摘要:
A hydrodynamic heater is provided having a rotational member and a stationary member. The rotational member is operable to rotate relative to the stationary member about an axis so as to induce fluid shear and therefore, thermal energy to the working fluid. The hydrodynamic heater may be a component of a heat generation system comprising an internal combustion engine having a drive shaft for rotating the rotational member of the hydrodynamic heater. The heat generated by the hydrodynamic heater, as well as the heat generated by the engine from the engine exhaust and engine cooling system, is combined to heat a working fluid.
摘要:
A thermally optimised circulation fluid system (11) is proposed which comprises a circulation line (13), a circulation pump unit (15) and a control unit (17). The circulation pump unit (15) and the circulation line (13) together form a circulation circuit (19). The circulation pump unit (15) is configured for transferring an amount of thermal energy (5, 5', 5") directly or indirectly to a fluid (21) located in the circulation line (13). The control unit (17) is configured for adjusting the amount of thermal energy (5, 5', 5") which is transferrable to the fluid (21).
摘要:
Rotor of heat-generator for heating of liquid which contains a housing (2) which three basic walls and a cap (3), the first (4) and the second (5) basic walls of the housing of the rotor are opposite and the third basic wall (6) of the housing of rotor is located between the first and the second basic walls of the housing of rotor, there is an axial channel (15) in the rotor for a shaft. The first and second basic walls of the housing of rotor are executed with the external surfaces (7,8) of the walls in form of a truncated cone and with identical direction of tapering of external surfaces of walls. On the external surface (7) of the first basic wall (4) of the housing the first grooves (10) are executed for a passage-way for liquid.
摘要:
Heat-generator for heating of liquid contains a stator (1) with a chamber and a shaft (8), rotor (21), branch pipe (26). The stator (1) contains three walls (2,3,4). The volume of the chamber of stator is limited to the internal surfaces of three walls of stator. The first (2) and second (3) walls of the stator have axial openings (6,7) through which the shaft (8) passes. The housing of the shaft (8) is executed with an axial channel (9) and one or a few radial channels (11). An element (13) is located in the axial channel (9). The housing of the stator contains three housing elements (28,29,30). The first and second housing elements of the stator contains a basic walls (33,37) with an internal surface in form of a truncated cone and a butt end walls (34,38) with an internal surface in form of a ring.
摘要:
The centrifugal rotary device for heating and/or vaporizing liquids comprises a casing (1) within which is positioned a truncated conical chamber (12) having an inlet orifice (18) through which a liquid, such as water, to be heated is introduced, and an outlet orifice (19) through which a heated liquid and/or vapor emerges. It comprises a pair of hollow truncated conical rotors (2, 3) positioned coaxially one inside the other, both being inside the truncated conical chamber (12), the inner rotor (3) of this pair being fixed to the end of a first drive shaft (30) passing through an aperture (17) formed in the major base (15) of the truncated conical chamber (12), while an outer rotor (2) of the pair if fixed to the end of a drive shaft (20) passing through an aperture (16) formed in the minor base (14) of the truncated conical chamber (12).
摘要:
Disclosed is a fluid heater that can be used as a heater in a residence or an industrial facility or that can be used to heat water in fishery, agricultural, and transportation industries. In particular, disclosed is a fluid heater that heats a fluid using a multi-channel structure of the flow of fluid passing through a branching system, instead of using additional fossil fuels, and that can suppress the generation of vibration and noise while heating the fluid.
摘要:
The vortex heat-generator has a body (1) with inlet (2) and outlet (3) branch-pipes and rotors installed in the generator's body in the form of two coaxial discs (4,5) positioned with a gap between each other on independent shafts (6,7) having independent drives and rotating in opposite directions wherein the internal plane of the discs (4,5) is equipped with concentrical rings (8,9) having openings (10) positioned on the whole diameter with engagement of the rings (8,9) of one disc (4,5) between the rings of the other disc (4,5), wherein radially directed blades (11,12) are installed on the outer surface of the discs (4,5), wherein the shafts (6,7) are surrounded by iron rings (13,14), wherein helical ports (15,16) are positioned on the shafts (6,7) along the full length of the iron rings (13,14) and the inlet branch-pipes (2) are positioned on the iron rings (13,14) in front of helical ports (15,16) of the shafts (6,7).
摘要:
The centrifugal rotary device for heating and/or vaporizing liquids comprises a casing (1) within which is positioned a truncated conical chamber (12) having an inlet orifice (18) through which a liquid, such as water, to be heated is introduced, and an outlet orifice (19) through which a heated liquid and/or vapor emerges. It comprises a pair of hollow truncated conical rotors (2, 3) positioned coaxially one inside the other, both being inside the truncated conical chamber (12), the inner rotor (3) of this pair being fixed to the end of a first drive shaft (30) passing through an aperture (17) formed in the major base (15) of the truncated conical chamber (12), while an outer rotor (2) of the pair if fixed to the end of a drive shaft (20) passing through an aperture (16) formed in the minor base (14) of the truncated conical chamber (12).
摘要:
Erzeugung von Dieselöl aus kohlenwasserstoffhaltigen Reststoffen in einem Ölkreislauf mit Feststoffabscheidung und Produktdestillation für das Dieselprodukt durch Energieeintrag mit Pumpen und gegenläufigen Rührwerken und Verwendung von volldurchkristallisierten Katalysatoren aus Kalium-, Natrium-, Kalzium- und Magnesium-Aluminium-Silikaten, wobei alle Oberflächen durch die Rührwerke kontinuierlich gereinigt werden.