What does CAVITATOR mean in Biotechnology?

The term "cavitator" refers to a device or apparatus designed to generate and control cavitation, a physical phenomenon in which bubbles of gas or vapor form in a liquid due to pressure variations. This device is specifically engineered to harness cavitation for specific purposes, such as purification treatments, particle fragmentation, optimization of industrial processes, or advanced technological applications. The term "cavitator" can be associated with the concept of "Cavitation Reactor," indicating its clear function in the controlled manipulation of cavitation for specific purposes in scientific, engineering, or industrial contexts.

The "NANOSTARS" reactor represents an innovative embodiment of a "STATIC CAVITATOR," specifically, a linear cavitation reactor produced by WHARPS TECHNOLOGIES. This device is geometrically configured to maximize the production of ultrafine implosive bubbles, optimally harnessing the cavitation process. During the reactor's operation, there is a significant increase in pressures and temperatures during the collapse of implosive bubbles. This phenomenon translates into extreme conditions, with temperatures reaching the order of thousands of degrees Celsius and pressures on the order of thousands of bars. The implosive collapse of these ultrafine bubbles is a highly energetic event that generates "hot spots" of temperature and pressure, contributing significantly to the effectiveness of the process. The advanced design of the "NANOSTARS" reactor aims to maximize the production of these ultrafine bubbles in the shortest possible time, thereby optimizing the overall efficiency of the cavitation process. The carefully studied geometric configuration of the reactor allows for optimal exploitation of this phenomenon, opening new possibilities in the application of controlled cavitation for a wide range of purposes, from advanced purification to industrial process optimization.

Academic & Science » Biotechnology