Frequently Asked Questions

How fast can it detect a leak?

Leaks are detected using a combination of pressure, flow, line pack and, if available, meter error. For larger leaks, such as a pipeline rupture, leaks can be detected within seconds and verified within minutes.

Can LT2000 detect leaks durning an upset?

Yes. During a pipeline upset the metrics (pressures, flows, etc.) in the pipeline oscillate until the pipeline settles into a new equilibrium state. LT2000 takes these oscillations into account based on the type of upset and adjusts internal operating parameters allowing for the variations. Then as the pipeline reaches a new equilibrium state LT2000, continuously readjusts its operating parameters to insure the maximum protection possible.

Are specially trained analysts required to design the system?

No. Because of the way LT2000 monitors for leaks it does not require the complicated and expensive analysis required for many other systems. Pipelines running in mountainous terrain may require additional hydraulic gradient analysis to insure the system is not running in a multi-phase mode.

Can LT2000 help me run my pipeline?

Yes. LT2000's primary purpose is to detect leaks. In order for the best possible leak detection results LT2000 has to know the current state of the pipeline. This information is then passed on to the operator who can use it to improve the operation of the pipeline. This includes information such as batch data, interface arrival alerts and scrapper tracking alerts.

I use a drag reducer is that going to impact performance?

No. The injection of the drag reducer is already taken into account by other parameters.

Will I need to install special hardware?

No. Most pipelines with SCADA systems already have the necessary equipment required by LT2000.

How is LT2000 different from a model system?

Leak Track 2000 uses events to determine leaks instead of looking for deviations in a model. Lt2000 does perform some internal modelling based on the configuration data to help analyze pipeline events for potential leaks. This method means less system load or demand for highly accurate high speed SCADA data yet still results in a very reliable leak detection. An example of this might be trying to model how fast a drop of water runs down a window verses putting a water detector at the bottom.

How is LT2000 different from a statistical system?

Leak Track 2000 does not require a statistical history of the pipeline to be operational. Statistical systems may require statistical data to be collected, sometimes up to a month, before it knows how the pipeline operates. If the pipeline changes or is operated in a new way, it may again take some time before a statistical system is fully operational.