
How Pipeline Pigging Prevents Corrosion
Corrosion is one of the most common threats to pipeline reliability, and if allowed to develop unchecked, it can weaken the pipe wall, reduce wall thickness, and eventually lead to leaks or failures.

Corrosion is one of the most common threats to pipeline reliability, and if allowed to develop unchecked, it can weaken the pipe wall, reduce wall thickness, and eventually lead to leaks or failures.

Fuel pipelines on overseas military bases support critical missions every day.

Undetected corrosion in aviation fuel systems creates risk that goes far beyond equipment damage.

Pipeline corrosion is one of the most serious challenges facing pipeline operations today.

Many pipeline systems in service today were installed decades ago, with existing pipes operating for more than 50 years and facing wear, corrosion, and structural changes that increase risk over time.

Pipeline systems move fuel and energy every day, and when something goes wrong, the impact can be serious.

Keeping a pipeline system safe and reliable takes planning, the right equipment, and clear procedures.

Pipeline design plays a critical role in determining whether pigging operations can be performed safely, effectively, and repeatedly throughout the life of a pipeline.

Pipeline dimensions and pig trap spacing play a critical role in maintaining safe, efficient, and reliable pipeline systems.

Acceptance testing is a critical phase in pipeline projects.
Talk to one of our Hydrotesting experts.