- Pipelines and risers
- Slurry transport
- Flowlines and transitions
- High-wear internal surfaces
Application Domain 10
Oil, Gas & Slurry Transport
Investigating surface governance in demanding single- and multiphase transport systems.
Research-stage application · performance validation pending
Application Thesis
A governed architecture—not a universal surface treatment.
DDM treats cell geometry, spacing, orientation, density, and placement as application-dependent variables. Candidate configurations must be tuned to the local flow regime, surface geometry, operating envelope, materials, and performance objective.
Public descriptions communicate the research hypothesis and validation strategy. Detailed geometry ranges, configuration logic, and application-specific design rules remain controlled technical information.
Research Questions
What must be established before performance can be claimed.
Can localized geometry influence pressure loss, phase behavior, or deposition?
How do erosion, corrosion, solids loading, and changing rheology affect performance?
Where are passive treatments technically and economically defensible?
Validation Path
From application hypothesis to defensible evidence.
- 01
Establish representative transport baselines
- 02
Model multiphase and solids-sensitive cases
- 03
Evaluate erosion and deposition tradeoffs
- 04
Validate supported candidates in flow-loop testing
Evidence status
No application-specific performance figures are presented here as demonstrated results. Quantitative claims will be published only when supported by traceable computational or experimental evidence and clearly stated boundary conditions.
Application-Specific Collaboration
Evaluate alignment with this research domain.
DDM welcomes conversations with government programs, laboratories, universities, OEMs, and technical partners.
Discuss this application