FIG. 077EEngineering

Symmetry

by SLB

Process simulation platform from SLB built on technology from Virtual Materials Group, covering process facilities, pipelines and flare systems in one environment. Its Process workspace is the successor to VMGSim.

Specification

Vendor
SLB
Categories
Process Simulation
Phase
EEngineering
Status
Active
Deployment
Desktop
Licensing
Commercial licence
Standards
None documented
Former names
VMGSim
Official site
slb.com

Capabilities

  1. aProcess, pipe network and flare workspaces
  2. bSteady-state and dynamic simulation
  3. cThermodynamic engine with large component database
  4. dFlare and relief analysis (Flaresim)

Assessment

An integrated environment for facilities, pipelines and flares that suits upstream and midstream EPC work, built on VMGSim heritage.

  1. Capability25%8/10

    Process, pipe-network and flare workspaces in one environment with steady-state and dynamic simulation.

  2. Interoperability20%7/10

    Shared thermodynamics across facilities, pipelines and flare systems reduces model hand-offs.

  3. Scale15%8/10

    Handles integrated facility and network models.

  4. Usability15%7/10

    Unified environment simplifies multi-scope studies.

  5. Deployment10%7/10

    Desktop software within SLB's digital portfolio.

  6. Ecosystem15%6/10

    Growing from the VMGSim user base, strongest in upstream and midstream.

Strengths

  • Process, pipeline and flare in one tool
  • Consistent thermodynamics
  • Upstream focus

Considerations

  • Smaller community than the leaders
  • Public product detail is limited
  • Best fit in oil and gas

Editorial assessment from public documentation, 23 October 2026. Not a hands-on benchmark. Methodology

In the same circuit · Process Simulation

  1. 01
    Aspen HYSYSAspenTech
    84
  2. 02
    Aspen PlusAspenTech
    81
  3. 03 77
  4. 04 73
  5. 05
    Petro-SIMKBC (A Yokogawa Company)
    71
  6. 06 71
  7. 07 70
  8. 08 70
  9. 09
    ProMaxBryan Research & Engineering
    68
  10. 10
    CHEMCADDatacor
    67
  11. 11
    DWSIMDWSIM
    62

Compare head to head

Sources

  1. Symmetry process simulation softwareSLB · accessed 22 October 2026
  2. Symmetry brochureSLB · accessed 22 October 2026

Plate updated 22 October 2026 · revision 1