GR861815B - System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
- Google Patents
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Karlos GeorgiosfiledCriticalKarlos Georgios
Priority to GR861815ApriorityCriticalpatent/GR861815B/en
Publication of GR861815BpublicationCriticalpatent/GR861815B/en
GR861815A1986-07-141986-07-14System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
GR861815B
(en)
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes caused by the kinetic energy of a fluid current
System for the dissolution of a gas into fluid or fluid-solid mixture by the flow of the fluid-fine gas bubbles in spiral pipes with means destined to increase the turbulence and the shear stresses
System for the dissolution of a gas into fluid or mixture of fluid-solid by the flow of the fluid-gas mixture in a pipe system with ascending or descending flow and with means destined to increase the turbulence and the shear stresses