The core idea
One plan, agreed before damage happens
Repair methods, equipment and people are settled in advance, so a damaged line is met with a plan rather than a scramble.
- Repair method
- Equipment
- People
- Procedures
Emergency pipeline repair systems
Be ready before the line is hit.
An emergency pipeline repair system (EPRS) is the plan, equipment, procedures and people that let an operator repair a damaged pipeline quickly and safely. We help you set one up, keep it ready and use it when it matters.
Assesspipelines and threats Planrepair scenarios Equipspecify and procure Maintainstore and preserve Practiseprocedures and drills Responddetect, make safe, repair Reviewupdate and improveAssesspipelines and threats Planrepair scenarios Equipspecify and procure Maintainstore and preserve Practiseprocedures and drills Responddetect, make safe, repair Reviewupdate and improve
How readiness works
Built around one agreed plan
Independent engineering with qualified partners, so the response is ready before it is needed.
Plan, Equip, Maintain, Practise
Assess, Plan, Equip, Maintain, Practise, Review
From assessment to emergency response
Kept ready, maintained, recorded
Drills that make the plan second nature
Readiness status
Every pillar, checked and ready
StatusReady before the line is hit.
- PlanVerified
- EquipReady
- MaintainVerified
- PractiseReady
Readiness dashboard
See readiness at a glance
The kind of view a well-kept repair system gives you: what is defined, specified, stored and practised.
Example pipeline networkIllustrative example, not real data
Damage scenarios defined
80%
Credible scenarios per lineEquipment specified
65%
Methods and tools chosenSpares inspected
50%
Stored, preserved, trackedProcedures drilled
35%
Tested in exercisesFigures are illustrative only, to show the dashboard format. They do not describe any operator or project.
Response visualiser
When damage happens, a clear sequence
Step 1 of 6
Detect
Damage or loss of containment is identified and reported.
Step 2 of 6
Make safe
The line is isolated and depressurised and the area made safe.
Step 3 of 6
Assess
Survey locates and describes the damage; the pre-planned scenario is matched.
Step 4 of 6
Mobilise
Stored repair equipment, people and vessels are mobilised under the agreed plan.
Step 5 of 6
Repair
The pre-qualified repair method is applied following approved procedures.
Step 6 of 6
Restore
The line is tested, returned to service and lessons are fed back.
Typical sequence. Use arrow keys to move between steps.
The problem
When a pipeline is damaged, every hour counts
Anchors, dropped objects, corrosion and seabed movement can all damage a line. Without a ready system, finding the right equipment, procedures and people can take far longer than the repair itself.
⚓
Unplanned damage
Third-party impact, corrosion and geohazards strike without warning.
🧰
Equipment not ready
Repair tools specified late, stored badly or missing spares.
📋
Procedures out of date
Plans that nobody has drilled lose value fast.
⏱️
Long downtime
Every day offline costs production and raises risk.
What readiness looks like
Four things, always in place
🎯
Know your risks
Credible damage scenarios defined for each pipeline.
🔧
Right equipment
Repair methods chosen and equipment specified before it is needed.
📦
Kept ready
Spares stored, preserved, maintained and tracked.
🚨
Practised response
Mobilisation plans and drills kept current.
Without a system
Reactive
- Search for compatible repair equipment after the event
- Write procedures under pressure
- Source people and vessels from scratch
With EPRS
Ready
- Equipment specified, stored and inspected
- Procedures approved and drilled
- Mobilisation plan agreed in advance
Damage is unplanned. Readiness should not be.
Ask for a readiness review of your current pipeline repair arrangements.