Turning water into hydrogen and oxygen is a common process in plants and bacterias and now scientists at Penn State Researches have also found a way to do the same.

According to the scientists, they have achieved a way to separate hydrogen and oxygen from water and the hydrogen separated will be reusable to meet energy purposes via means of fuel cells by using the hydrogen as a fuel.

A solar cell is among the plenty of fuel cell devices, which use solar energy as its fuel to produce electricity. If hydrogen can be separated from water than we can produce a totally new kind of fuel cell devices using hydrogen as its fuel cell and this hydrogen will be available in abundance because it has to be derived from water and water covers almost all of our planet, so if this fuel cell device is invented, there will be no hue and cry for the electricity and power cuts.

Scientists at Arizona State University have performed an experiment where they were able to mimic the process of separating hydrogen from water with the use of a combined dye and a lab developed catalyst system.

The researchers are conducting various experiments to increase the efficiency of the process, so as to produce more and more hydrogen from water. They are also experimenting on the type, properties of the dyes used as a catalyst to the process by adjusting its general geometry system.

fuel cell devices will revolutionize how our portable electronic devices are powered. Fuel cell devices will provide more power to our portable electronic devices than the alkaline, nickel cadmium, and lithium ion batteries that currently power our portable electronic devices. Additionally, these fuel cell devices will have a longer life than the aforementioned batteries. For example, with a fuel cell device it will be possible to keep a laptop powered on a fuel cell for a month without having to plug it in whereas with a lithium ion battery, you would be lucky to get two hours of power for your laptop.

Fuel cell devices work by converting chemical energy from chemical reactions between oxygen and a fuel into electrical energy. Although these chemical reactions must occur for the fuel cell device to provide electricity, these fuel cell devices can be the size of conventional batteries and can essentially function as batteries. However, unlike disposable and rechargeable batteries, fuel cell devices do not need to be replaced or recharged as long as the chemical fuel and oxidizer are available.

The development of fuel cell devices will be accelerated due to the development of materials that mimic the properties of spider silk. These materials, called polymeric nanocomposites, were developed by researchers at the Massachusetts Institute of Technology (MIT). This material can stretch and is highly resistant to tearing. As such, this material can be used in fuel cell devices to act as a membrane between the chemical fuel of the fuel cell device and the oxidizer.

Fuel cell devices will revolutionize how our portable electronic devices are powered and will, eventually, replace both disposable and rechargeable batteries with a more environmentally friendly solution.

When fuel cell devices were first introduced, I thought that, they are only for cars. Now a days micro and mini fuel cells are being developed and available in the market. So, why not fuel cell powered devices like mobile phones, PDA’s, ipods, play stations? Portable fuel cell devices are available in the market; used for quick recharge on the go. All fuel cell devices come equipped with an electrical cords. One end goes into the pack and the other detachable end goes into the device itself. The detachable end is interchangeable with the nature of device in use. Now, people are talking about universal chargers; so, universal fuel cells chargeable ends will arrive soon. The time taken for charging is similar to any wall mount charger. All you have to do is ’squeeze’ to charge your contraption. This action mixes the volatile liquids along with the oxygen present in the atmosphere thereby triggering electrical energy. With the advent of e-scooters which are now charged using home electrical wall sockets; soon, they will be charged by fuel cells. Government agencies are promoting bio-diesel, with ethanol and diesel mix. Brazil was the pioneer in this direction. The contents inside the fuel cells differ from one company to another. Methanol fuel cells is one among them.

Fuel Cell Devices are Improving

The recent improvement of fuel cell devices have allowed for scientists to actually be able to witness the mechanisms that water go through in fuel cells. Scientists can expect visuals and results of up to ten times better than previous fuel cell devices would have allowed. Being able to witness the impressive mechanisms of water in fuel cells is key to future technology.
Fuel cells are a great source of power for automobile’s and plenty of other technological gadgets that make life just a little bit easier. Not to mention that fuel cell energy is also great for the environment. Fuel cell devices are effective, reliable and offer energy to both commercial and industrial companies.
There are plenty of type of fuel cells that range from methanol fuel cells to phosphoric fuel cells. The actual efficiency of a fuel cell depends on the amount of power that is drawn from it. Besides automobiles other fuel cell powered devices include power plants, hybrid vehicles, notebook computers and smart phones.
Fuel cell devices are becoming more and more common and can be found in major news outlets throughout the U.S. Some of the recent activities include the U.S. Legislation restoring hydrogen research funds, a bill being passed to boosts vehicle research funding and even going international as Vietnam starts to use methanol fuel cells.

Advances in Fuel Cell Devices

These ultra small fuel cells are really a very impressive step forward for small scale fuel cells, but it seems likely that it is mainly an advance in theoretical design, more to prove that the technology can function on a small scale rather than be implemented successfully.

The part which says that the pumps may use more energy than the fuel cell creates may seem worrisome at first, but if one uses methane instead of methanol, a pump may not be required, since methane will expand on its own into the cell since it is a gas.

These really small ones may find life as watch batteries, or some other very small and low powered applications. This would also be a greener solution, since you could refuel a watch fuel cell with a little bit of methanol instead of a recycling facility having to tear it apart to salvage recyclable materials.

Also, it is important to keep in mind that fuel cells are still a largely experimental, and largely unsupported and unused technology. If and when they really pick up and, say, automotive manufacturers start using large scale fuel cells in their cars, the whole industry will become massively inflated with new business, and they may even get government grants for their research into what is a fairly green technology.