GEP20094791B - Main pressurized hydrotransport system
- Google Patents
Main pressurized hydrotransport system
Info
Publication number
GEP20094791B
GEP20094791BGEAP200710426AGEAP2007010426AGEP20094791BGE P20094791 BGEP20094791 BGE P20094791BGE AP200710426 AGEAP200710426 AGE AP200710426AGE AP2007010426 AGEAP2007010426 AGE AP2007010426AGE P20094791 BGEP20094791 BGE P20094791B
Authority
GE
Georgia
Prior art keywords
main pressurized
hydrotransport system
hydrotransport
check valves
pressurized
Prior art date
Application number
GEAP200710426A
Inventor
George Kenchoshvili
Revaz Naskidashvili
Svetlana Steriakova
Levan Gavasheli
Marad Jangidze
Vladimir Silagadze
Kakhi Khatiashvili
Leon Makharadze
Original Assignee
George Kenchoshvili
Revaz Naskidashvili
Svetlana Steriakova
Levan Gavasheli
Marad Jangidze
Vladimir Silagadze
Kakhi Khatiashvili
Leon Makharadze
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 George Kenchoshvili, Revaz Naskidashvili, Svetlana Steriakova, Levan Gavasheli, Marad Jangidze, Vladimir Silagadze, Kakhi Khatiashvili, Leon MakharadzefiledCriticalGeorge Kenchoshvili
Priority to GEAP200710426ApriorityCriticalpatent/GEP20094791B/en
Publication of GEP20094791BpublicationCriticalpatent/GEP20094791B/en
A system comprises pumps 1, a tailpipe 2, and a pressure conduit 3, which by check valves 4 is divided into the equal length sections. Near the check valves there are exhaust branches with a catch.
GEAP200710426A2007-12-112007-12-11Main pressurized hydrotransport system
GEP20094791B
(en)
Two-way reverse flow turbine comprising a rotor and a stator provided with two sets of guide vanes, in which the inlet and outlet of the fluid in the rotor takes place in or vice versa, depending on the direction of the flow through the turbine.