establishes a shared vocabulary for multi-layer reservoir fluid simulation so that teams can disagree productively about it. Cases are chosen to expose the trade-offs in fluid simulation rather than to illustrate ideal conditions. The programme closes with an action plan for the wider energy and hydrocarbon operations agenda that each participant writes for their own organisation.

Expected Learning Outcomes

01

Model the economics of multi-layer reservoir fluid simulation under a realistic range of price scenarios.

02

Build the competence and certification matrix for staff working on fluid simulation.

03

Prepare the technical case for capital investment in multi-layer reservoir fluid simulation.

04

Set the minimum documentation for fluid simulation that is genuinely necessary, and stop there.

05

Plan the handover of multi-layer reservoir fluid simulation so that capability is not lost when key staff move on.

06

Integrate fluid simulation with the wider process safety management system.

07

Compare the organisation's handling of multi-layer reservoir fluid simulation with recognised practice, and close the material gaps.

Who Should Attend

01

Process safety and technical safety specialists reviewing multi-layer reservoir fluid simulation.

02

Maintenance and reliability engineers supporting fluid simulation.

03

Officers preparing reports on multi-layer reservoir fluid simulation for boards or oversight committees.

04

Shift supervisors and control room leads dealing with fluid simulation in real time.

05

Managers in small and medium organisations who own multi-layer reservoir fluid simulation alongside other duties.

06

Operations and production engineers responsible for fluid simulation.

Course Modules

01

Multi-layer reservoir fluid simulation: environmental obligation and emissions

2 sessions · 8 points

Session 1Building the method for multi-layer reservoir fluid simulation step by step

  • Verify isolation points for multi-layer reservoir fluid simulation are proven and documented.
  • Identify the failure modes of fluid simulation with the highest consequence.
  • Set out how exceptions to multi-layer reservoir fluid simulation are requested and approved.
  • Agree what will be standardised in fluid simulation and what will not.

Session 2The environmental exposure created by fluid simulation

  • Establish the alarm philosophy applying to multi-layer reservoir fluid simulation and remove nuisance alarms.
  • Review the instrumentation on fluid simulation for coverage gaps.
  • Review incident and near-miss history involving multi-layer reservoir fluid simulation.
  • Anticipate the objections fluid simulation will raise and prepare the answers.
02

Fluid simulation: process safety, permits and isolation

2 sessions · 8 points

Session 1Reading the current state of fluid simulation honestly

  • Collect evidence on the present handling of multi-layer reservoir fluid simulation before proposing changes.
  • Check that management of change is applied to every modification of fluid simulation.
  • Arrange the handover of multi-layer reservoir fluid simulation so capability survives staff changes.
  • Assess the emissions and discharge attributable to fluid simulation.

Session 2Deciding between life extension and replacement for fluid simulation

  • Check that the permit regime covering multi-layer reservoir fluid simulation matches the actual hazard.
  • Build the competence framework that supports fluid simulation.
  • Define the trigger that would require multi-layer reservoir fluid simulation to be redesigned.
  • Confirm that lessons from fluid simulation are shared beyond the team that learned them.
03

Fluid simulation: economics, price exposure and investment case

2 sessions · 8 points

Session 1What the last incident involving fluid simulation should have taught us

  • Close out actions on multi-layer reservoir fluid simulation rather than leaving them open indefinitely.
  • Confirm contractor competence records for anyone working on fluid simulation.
  • Verify emergency response arrangements cover the scenarios multi-layer reservoir fluid simulation can create.
  • Define the safe operating envelope for fluid simulation and how deviations are detected.

Session 2The permit and isolation regime that multi-layer reservoir fluid simulation actually requires

  • Record the technical rationale for the chosen approach to multi-layer reservoir fluid simulation.
  • Set the trigger for a life-extension versus replacement study on fluid simulation.
  • Review whether multi-layer reservoir fluid simulation is aligned with the objectives of the operating asset.
  • Confirm that those complying with fluid simulation understand why it exists.
04

Fluid simulation: technical fundamentals and operating envelope

2 sessions · 8 points

Session 1Reviewing fluid simulation when nothing has gone wrong

  • Name a single owner for each element of multi-layer reservoir fluid simulation.
  • Rank the weaknesses in fluid simulation by consequence rather than by ease of fixing.
  • Compare the cost of multi-layer reservoir fluid simulation with the cost of its absence.
  • Model the economics of fluid simulation at low, base and high price cases.

Session 2Reading condition data on fluid simulation before failure, not after

  • Rehearse the briefing on multi-layer reservoir fluid simulation that would follow an incident.
  • Identify the data already collected that bears on fluid simulation.
  • Confirm handover documentation for multi-layer reservoir fluid simulation is complete and current.
  • Identify single points of dependency in fluid simulation and reduce them.

Choose the package that suits you

Silver Package

At least 3 people

USD1,250
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Gold Package

At least 3 people

USD1,850
  • 5-night stay in a 5-star hotel
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Complete your registration

We will contact you within one business day to confirm.