Thermal Buoyant High Efficient System

A thermal buoyant high efficient system for the generation of mechanical and electrical energy comprising:

• one or more boilers [1] and one or more liquid chamber(s) [2,3,4] each containing a liquid [63], a horizontal pipe [15] connecting the one or more boilers [1] to a first liquid chamber [2], where the vapor(gas) from boiled solutions of liquids or gasses [66] from the one or more boilers [1] obtains buoyancy force in the liquid chamber [2, 3, 4] which is a tall pipe shaped, at least one liquid-vapor phase valve [26] to separate the solution of liquids or gasses [66] in the boiler [1] from the liquid [63] in the liquid chamber [2], wherein the top of the each liquid chamber [2,3,4] contains a larger diameter cylinder [52] to locate a turbine [8] and is enclosed from above with a cylinder cover [53], the cylinder [52] from each of the one or more liquid chambers [2,3,4] opens to a gas chamber [5, 6, 7] from one side and each gas chamber [5,6,7] connected to a succeeding liquid chamber [3,4] at a bottom end of liquid chambers [3, 4], a gas-liquid valve [27, 28] which is a normal valve or a pressure valve [38, 38a] placed at connection part of the gas chamber and bottom of liquid chamber, the turbine(s) [8, 9, 10] immersed in the liquid of the liquid chamber in the cylinder [52] has tilted blades [48] placed horizontally around a vertical shaft [49], the shaft [49] crosses above the cylinder [52] of the one or more liquid chambers [2,3,4] from its center with a washer [55] in a washer housing at the connection point between the cylinder [52] and the shaft [49], the turbine(s) [8,9,10] stand on a bearing support [60] at the lower part of a cylinder(s) [52, 52a, 52b] facilitating the turbine(s) [8,9,10] to rotate while the gas flows through the blades of turbine [48], the shaft [49] at its part above the cylinder(s) [52, 52a, 52b] to contain upper bearing support [61] on a vertical stand on either side of cylinder and with a pulley [50, 50a, 50b], the pulleys [50, 50a, 50b] to connect one another or to an alternator [13] through a belts) [51, 51a, 51b], the alternator [13] connected to the pulley(s) [50, 50a, 50b] and joined by an axle [12] is placed at the cylinder height or on the ground to convert the mechanical energy of the turbine to electrical energy, the gas pipe [7] finally connected to a gas turbine [11] in a gas cylinder [52] and then to a buffer cylinder [31], the buffer cylinder [31] is connected to the drums [35] of a condenser [33] through a cylinder valve [32] and condenser in pipe [17] at the joint to regulate the temperature and pressure in the buffer cylinder [31], the condenser [33] with multiple-drums [35] contain a dissolving liquid [65] in the drums [35] which are immersed in a condensing liquid and enclosed in a container [33a], the condenser finally opens to the boiler through a condenser out pipe [18], a pusher [36] or motor [37] and liquid in pipe [16] at liquid re-input section [23] to re-input the dissolved solution to the boiler [1] and the boiler also opens to the condenser [33] through liquid circulation pipe [67] and a liquid level control chamber [68] to re-circulate the dissolving liquid [65] to the condenser [52] for the generation of energy.

A thermal buoyant high efficient system for the generation of mechanical and electrical energy comprising:

• one or more boilers [1] and one or more liquid chamber(s) [2,3,4] each containing a liquid [63] with a horizontal pipe [15] connecting the boiler [1] to a first liquid chamber [2], where the vapor (gas) of boiled liquid [62] or solutions [66] from the boiler [1] obtains buoyancy force in the one or more liquid chambers [2, 3, 4] which is a tall pipe shaped, at least one liquid-vapor phase valve [26] to separate the liquid [62] in the boiler [1] from the liquid [63] in the liquid chamber [2], wherein the top of the each of the one or more liquid chambers [2,3,4] contains a larger diameter cylinder [52] to locate a turbine [8] and is enclosed from above with a cylinder cover [53], the cylinder [52] from each of the one or more liquid, chambers [2,3,4] opens to a gas chamber [5, 6, 7] from one side and each gas chamber [5,6,7] connected to a succeeding liquid chamber [3,4] at the bottom of liquid chambers [3, 4], a gas-liquid valve [27, 28] which is a normal valve or a pressure valve [38, 38a] placed at connection part of the gas chamber and bottom of liquid chamber, the turbine(s) [8, 9, 10] immersed in the liquid of the liquid chamber in the cylinder [52] has tilted blades [48] placed horizontally around a vertical shaft [49], the shall [49] crosses above the cylinder [52] of the one or more liquid chambers [2,3,4] from its center with a washer [55] in a washer housing at the connection point of the cylinder [52] and shaft [49], the turbine(s) [8,9,10] stand on a bearing support [60] at the lower part of a cylinder(s) [52, 52a, 52b] facilitating the turbine(s) [8,9,10] to rotate while the gas flows through the blades of turbine [48], the shaft [49] at its part above the cylinder(s) [52, 52a, 52b] to contain upper bearing support [61] on a vertical stand on either side of cylinder and with a pulley [50, 50a, 50b], the pulleys [50, 50a, 50b] to connect one another or to an alternator [13] through a belt(s) [51, 51a, 51b], the alternator [13] connected to the pulley(s) [50, 50a, 50b] and joined by an axle [12] is placed at the height of the cylinder [52] or on the ground to convert the mechanical energy of the turbine to electrical energy, the gas pipe [7] finally connected to a gas turbine [11] in a cylinder [52] and then to buffer cylinder [31], the buffer cylinder [31] is connected to the multiple pipes [34] or drums [35] of a condenser [33] through a cylinder valve [32] and condenser in pipe [17] at the joint to regulate the pressure in the buffer cylinder [31], the condenser [33] with multiple-pipes [34] or drums [35] with a dissolving liquid [65] in the drums [35] are immersed in a condensing liquid and enclosed in a container [33a], the condenser finally opens to the boiler through a condenser out pipe [18], a pusher [36] or motor[37] and liquid in pipe [16] at liquid re-input section [23] to re-input the liquid or dissolved solution to the boiler [1] and the boiler also opens to the condenser [33] through liquid circulation pipe [67] and a liquid level control chamber [68] to re-circulate the dissolving liquid [65] to the condenser [52] for solutions of gasses or liquids for the generation of energy.