The Thermohydraulic concept is rational, clean, regular, sustainable,
cheap, and reliable, converting any heat to mechanical movement. It contradicts the accepted principles of the thermodynamic system, including
steam turbines and internal combustion engines. Which are enormous heat
wasters, CO2 producers, and other nuisance?
The thermohydraulic concept is
a new method resulting from much research around intern combustion motors and
steam turbines. Both are developing technology that has more than a hundred
years old, wasting more than 70% of the generated heat. Today, their efficiency
is terrible for the Air, climate, economy, and health…
The Thermohydraulic preconizes
the hot saturated vapor pressure of the fluid, then the pressured liquid will operate
a hydraulic turbine. The result is multiplied by more than two of the output generated
power from fuel, coal, and others. But not only, but it will also drive to a
clean, cheap, almost free Energy.
Main components:
(1)Input Heath, (2) Boiler,
(3) cold liquid container, (4) pressured cold liquid/vapor container, (5) (6)
vapor valves, (7) (8) liquid valves, (9) hydraulic turbine, (10) fluid
regulator valve, (11) liquid pump or valve, (14) liquid valve, (12) an
appropriate liquid to the application might be Water, ammonia, R404A, or any
other suitable for the applications.
Operation:
Adapted to the application
needs, (1) takes its heat from any input, for example, Reactors, solar thermal
panels, fuel, coal, seawater, ocean, lac, river, and ambient weather heat.
(2) Boiler appropriate
to use the liquid, pressure.
(2) (3) (4) full their need,
have to support the liquid safely, it is pressure/temperature.
(2) Boiler appropriate to use
the liquid, pressure.
(2) (3) (4) full their need,
have to support the liquid safely, it is pressure/temperature.
Departure:
1. Suitable complete liquid
elements (2) (3) (4) up to the desired level b -c –d.
2. Increase the temperature in
(2) up to optimal heat, then open valves (5) (8) (10) and run the turbine (9).
The pressured liquid
available at the input of the turbine (9) will lose some of its calories at
the depressurized output side,
It will generate a temperature
drop that is equal to the calories converted to a mechanical motion; the
temperature drop has to be restored by any heat available around. The
temperature drops are validated experimentally!
3. (a) detect an absence of
liquid, then open (6) (14), shut (5) (8).
4. Open valves (7) the
following cycle.
5. (b) Detect liquid, then open
(5) (8), close (14).
6. While (3) cold liquid
container is in an active phase, open pump (12) until liquid reaches (c).
Operation:
Adapted to the application
needs, (1) takes its heat from any input, for example, Reactors, solar thermal
panels, fuel, coal, seawater, ocean, lac, river, and ambient weather heat.
(2) Boiler appropriate
to use the liquid, pressure.
(2) (3) (4) full their need,
have to support the liquid safely, it is pressure/temperature.
(2) Boiler appropriate to use
the liquid, pressure.
(2) (3) (4) full their need,
have to support the liquid safely, it is pressure/temperature.
Departure:
1. Suitable complete liquid
elements (2) (3) (4) up to the desired level b -c –d.
2. Increase the temperature in (2) up to optimal heat, then open valves (5) (8) (10) and run the turbine (9).
3. The pressured liquid
available at the input of the turbine (9) will lose some of its calories at
the depressurized output side,
It will generate a temperature
drop that is equal to the calories converted to a mechanical motion; the
temperature drop has to be restored by any heat available around. The
temperatures drops are validated experimentally!
4. (a) detect an absent
liquid, then open (14), shut (5) (8).
5. Open valves (6) (7) the following cycle.
6. (a) Detect liquid, then open
(5) (8), close (14).
7. While (3)
the cold liquid container is in an inactive phase, open the pump or valve (12)
until the liquid reaches (c).
Applications:
Substitution. Products to many
thermal motors and steam turbines.
More than a hundred years old have a working technology, which are heat waster and CO2
producer.
There are a thousand different
applications; many will create new needs; others are unpredictable; here are
some examples not limited.
It can be
profitable as an engine for:
•
Thermal power plants, powered by fossil or nuclear, multiply by more than two
electricity outputs. As a transition solution.
•
Coastal, Island, river, lake, Thermal Power Plants powered by surface water’s
heat.
•
Powering Electric: Planes,
Citizen Car, and vehicles...
•
Boat, yacht, Ship, Vessels, Submarine...
•
House Electric generator.
•
Automate, Drone...
• Air conditioner electricity producer.
• Water, liquid pumping.
