Kallog
Are you using the bouyancy of HHO in air to help lift the empty buckets back up to the top of a traditional water wheel? Then you burn the HHO at the top as well as the additional HHO at the bottom too?
yes I use the buoyancy to lift the containers back to the top.
no its not a traditional water wheel type wheel.
the HHO is piped away from the containers both at the bottom and as water fills the container at the top.
I havent built this part yet.
I am still thinking of ways to improve on the overall system.
the wheel is an oblong wheel that is taller than it is wide.
picture two large gears and a chain one above the other and seperated by any distance you choose.
the distance is the deciding factor here.
the taller the oblong wheel the more empty containers on one side of the oblong wheel.
the containers are connected to the chain.
and spaced apart so that as the containers are emptied of water and replaced by HHO the gasses are piped out of the system.
as one container approaches the bottom , the container at the bottom is leaving the point where the HHO gasses are extracted from the water.
the electricity is delivered by contacts at the bottom to one container at a time.
the container at the bottom then releases the HHO gasses through the pipe system.
it is now buoyant to the extent of the amount of water that has converted to HHO.
the buoyancy of the emptied container and all of the emptied containers above it depending on the number of emptied containers above it will decide the amount of shaft torque that is available to produce energy.
so if each container holds 1 cu/meter of water or 1000 litres of water.
and each container is a 1 metre cube for instance the weight of each container would be 1000 kg or 2,204 lbs.
if you have 100 of these containers on each side of the oblong wheel and on one side there are 100 emptied containers the buoyant force of the 100 emptied containers
would be 100,000 kgf or 220,204 lbf
at the periphery of the gears or where the chain contacts the gears.
the center of the containers would need to be at least 2 meters away from the center of the gears so the shaft torque to a 10 cm dia shaft would be a ratio of 200 - 10
or 1,000,000 kgf or 2.204 million lbf
so there is plenty of torque to convert the slow moving rotation and high torque of the oblong wheel into a faster moving rotation and lower torque of a electric generator.
I used the sizes above for explanation purposes but a large one such as this could make a good power plant for industrial purposes.
the unit could be made as tall as the amount of electrcity you need or the amount of HHO you need as the amount of HHO you can get is only limited to height and lenght of the containers and number of containers , Im sure there are a number of configurations that could be used to accomplish any desired requirement of HHO production.
at the top where the water is being piped into the containers again there is a similar mechanism that connects piping to the containers to fill the container with water , water is not taken from the water that is being used to provide the buoyancy of the containers and this water that provides the buoyancy effect could be pressurized to provide even greater upward force.
the water that is used to fill the containers is comming from the water that is comming out of the exhaust of the engine that the HHO is directed to.
and that engine could power a massive generator or several.
it just depends on how much electricity you want !!!
I think nobel prizes are only given to people who make useful contributions to the world. There have been a million and 1 ideas for perpetual motion, and not one has ever done any good. So you have to build a working model, demonstrate it to a few people, along with enough information for them to build their own, then the floodgates are open. Then comes the prize.
Im not really concerned with a nobel prize , besides if someone actually tries to keep something like this a secret long enought to build a working model and to attain a patent on it , he might get the usual high velocity lead prize that so many others have probably recieved in honor of their contributions to mankind.
and there are already so many people working on this HHO stuff in their garages and workshops already this added buoyancy effect energy might just help them along in their work.
it would be a great tool to use in a discussion or a debate as to the negative comments always made about the HHO requiring more energy in than you could ever get out.
the tables have just turned on those debates.
