There are numerous applications for this promising new technology however there are a few areas where it has the potential to change the way we conduct our daily lives massively. Transport and communications are two major industries responsible for greenhouse gas emissions seriously poisoning our atmosphere. If we could significantly diminish the amount of harmful waste these sectors give out then we would stand in good stead for a much improved o-zone layer.
As you probably know, fuel cells are our major hope for an environmentally friendly replacement resource for fossil fuels. The chemical reaction of combining hydrogen and oxygen produces water and during this process electricity is also produced which can provide power for an electric motor or any other device. The only by-product of this chemical reaction is water which of course can be reused in a multitude of more rewarding ways.
This revolutionary technology can be implemented into almost any vehicle imaginable, from family cars and commuter trains, to commercial airliners, boats and hovercrafts. If fuel cells could be integrated into all forms of public transport, buses, trams, tubes and trains then the United Kingdom's carbon footprint could be shrunk considerably.
In regards to the communications industry there is a wealth of room for them to become part of. Smartphones with touch screens and large displays as well as a lot of other new media units with powerful capabilities could use micro fuel cells to power their demanding programs and operating systems. The development has risen in tandem with the development of nano technology, the two complimenting each other in the perfect fashion as they are adapted together for the appropriate applications in consumer electronics. Micro fuel cells can power laptops, mobile phones and all other portable media for days more than the current batteries that are employed. On initial testing they could power a mobile phone for a month and a laptop for a whole day without recharging. And this can be applied to any piece of handheld equipment imaginable, from digital video cameras and power tools to smoke alarms and hearing aids. On a grander scale fuel cells could replace batteries used for the national grid because they have the potential to provide power for telecom sites that require up to 5kW and without noise pollution or any other polluting emissions.
Hopefully we will see the increasing integration of fuel cells in to the appliances mentioned and greatly decrease the poisoning emissions that are polluting our environment so severely.
Hydrogen Fuel Cells Are
There is no doubt that the development of hydrogen fuel cells as an alternative fuel is good for the environment, but how does that work? It is easy to say that we should use hydrogen fuel cell technology to save our environment and prevent global warming. Finding facts about it and embracing those facts can be two very different things.
First, let us consider the fact that hydrogen fuel cells are good for the environment because they are the cleanest burning fuels ever developed. Hydrogen is taken out of water and then put into fuel cells as a gas that can power a vehicle. The only emission that comes out of a fuel cell powered vehicle is water vapor. It is like having a humidifier for the whole world!
There are, however, some drawbacks that are associated with hydrogen fuel cells and the environment. A completely efficient system of producing, storing and transporting hydrogen should, in principle, lead to no unwanted emissions of the gas.
But the researchers point out that such a system would be expensive, and that in reality around 10-20% of the hydrogen would escape into the atmosphere. They say that if hydrogen fuel cells replaced all of today is oil and gas-based combustion technologies, such losses would double or even triple the total hydrogen deposited into the atmosphere at the Earth is surface.
Other researchers say that the hydrogen would be oxidized when it reaches the stratosphere, which would cool the stratosphere and create more clouds. This would delay the break up of the polar vortex at the north and south poles, making the holes in the ozone layer larger and longer lasting. They estimate that the extra hydrogen will lead to a 5-8% rise in ozone depletion at the North Pole and between 3 and 7% at the South Pole.
The exact scale of this additional ozone depletion, however, depends on a number of unknown quantities. In addition to uncertainty over the extent of hydrogen emissions in the future, little is understood about how soil absorbs hydrogen from the atmosphere. The researchers say it is conceivable that this process could compensate for all new anthropogenic emissions.
The truth is, however, that using hydrogen fuel cells as an alternative fuel is actually good in the long run very good for the environment.
When the only emission that comes from hydrogen fuel cells is water vapor, you are talking about a huge advantage over the toxic elements that are released into the air with gasoline burning cars.
The bottom line is that hydrogen fuel cells have a positive effect on the environment. There are many more advantages than disadvantages and hydrogen as an alternative fuel has the most promise over any other alternative fuel.
Both John Mce & Mirko Von Anken are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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