Tracking batches accurately in a long pipeline with large elevation changes and prominent slack

It is relatively easy to track multiple batches in a pipeline with no elevation changes, and a fixed internal diameter. However, it is far more complex to track multiple batches in a pipeline with drastic elevation changes and many different sizes in diameter.

The leak detection battle

API 1175, for example, is a recommended practice (RP) of 84 pages that provides a broad stroke, high-level view to pipeline operators of liquid pipeline leak detection programs. The RP provides guidance to the operators for developing, maintaining, and sustaining an active, comprehensive leak detection program that reduces the risks associated with pipeline leaks.

The devastating Ecuador earthquake is a reminder that pipelines can rupture!

Understanding that earthquakes pose a real threat, every pipeline operator should be able to detect a rupture fast with 100% confidence and a plan to shut down the pipeline quickly and safely.

The future of oil spill clean ups?

Researchers at Maryland University have shown that creating a tornado of fire over an oil spill on water might be a viable solution to dealing with oil spills.

The challenges for effective leak detection on large diameter pipelines

Every pipeline has its own personality and behaves differently. No single leak detection technology is the best solution for every type of pipeline. Large diameter pipelines have come under greater scrutiny from regulators. This paper offers examples of the diverse challenges for different leak detection systems (LDS) installed on large diameter liquid or gas pipelines.