COMPOSITE USAGE IN THE PIPELINE INDUSTRY · OUTLINE What is a Composite Field Applied ARO Pipeline Integrity ASME PCC2, Article 4.1 Conclusion

COMPOSITE USAGE IN THEPIPELINE INDUSTRY

TAMMY BOMIA

OUTLINE

What is a CompositeField Applied AROPipeline IntegrityASME PCC2, Article 4.1Conclusion

WHAT IS A COMPOSITE?

Various Laminates

FIBER-REINFORCEDFIELD APPLIED ARO

High Profile of GirthWeldsField ApplicationAggressive SoilConditionsBending LoadJobsite Hazards

HDD / BORINGCOATING DAMAGE

Field Applied ARO

Factory AppliedARO

Truly Sacrificial

Fiber-Reinforced

Impact, Abrasion& Gouge Resistant

Controlled CureProfile

Field Friendly

FIBER REINFORCEDARO

6” OD PilotCold tape with fiber reinforced ARO

Two Part LiquidTwo Part Liquid Reinforced

CASE STUDY

CASE STUDY

24” OD Natural Gas PipelinePulled Back twice and coating damage was

unacceptable. Using a fiber reinforced ARO, the thirdpullback passed inspection.

12” OD PipelineVisco Elastic Coating

CASE STUDY

36” OD Ductile IronWater pipe pulled back 1200’.

Fiber reinforced ARO was used toPrevent peel back on these heat shrink sleeves

CASE STUDY

26” OD Crude PipelineSaudi Aramco evaluated several coatings & ARO’s

A Two Part Liquid, fiber reinforced CorrosionCoating & ARO was specified

CASE STUDY

Fun Fact:Camels are a nuisance on pipeline projects in the

middle east!

CASE STUDY

ENGINEERED COMPOSITEREPAIRS

PIPELINE INTEGRITY

Two or more materials;when combined havedifferent, more desirableproperties

Fiber & resin matrixes(FRP)

COMPOSITE REPAIRTECHNOLOGY

Engineered Composite Outer Wrap

Load Transfer Epoxy

Load Transfer Filler

Damaged Section of Carbon Steel Pipe

PIPELINE INTEGRITY

Rigid – Pre-Curved

Moisture-Cured Polyurethanes

PIPELINE INTEGRITY

PIPELINE INTEGRITY

Field Applied Epoxies

PIPELINE INTEGRITY

Field Applied Epoxies

CODES & STANDARDSPipeline Integrity

CFR 49 192 & 195

ASME B-31

CSA Z662-07

ISO, TS24817

ASME PCC-2, Article 4.1

FAILURE MODES

ImproperInstallation

SurfacePreparation

ProductSelection

4.1 NonmetallicCompositeRepair Systems:High RiskApplications

http://www.compositerepair.org/wp-content/uploads/2014/10/091114KiebaPHMSA.pdf

CODES & STANDARDS

The combination of the following elements for whichqualification testing has been completed:

1. Substrate2. Surface preparation3. Composite material4. Load transfer material5. Primer / adhesive6. Application method7. Curing protocol8. Inter-laminate adhesive (for pre-curved)

ASME PCC-2, Article 4.1Repair System Definition

InstallerInstaller

Repair SystemSupplier

Repair SystemSupplier

OwnerOwner

ASME PCC-2, Article 4.1Allocation of Responsibility

Operating & Design ConditionsNature & Location of DefectContentsRepair LifeGeometryHazardsFailure ModesInspection

ASME PCC-2, Article 4.1Owner Responsibility

Risk AssessmentDesign InformationMaterial InformationH&S InformationInstallationQuality AssuranceDisposal

ASME PCC-2, Article 4.1Installer Responsibility

Method StatementMaterial PreparationSubstrate Surface

PreparationFiller ProfileStage Check onReinforcement LayupTests of Repair LaminatePressure Test

ASME PCC-2, Article 4.1Critical Hold Points

Qualification TestingDesign Repair ThicknessInstallation GuidelinesQA/QC ProcedureInstaller Training

ASME PCC-2, Article 4.1Supplier / ManufacturerResponsibility

Terminology & DefinitionsH&S InformationSurface PreparationMaterial Preparation &ApplicationQuality ControlWritten Test

ASME PCC-2, Article 4.1Installer Training

Composite Installation Training

ASME PCC-2, Article 4.1

Tensile StrengthIn-Plane ShearModulusGlass TransitionTemperaturesLap Shear AdhesionCTEStructuralStrengthening

Mandatory

Compression Strength Testing

ASME PCC-2, Article 4.1

Long Term LapShearLong Term StrengthCyclic LoadingElectricalConductivityChemicalCompatibility

Optional

Tensile Testing

CASE STUDIES

Bridge Crossing

PIPELINE INTEGRITY

PIPELINE INTEGRITY

Air to Soil Interface

Pipe Supports

PIPELINE INTEGRITY

Mechanical Damage

PIPELINE INTEGRITY

? QUESTIONS ?