Water4Gas - Reviews and Findings

Fuel cells have been discovered to be quite effective in delivering energy to power modern vehicles. There are a number of questions raised as well on the true efficacy of these and people are wondering if the performance can really make up for the cost. Here is a brief overview of fuel cells and how they may influence vehicles in the future.

What is a Fuel Cell?

A fuel cell is a device that converts electrochemical energy. From different external amounts of fuel on the anode part and oxidant from the cathode side, electricity can be generated which responds to electrolytes.

The electrolyte typically stays in the cell while the reactants move in and reaction products move out. As long as the required movements are maintained, fuel cells can operate nonstop. Parallel or series circuits are made through combinations of fuel cells in order to produce higher energy and voltage. The design is called a fuel cell stack.

Unlike batteries which chemically store electrical energy in a closed system, fuel cells consume reactants that need to be replenished. The electrodes in batteries react and change during charging or discharging but fuel cell electrodes are more stable and catalytic. It is possible to have various combinations of fuel and oxidant like hydrogen oxygen, hydrocarbons, air and alcohols.

Fuel cells work by catalysis wherein the component electrons and protons of the reactant fuel are separated. The electrons are forced to move through a circuit which then converts into electrical power. A platinum group metal or alloy composes a catalyst and a process ensues getting the electrons back in to mix with the protons and the oxidant. Waste products are the end result which comes in the form of carbon dioxide, water and other simple compounds.

In a PEMFC or proton exchange membrane fuel cell design, the electrolyte divides the anode and cathode sides. Hydrogen diffuses to the anode catalyst on the anode side which later on dissociates into electrons and protons. The protons are sent through the membrane towards the cathode while the electrons are forced into a circuit which then generates electrical power. Oxygen molecules react with the electrons that were forced into circuit and protons to form water on the cathode catalyst.

How Efficient are Fuel Cells?

The efficiency of fuel cells depends on the quantity of power drawn. More drawn power will equate to increased current. Increased current also equates to increased losses in fuel cells so efficiency is reduced as more power or current is drawn.

Fuel cell efficiency is almost proportional to its voltage since drawn current or losses lead to voltage drops as well. If a fuel cell has 50% efficiency, this means that half of the hydrogen energy content will be converted into electrical energy while the rest will be converted into heat.

Fuel cells are not limited in the Carnot cycle efficiency like other combustion engines since these do not work with a thermal cycle. Fuel cells still fall under the laws of thermodynamics but are more efficient compared to the thermal efficiency of the Otto cycle. Electrical output needs to turn into mechanical power in order to produce propulsion. Fuel cells may also convert chemical energy into electrical energy quickly with low power densities and with pure oxygen and hydrogen as reactants.

Influence as Alternate Fuel

There are various benefits provided by fuel cells which show that it can be a very feasible source of alternate fuel. First is pollution reduction since fuel cells uses a radically different approach in producing energy thus reducing byproducts formed from conventional combustion processes.

Countries all over the world are looking for domestic sources in order to continuously produce energy. Since fuel cells use hydrogen which can easily be derived from water, it simply shows that fuel cells can be more economically and ecologically wise in the near future.

Pure hydrogen powers fuel cells making it around 80% efficient. Through an electric motor and inverter, electrical energy can be converted into mechanical energy spurring propulsion. The proportional energy-efficiency ratio of fuel cells mean that an electric motor with 80% efficiency is also 80% efficient in producing electrical power and is 80% efficient in converting it into mechanical power.

Water4Gas is NOT about hydrogen as a source of energy. Water4Gas
is a popular electronic book that has been distributed widely on the Internet amongst various groups of car enthusiasts.

This increasing popularity is not surprising - after all, petrol prices are sky high at the moment and seem to be going up by the minute.

Water4Gas is an ebook that gives you information on how to build an energy saving device that can be fitted unto your vehicle to increase performance and mileage through the use of water. Water4gas really does work I went from 22mpg in my buick rendevouz to 41 mpg. Huge difference in the way my SUV drives too.

Water4Gas has proved that its conversion will never harm a vehicle as long as the correct steps are followed.

Water4Gas is an ebook that gives you information on how to build an energy saving device that can be fitted unto your vehicle to increase performance and mileage through the use of water.

Water4Gas and the information sold at Run Cars With Water cannot be declared a "scam" because there is no scientific proof.

Evidence exists in the form of satisfied customers who are currently achieving the improved gas mileage that the instructions are targeted to achieve.

There's a good chance that you haven't given hydrogen a thought since eighth grade chemistry. Heck, there's a good chance you didn't even give it a thought then, much less now in your everyday life. But with gas prices on an apparently endless march upward, hydrogen has become a fixture in the news and in a lot of people's mind.

So you may be asking what is the big deal with hydrogen? What it is it and, much more essentially, how can it save me money? If I inhale it, will it make me talk funny? Can I use it to disinfect cuts? Okay, maybe not the last two. No it's not going to make you speak a foreign language, and I wouldn't use it to wipe clean your cat scratches, as liquid hydrogen is cold enough to turn your flesh to solid ice, which, admittedly, probably would.

Hydrogen is an element, one of the essential building blocks of the universe. In fact, hydrogen is the most common element of all, containing more than 75 percent of the universe. That's universe, as in, everything.

Hydrogen is also one of the components of water, and a heck of fuel. It's highly combustible, and burns incredibly clean. That, equipped with its abundance, is the reason that you're seeing a lot about it in the news.

The more futuristic way to use it is by way of hydrogen fuel cells. A fuel cell is more or less a battery that will never run out of power, with the caveat that you need to keep refueling some of its chemicals. It turns hydrogen and oxygen into water, a process that gives out energy that is then used for power.

Which is wonderful, but not particularly handy for those of us who are not living in the future. But there is something that can help you use the power of hydrogen right now. That is the Water4Gas system.

What this system does is use electrolysis, the same process fuel cells use, to turn everyday water into a hydrogen gas that car can then burn in place of oxygen. Normally, your car mixes oxygen and gas to power the engine. Obviously, this works, but it's shockingly inefficient.

By letting your car combine the hydrogen gas with gasoline, it means that you can go farther with every tank of gas. This means you'll have to fill up much less, which means you get to save money. All this goodie is mainly because you're capitalizing on the most common thing in the universe.