Future Energy Concepts– The Fuel Cell
With worldwide warming,general pollution and increasing fuel costs,our future energy needs are a hot subject. Fuel cells might represent a solution,and is coming earlier than later.
Future Energy Concepts– The Fuel Cell
A fuel cell is a relatively unclear phrase tossed around by those with knowledge and those that understand relatively little. No matter the specific design,a fuel cell is essentially a cell comparable to a battery in which a chemical process occurs to produce electrical energy. In this case,surprisingly,the fuel is hydrogen. The standard idea is to combine hydrogen with oxygen in a process that produces electrical energy. This electrical energy is then used as we would usually use it in our lives.
One would think the idea of hydrogen fuels is a new one if you check out the paper or view the news. In truth,it is not. The very first one was produced in 1839. The issue,obviously,was it not efficient and there wasn’t much interest because nonrenewable fuel sources were plentiful and our energy needs were tiny compared to today. It wasn’t until the 1960s that much interest was shown in the energy platform. Just like numerous advances,NASA decided to use fuel cells to power the Gemini and Apollo spacecrafts. Regrettably,the technique has been translating this restricted usage to broad spread applications in every day life. This company has a working hydrogen compressor and fueling station solution available right now plus other kinds of industrial compressors:** hydrogen refueling stations by PDC Machines *** industrial helium compressor*** **
A common mistaken belief is a fuel cell represents sustainable energy. The dam is a device to harness a sustainable energy resource,however not an energy source in and of itself. The fuel cell works much the same way.
Fuel cells can be run,in theory,on any product consisting of hydrogen. This indicates renewable resource sources such as hydrogen,biogas,and so on. Because of it has inherent clean benefits,the primary objective is to focus on water and other sustainable sources. When hydrogen is used,for instance,it produces no concrete pollution or greenhouse gases. The byproduct,rather,is merely water.
There are a couple of obstacles that need to be eliminated before hydrogen fuel cells actually becoming a practical energy platform. The current technolgoy is such that the fuel cells are far too big and heavy to be used for useful functions. Currently,fuel cells produce energy at an expense of about 10 times that of fossil fuels,and that is a favorable price quote.
While these might appear like considerable obstacles,they in fact indicate the viability of hydrogen fuel cells as a power source. These problems are concentrated on technical aspects of delivery,not on whether the procedure works. If there is anything we are good at as humans,it is making technological breakthroughs. Surely we can build a hydrogen fuel cell if we can build a hydrogen nuclear weapon.
Regardless of the specific design,a fuel cell is essentially a cell comparable to a battery in which a chemical process occurs to produce electrical energy. A common mistaken belief is a fuel cell represents sustainable energy. There are a couple of obstacles that need to be eliminated before hydrogen fuel cells truly becoming a practical energy platform. Currently,fuel cells produce energy at an expense of about 10 times that of fossil fuels,and that is a favorable price quote. If we can build a hydrogen nuclear weapon,definitely we can build a hydrogen fuel cell.
