Six nuclear power stations planned

I missed that part. Sorry!

In the end we will pay for it. Instead of using these new green taxes they will find a way to get taxpayers to be taxed more.
While "loosing " money and enriching themselfs
 
I laughed. I was like "is this guy a joke or is he serious?" Surely he cant be that daft so I have to assume its a joke :D

Else he left SA for USA and has fully embraced their culture of suing anyone at the drop of a hat.
 
Please read the Sept Popular mechanics it has a well balanced artical on the pro's and cons of the various methods of power generation

September 2010
Energyland
The road to clean energy is full of enticing opportunities – and perilous pitfalls. Picking the best path requires avoiding both starry-eyed hype and cynical fatalism. In this special report, PM debunks 10 of the most pernicious myths that could derail our progress.
http://www.popularmechanics.co.za/content/general/singlepage.asp?fid=2679&pno=1
 
Very different to your first post. And again, never is a very long time. You are extremely arrogant to make such statements.

Never = until Jesus returns.
Arrogant = realistic.

If you look at the entire cycle of growing biofuels on land, more energy is used to produce biofuels than what they would deliver. Fact. Its been researched and several studies have come to the same conclusion.

If by more energy you mean the input of sunlight, I assumed that. Otherwise, water is the only input. Are you getting a backhander from nuclear interests to push their agenda?

I have yet to come across a viable method of growing biofuels out at sea. I know its possible, but currently its far to difficult.

Not really difficult at all. It just takes political backbone more than that of a jellyfish. That’s where it falls down. The fecundity of algae was discovered by accident. It can be determined independently (I did).

Edited from previous posts.
Algal blooms were detected in the waters round about Florida. Florida is warm, coastal and with shallow topsoil (run-off into **salt water** [plenty of that]). My reasoning for the algal bloom phenomenon goes thus:

Florida = desired destination for aged American’s in their ‘twilight years’ = death statistics are above normal as the oldies go to their ‘just reward’ = complaints by grave diggers that they cannot easily dig the graves deep enough to meet health regulations before hitting clay or other water impermeable layers (I believe cremation is becoming popular). The depth of the typical grave is dug in ‘shallow’ topsoil (geologically speaking).

This implies a high water table. This hypothesis is supported by the alligator infested, swampy / marshy ‘Everglades’ area. This hypothesis is further supported by when e-TV used to run a program every Saturday at 18:05 - 'Seconds from Disaster' (they are rerunning it on Sunday now). This is a forensic reconstruction of events leading up to major disasters. On the 6/9/2008 they detailed the disaster of an American airliner which crashed in the Everglades. They made the point that the airliner destruction was so complete because it hit the limestone bedrock under the Everglades swamp surface.

So, phosphate-rich water from rain and irrigation drains into the closest river. The river flows into a coastal lagoon. The lagoon opens-up periodically to the sea. My geography gets a bit shaky here. The ‘sea’ is the Gulf of Mexico. The Gulf has warm waters and is not particularly rough (there is little dilution). So when the lagoons open-up to the sea, it provides good conditions for algal growth (nutrients & warm water) = algal blooms.

Thus fuel can be derived from algae (this has been researched). There is plenty of salt water – areas of the sea can be ‘fenced’ with those booms used to contain oil slicks (a positive contribution of oil pollution). The tons of algae can be harvested for fuel. This is in addition to other alternative sources. Q.E.D.

In SA the Southern Ocean is pretty rough so dilution is a hazard. This would imply the construction of breakwaters to fence-off algal growing areas. The areas of algal cultivation are so vast, that evaporation and raised salinity levels will be a problem. Some openings to the sea will be necessary so that the tides can ‘flush’ the algal Petri dishes. Present infrastructure can be used (pumping fuel inland). In areas with no access to the sea, the local growing of biofuel crops may be viable.

PS - next time try not to insult the person you disagree with. It makes your point of view seem less credible to anyone with half a brain.
 
Please read the Sept Popular mechanics it has a well balanced artical on the pro's and cons of the various methods of power generation

September 2010
Energyland
The road to clean energy is full of enticing opportunities – and perilous pitfalls. Picking the best path requires avoiding both starry-eyed hype and cynical fatalism. In this special report, PM debunks 10 of the most pernicious myths that could derail our progress.
http://www.popularmechanics.co.za/content/general/singlepage.asp?fid=2679&pno=1

I wanted to, but....

Read more in the September 2010 issue of Popular Mechanics – on sale on 23 August.
 
Never = until Jesus returns.
Arrogant = realistic.
The rest of the world would disagree on your definition of arrogant.

If by more energy you mean the input of sunlight, I assumed that. Otherwise, water is the only input. Are you getting a backhander from nuclear interests to push their agenda?
So no energy from the land is required, no energy required to do the conversion from crops into fuel? Only water is needed. Righto, tell me another one. I am reffering to land based biofuels here, as I did in my initial post. Not algae. It seems we were talking about different things here (algae based vs land based biofuels).

Not really difficult at all. It just takes political backbone more than that of a jellyfish. That’s where it falls down. The fecundity of algae was discovered by accident. It can be determined independently (I did).

