Hydrodynamic Cavitation Articles & Analysis
14 articles found
Physical fragmentation includes acoustic shearing, sonication, and hydrodynamic shearing. Among them, acoustic shearing and sonication are the main methods for DNA fragmentation. DNA samples are broken into several pieces due to the acoustic cavitation and hydrodynamic shearing when they are exposed to ultrasound. ...
In the future, a BioBANG technology will support the substrate digestion of the Blum biogas plant in the Vulkaneifel New installation of BioBANG in Renè Blum’s biogas plant in the Vulkaneifel district of the Rhineland. BioBANG, installed in recirculation on the main digester, ensures greater digestion of the most difficult substrates. This not only increases the biogas production, ...
Giovanni (Piacenza, Italy), a GOI project (Operational Groups for Innovation), with the aim of enhancing the grape marcs, already normally used for the production of energy from biogas, increasing their methanogen potential (methane that can be obtained) through the treatment of hydrodynamic cavitation effect with BioBANG technology. The day, organized by the ...
Hydrodynamic cavitation is a process of generation of cavities (bubbles) filled with gas and vapor dissolved in fluid. ...
By combining the developments in acoustics, hydrodynamics and chemical kinetics, a new promising device is entering the market: the cavitation reactors, used for processing of suspensions, emulsions and for intensification of chemical processes in solutions. ...
Also there are still other types. Hydrodynamic t can be combined in devices of rotational type, hydrodynamic alarms, vibrators, with ultrasonic cavitation for better boost of action. ...
Such effect can be gained by hydrodynamic cavitator which is used in diesel blending systems. Correct proportion and method of mixing allows to change the properties shown by diesel fuel therefore, it is possible to make summer or winter diesel fuel. ...
Operations of cavitation reactors are based on activation of ultrasonic cavitation in the thin layer, processed liquid pumped over through the reactor as a result is formed stable dispersion of mixed components. ...
Such effect can be gained by hydrodynamic cavitator which is used in diesel blending systems. Correct proportion and method of mixing allows to change the properties shown by diesel fuel therefore, it is possible to make summer or winter diesel fuel. ...
Also there are still other types. Hydrodynamic t can be combined in devices of rotational type, hydrodynamic alarms, vibrators, with ultrasonic cavitation for better boost of action. ...
The objective is to study the effect of certain parameters on the degradation rate of the dye CI acid blue 113 by cavitation processes. Kinetic models have been developed and validated for ultrasonic and hydrodynamic cavitation treatment with hydrogen peroxide to enhance oxidation. ...
There are various types of non-chemical treatment such as: hydrodynamic cavitation, pulsed and static electric field, ultra-sonic, and magnetic. ...
In this paper, the conditions under which cavitation (or liquid film rupture) can or cannot occur in thin layers of moving liquid are derived for three typical cases. At the same time, expressions depending on geometrical and movement parameters, where cavitation might start, are given. The results are obtained using simple engineering terms, which can be used in ...
Hydrodynamic induced cavitation generates imploding cavitation bubbles which can lead to degradation or even mineralisation of water constituents without addition of any chemicals. This technology overcomes the problems of ultrasound irradiation by the local production of a cavitation cloud close to the sonotrodes. ...