At my work we have a product that produces HHO for GM.
It's a trade secret!
But lets put it this way more then it take to make that same electricity!
You always have the issue of the law of entropy which is one of the basic law of thermodynamics.
1st law you can't get something from nothing!
2nd law You always loss energy!
Your talking about HHO from water right use electrolysis, because you can also use Mathian gas and push it through a catalyst "filter" like desalination.
Now if we could just pump hydrogen out of the ground then it would be cheap!
So until we can't pump fuel out of the ground doing anything else is a wast of energy!
This can be done with a fuel cell where hydrogen reacts with oxygen to produce electricity.
One of the main offerings of a hydrogen economy is that fuel cells can replace internal combustion engines and turbines as the primary way to convert chemical energy into kinetic or electrical energy. The reason to expect this changeover is that fuel cells, being electrochemical, are usually (and theoretically) more efficient than heat engines. Currently, fuel cells are more expensive to produce than common internal combustion engines, but are becoming cheaper as new technologies and production systems develop. Some types of fuel cells work with hydrocarbon fuels while all can be operated on pure hydrogen. In the event that fuel cells become price-competitive with internal combustion engines and turbines, large gas-fired power plants could adopt this technology. Such commercialization would be an important step in driving down the cost of fuel cell technology. Much of the interest in the hydrogen economy concept is focused on the use of fuel cells in cars. The cells can have a superior power-to-weight ratio , are much more efficient than internal combustion engines, and produce no harmful emissions. If a practical and engineer-able method to store and carry hydrogen is introduced and fuel cells become cheaper, they can be economically viable to power hybrid fuel cell/battery vehicles, or purely fuel cell-driven ones.
Currently it takes 2½ times as much energy to make a hydrogen fuel cell than is obtained from it during its service life.
It depends on what country produces the hydrogen. France gets most of its electricity from nuclear power stations. The UK currently has plans to get a quarter of its electricity from wind. Hydrogen fuel is a great way to reduce CO2 emmisions but only if the energy used to produce it hasn't come from fossil fuel sources.
Hydrochloric Acid = HCL + Water HCL = Hydrogen + Chlorine Hydrogen = Electricity + water Chlorine = Electricity + Fire + salt
Oxidised hydrogen does not make a mineral.
Water breaks down to form hydrogen and oxygen when electricity is passed through it. Water is a bad conductor of electricity, so it is mixed with sulphuric acid or caustic soda to make it a good conductor of electricity.
Coal is an industrial chemical. It contains, carbon , sulphur dioxide, ammonia and hydrogen sulphide Carbon for heating/combusting to make electricity Sulphur dioxide to make sulphuric acid Ammonia to make fertilisers Hydrogen sulphide to make other chemicals for the chemical industry. NB Coal is baked in Coke ovens, in order to make carbon and release the gases.
it's made of nitrogen (N) and hydrogen (H) NH3
A fuel cells uses hydrogen and oxygen to make electricity, and produces water as a byproduct.
Electricity water 2 hydrogen
Hydrochloric Acid = HCL + Water HCL = Hydrogen + Chlorine Hydrogen = Electricity + water Chlorine = Electricity + Fire + salt
We can heat our homes with it. We can make air conditioners that run on it. Cars can run on it. It is the only method we use to make Hydrogen at the moment. Electricity can be made from it. Are there more I am forgetting?
Many chemicals are needed. Electricity and raid are typically neither.
Electricity can be made through a generator. Or you can rub your feet across the carpet and make static electricity. There are many other ways that you can make electricity.
its bad unless the wood to make the paper is planted or recycled again if its on a computer then electricity is needed so it has to be made and that can damage the enviroment
Oxidised hydrogen does not make a mineral.
Oxidised hydrogen does not make a mineral.
as electricity. If hydrogen fuel cell cars make it may be delivered at your filling station as liquid hydrogen.
Water. H2O is where the hydrogen comes from to build the C6H12O6 molecule.
Hydrogen monoxide is made of two elements, hydrogen and oxygen.