Edited from previous posts.
Algal blooms were detected in the waters round about Florida. Florida is warm, coastal and with shallow topsoil (run-off into **salt water** [plenty of that]). My reasoning for the algal bloom phenomenon goes thus:

Florida = desired destination for aged American’s in their ‘twilight years’ = death statistics are above normal as the oldies go to their ‘just reward’ = complaints by grave diggers that they cannot easily dig the graves deep enough to meet health regulations before hitting clay or other water impermeable layers (I believe cremation is becoming popular). The depth of the typical grave is dug in ‘shallow’ topsoil (geologically speaking).

This implies a high water table. This hypothesis is supported by the alligator infested, swampy / marshy ‘Everglades’ area. This hypothesis is further supported by when e-TV used to run a program every Saturday at 18:05 - 'Seconds from Disaster' (they are rerunning it on Sunday now). This is a forensic reconstruction of events leading up to major disasters. On the 6/9/2008 they detailed the disaster of an American airliner which crashed in the Everglades. They made the point that the airliner destruction was so complete because it hit the limestone bedrock under the Everglades swamp surface.

So, phosphate-rich water from rain and irrigation drains into the closest river. The river flows into a coastal lagoon. The lagoon opens-up periodically to the sea. My geography gets a bit shaky here. The ‘sea’ is the Gulf of Mexico. The Gulf has warm waters and is not particularly rough (there is little dilution). So when the lagoons open-up to the sea, it provides good conditions for algal growth (nutrients & warm water) = algal blooms.
What does grave diggers, florida, old americans, plane crashes etc etc have to do with anything?

Thus fuel can be derived from algae (this has been researched). There is plenty of salt water – areas of the sea can be ‘fenced’ with those booms used to contain oil slicks (a positive contribution of oil pollution). The tons of algae can be harvested for fuel. This is in addition to other alternative sources. Q.E.D.
Yes I know this, its something I hope comes to fruition as well. But right now there is no commercially viable way of producing fuel from algae that I am aware of. Thus suggesting it as an alternative to anything is pointless.
 
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In the end we will pay for it. Instead of using these new green taxes they will find a way to get taxpayers to be taxed more.
While "loosing " money and enriching themselfs

I wish they would use the green taxes on it.....but we all know where that cash is going.
 
If they build nuclear, then they can start decommissioning those environmentally unfriendly horrible coal power stations!

Is Nuclear environmentally friendly???

What worries me is that people like we see and talk to at Telkom will be running these things. There is no accountability in state institutions and I get very worried when they start playing with nuclear fission.
 
Is Nuclear environmentally friendly???

What worries me is that people like we see and talk to at Telkom will be running these things. There is no accountability in state institutions and I get very worried when they start playing with nuclear fission.

Telkom runs power stations? :confused: ;) And yes, nuclear power is far more environmentally friendly than coal power. Nuclear is safer as well. Also note the part of the article where it says an independant organisation will be formed to run the new nuclear power stations. Does nobody read anymore??
 
Telkom runs power stations? :confused: ;) And yes, nuclear power is far more environmentally friendly than coal power. Nuclear is safer as well. Also note the part of the article where it says an independant organisation will be formed to run the new nuclear power stations. Does nobody read anymore??

I was talking about people who also suffer from a limited reading ability as well. (hint).

You seriously need to research how much environmental damage is caused by mining Uranium. These power stations also store radioactive waste for 1000's of years. Even decommissioning one single station takes a VERY long time and is VERY expensive.
 
I was talking about people who also suffer from a limited reading ability as well. (hint).

You seriously need to research how much environmental damage is caused by mining Uranium. These power stations also store radioactive waste for 1000's of years. Even decommissioning one single station takes a VERY long time and is VERY expensive.

Its still cleaner.
 
I was talking about people who also suffer from a limited reading ability as well. (hint).

You seriously need to research how much environmental damage is caused by mining Uranium. These power stations also store radioactive waste for 1000's of years. Even decommissioning one single station takes a VERY long time and is VERY expensive.

You obviously missed the post where we compared the deaths from coal and nuclear power (something like 250 000 for coal, and only 47 for nuclear). I wont even go into the diseases caused since coal pollutes water and air, while nuclear waste is (or should be) reasonably well contained. Seriously, coal is waaaaaay worse than nuclear.
 
If they build nuclear, then they can start decommissioning those environmentally unfriendly horrible coal power stations!

O wait, so the Nuclear waste is better than the CO2 being burned into the air?

Just curious :D
 
South Africa contracts specialists for these projects and I do not believe that when it comes to nuclear power that third world standards are the order of the day. Nuclear facilities are managed according to very strict protocols.

This is good news, not only because nuclear power is the most efficient power generation we have, but also because it will create a huge amount of jobs and stimulate our local chemical engineering sector - a huge boost to our economy, and to South Africas future, including that of the whole of Southern Africa.

At last government is investing in the future of this country in a meaningful and long lasting way.

Nuclear waste is a little thorn, perhaps one day we will find a proper solution of how to deal with it, the accident at Chernobyl was a lesson to the whole world and nuclear facilities and nuclear medicine around the world has benefited from the mistakes made in Russia.
 
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