(SWGO)MinasThirith wrote:Old people [m'kay]ing up the world and young people who will have to clean up the mess.
I have to agree with that.
(SWGO)MinasThirith wrote:Old people [m'kay]ing up the world and young people who will have to clean up the mess.
(SWGO)MinasThirith wrote:It has been calculated that if we made a solar panel in the midle of the sahara desert, with the dimension of 200x200Km it would give enough energy to supply the whole world in a cheaper way.
(SWGO)MinasThirith wrote:I don't have the time to read all this.
But anyhow here goes what i know about the energy.
Currently the earth is relying on a fossil energy that is running out.
Going onto another fossil energy is retarded it will give the same problem in years to come.
If you guys think there is no other way then you are wrong.
It's all for bussness and profit.
It has been calculated that if we made a solar panel in the midle of the sahara desert, with the dimension of 200x200Km it would give enough energy to supply the whole world in a cheaper way.But no let's just dig up oil in any place we can get anything off.
Sice the persons in charge will be dead before the real thing starts.
Old people [m'kay]ing up the world and young people who will have to clean up the mess.
Duel of Fates wrote:Hey Val, that would be really cool if it was cost efficient and the technology in creating a solar panel array that size was viable. But it is not. Hell, just think of the plastic components you need for something that size, of which plastic is a petroleum product. So we use fossil fuels and lots of it to build and maintain.
I'm all for harnessing the huge power output of the sun, but our tech just ain't there for large scales, affordability, and reliability. Until it is, we need to use what we have.
Corpse wrote:What excites me is the potential of hydrogen power. At present, we have no large-scale way of obtaining hydrogen which doesn't involve using electricity (which is generated from fossil fuel combustion) to electrolyse water. But, in the photosystems of chloroplasts in photosynthesising organisms, a molecule which is able to catalyse the oxidation of water (into oxygen and hydrogen) exists. This is the only known example of a working catalyst for this mechanism. If we found a way to synthesise and utilise this, we could obtain hydrogen (which produces no carbon dioxide on combustion) from water (which is in plentiful supply) with less energy than would be produced from burning it. Too bad this is easier said than done.
Corpse wrote:I thoroughly recommend it to anyone, although a basic understanding of both chemistry and biology is required for it to mean anything to the reader.
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