To get Hydrogen as a fuel to be used in electric vehicles, the hydrogen combines with oxygen giving of 2 electrons which powers the application. The waste product is H20 (water!). If you want a simple yes or no, then the answer is Yes, because you are converting Hydrogen into Water to produce electricity.
The waste product from hydrogen-fueled cars is water vapor, which is emitted as a byproduct of the chemical reaction that occurs in the fuel cell. This makes hydrogen-powered cars a potential environmentally-friendly alternative to traditional gasoline-powered vehicles, as they produce zero harmful emissions.
Hydrogen can be used to produce electricity in fuel cells, used as a clean fuel for transportation in hydrogen cars, and utilized in ammonia production for fertilizers. It is also used as a reducing agent in metal refining processes.
Hydrogen is used as a fuel in fuel cells to produce electricity for vehicles and stationary power applications. It is also used in the production of ammonia for fertilizers and in the petroleum refining industry to remove sulfur from fuels.
Yes
Most of the hydrogen used by industry, as rocket fuel, and for fuel cell powered cars is extracted from oil and natural gas. This actually makes the supposedly "clean" fuel cell powered car pretty much as polluting as ordinary cars (as far as carbon emissions are concerned). It would be much better if the hydrogen was extracted by electrolysis of water using electricity from nuclear power, hydroelectric, wind, etc. sources instead!
Hydrogen can be used as fuel in carsbecause it don't cause any pollution
Many alternative fuels, and there can also be air-powered cars, hydrogen powered cars, electric cars, and many more. The best part about using air, hydrogen, and electricity to power cars is that it produces 0 carbon emissions.
The waste product from hydrogen-fueled cars is water vapor, which is emitted as a byproduct of the chemical reaction that occurs in the fuel cell. This makes hydrogen-powered cars a potential environmentally-friendly alternative to traditional gasoline-powered vehicles, as they produce zero harmful emissions.
New fueling stations that can handle hydrogen would have to be built.
There are no commercially available hydrogen fueled cars.
Hybrid simply means two types of propulsion. For example, the prius uses gasoline and electricity. A car that used coal and hydrogen would also be considered a hybrid. Cars that are propelled only using hydrogen are NOT hybrids.
Hydrogen tanks on the few experimental cars that are using the fuel tend to keep the fuel tank above the passenger compartment. Should a rupture occur in the tank, fuel would float away and above the problem. This makes hydrogen a fairly safe fuel.
yes, for sure. hydrogen cars are created today.
Electric cars are powered by batteries that store electrical energy, which is used to drive an electric motor. In contrast, hydrogen fuel cell cars generate electricity through a chemical reaction between hydrogen and oxygen in a fuel cell, producing only water as a byproduct. While electric cars rely on charging infrastructure and battery technology, hydrogen fuel cell vehicles require hydrogen refueling stations. Additionally, electric vehicles tend to have a higher energy efficiency compared to hydrogen fuel cell vehicles.
Hydrogen fuel cell cars are simply electric cars with a different kind of battery. The hydrogen that is stored in a tank runs to the (in this example case) Proton Exchange Membrane, where the hydrogen nucleus, a proton, passes through the membrane, while the electrons must stay behind. To get back to the hydrogen atoms, which are already mingling with oxygen atoms, the electrons pass around the membrane and are captured in an electrical circuit and forced to do work (like run a motor) before they can be reunited with the hydrogen and oxygen. once reunited, the resulting chemical is just hydrogen and oxygen; water.
try and stop using cars that run on gas
Challenges to hydrogen as fuel include no distribution network, ie gas stations, and fear that the car co u l d explode like the Hindenburg.