ultrasonic cavitation generator (USCG)
reducing the viscosity of the interlayer in tanks, pumped liquid in pipelines and preventing complications during mechanized oil production
ultrasonic cavitation generator (USCG)
The ultrasonic cavitation generator (USCG) was developed to reduce the viscosity of petroleum products during its transportation. It has high performance, the ability to obtain ultrasonic radiation of significant power and concentrate it in a limited space. In combination with cavitation it affects the change in structural viscosity of crude production (heavy oil).
USCG has a fairly simple design and small dimensions, which makes it possible to use not only in pipelines, but also as part of pumping units for oil production. At the same time, USCG does not require any additional maintenance.
The use of USCG in oil treatment makes it possible to solve the following problems:
USCG has a fairly simple design and small dimensions, which makes it possible to use not only in pipelines, but also as part of pumping units for oil production. At the same time, USCG does not require any additional maintenance.
The use of USCG in oil treatment makes it possible to solve the following problems:
reduction of loads on the moving parts of downhole equipment;
preventing the formation of paraffin deposits at downhole equipment;
reducing the viscosity of the petroleum product during its transportation;
reducing the viscosity of the intermediate layer in tanks and storage facilities.
Advantages of our solutions
The SMART® tools are very reasonably priced tools to protect oil-field equipment with the best financial performance
The SMART® tools are safe for environment, oil field equipment and quality of oil
The SMART® tools work 100% autonomously and do not require neither electricty nor another maintenance during operation
The SMART® tools don't require any special equipment for installation and transportation
The SMART® tools are effective for any method of oil extraction and field equipment parameters
The SMART® tools use leads to reduction of a frequency of well workovers and oil field equipmrnt repairs
EFFICIENCY
VERSATILITY
EASE OF USE
AUTONOMY
SAFETY
ECONOMICAL EFFICIENCY
