Our innovative services improve operational efficiency and reduce the costs of drilling, completion of wells, production, refining and related industries.
Find out how the integration of historically separated domains throughout the life cycle of a plant or process can produce significant benefits by shortening delivery cycles, optimizing operations and reducing downtime.
Our innovative services improve operational efficiency and reduce the costs of drilling, completion of wells, production, refining and related industries.
Find out how the integration of historically separated domains throughout the life cycle of a plant or process can produce significant benefits by shortening delivery cycles, optimizing operations and reducing downtime.
Industry standard technique for the replacement of a hazardous atmosphere with an inert dry atmosphere.
Nitrogen Drying
This service with Nitogen reduces oxidation and no purge is required after drying is complete. Nitrogen also provides time savings since it can be used to rapidly pressurize a system.
N2/Helium Leak Testing
Safe operating conditions are essential to oil and
gas processing systems.
N2/Helium Leak Testing is the only process available that locates and quantifies leaks in a system.
This stae of the art Technology , combined with our
specialized professionals and project management capabilities, results in an auditable report for system integrity.
Engineering
The Design and engineering of detailed methods and procedures, is crucial to reconfirm the safe and successful execution of the operations.
Pressurization
A N2/He leak test will generally be performed at 95%
of the system . Calibrated instrumentation is connected to the system to monitor system pressurization.
Leak Detection
In the system to test, each connection is seal with with PVC tape. Leak Testing detection is executed by sampling the atmosphere contained within the PVC envelope.
A calibrated mass spectrometer analyzes the sampled
gases, and the concentration of helium detected is used to calculate the rate of any detected leak out while the system is pressurized.
