caught a guy on GMA with Robin Roberts testing common items.. he got to the bunch of bananas and the detector thingamawhatzit went berserkOHMYGOD>Radiaiton detection equipment is insanely sensitive. Finding traces of contamination on luggage from someone who recently came form the area in concern is not earth shaking news.Troubling, but hardly earth shaking.'JbizzleMan said:Chicago?!!? Where are you going to go!! IT'S EVERYWHERE!!!!!!!!!!!
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Yeah, but we don't know where those bananas have been.caught a guy on GMA with Robin Roberts testing common items.. he got to the bunch of bananas and the detector thingamawhatzit went berserk

So we've learned to hook up a remote power source or perhaps locate back up gens on high reinforced ground (likely manmade).Correct. The tsunami took out the deisel generator which was provided power to the pumps after the quake caused a reactor scram (expected and proper) and took out the power grid as a whole.Without the subsequant tsunami, there'd be no story at all (at least...not on these plants)[so it survived the earthquake without major issues?
It's %!@$#^$ pathetic that irrational fears of radiation are keeping aid from reaching people who desperately need it. And STILL the reactors dominate the news because they breed fear.ETA: Some people here will go ape&^#@% if they learn even 50 people died of radiation poisoning. Others will go ape&%^$# when they learn of trace radioactivity found in some pond 10 miles away form the site 2 years from now, and they'll use this as evidance that nuclear power is unsafe.So far the official death tool has hit 5,692 with another 9,522 people missing, according to The National Police Agency. But there were very real fears today that the statistics were a terrible underestimate of those who perished in the tsunami.
Across the country some 434,000 people have been made homeless and are living in shelters.
Ken Joseph, an associate professor at Chiba University, is in Ishinomaki with the Japan Emergency Team.
He told the Evening Standard: 'I think the death toll is going to be closer to 100,000 than 10,000.
Read more: http://www.dailymail.co.uk/news/article-1366898/Japan-tsunami-earthquake-30-children-sit-silent-classroom-parents-vanish.html#ixzz1GuCV3IcG
Don't waste your time on these maroons, Ham. They still think oil comes from dinosaurs.Although the better question than what happens when you introduce all that carbon elsewhere may be what happens when its gone from whence it came? If we can't acknowledge that climate change is real, I don't think we're ready to even ask that.
The awful truth is that the death count was set the day this tragic earthquake/tsunami happened. There is very little hope of any search and rescue mission. Have you seen the pictures? As for the fear, it's real and I don't blame them for feeling it. This is an unprecedented event, and we don't have enough information to declare a safe environment. I heard Dr. Sanjay Gupta warn pregnant women and children of the effect of radiation on growing body cells and the link to cancer. I hear that the radiation around #3 and #4 is so bad around the pool that exposure for less than a minute could cause death. It's enough to make people fearful. If its my life and my childrens life, I err on the side of caution, seven days a week and twice on Sunday. Please dont critisize, you arent in thier shoes.It's %!@$#^$ pathetic that irrational fears of radiation are keeping aid from reaching people who desperately need it. And STILL the reactors dominate the news because they breed fear.ETA: Some people here will go ape&^#@% if they learn even 50 people died of radiation poisoning. Others will go ape&%^$# when they learn of trace radioactivity found in some pond 10 miles away form the site 2 years from now, and they'll use this as evidance that nuclear power is unsafe.So far the official death tool has hit 5,692 with another 9,522 people missing, according to The National Police Agency. But there were very real fears today that the statistics were a terrible underestimate of those who perished in the tsunami.
Across the country some 434,000 people have been made homeless and are living in shelters.
Ken Joseph, an associate professor at Chiba University, is in Ishinomaki with the Japan Emergency Team.
He told the Evening Standard: 'I think the death toll is going to be closer to 100,000 than 10,000.
Read more: http://www.dailymail.co.uk/news/article-1366898/Japan-tsunami-earthquake-30-children-sit-silent-classroom-parents-vanish.html#ixzz1GuCV3IcG
Never mind the fact that the problem was caused by an earthquake and tsunami that DIRECTLY caused the deaths of tens of thousands, and left another 1/2 million homeless. Never mind the fact that the tsunami probably dragged 1000X more dangerous debris, fuel oil, gasoline and other environmental pollutants out to sea with it than the "nuclear catastrophe" will add.
Get a ^@#&$*@()$ grip people.
I'm talking about the people here. I'm talking about things like the US gov't telling her NAVY to stay several hundred miles away.Radiation around unsheilded spent fuel would be stupid high, deadly high no doubt...but that's NOT released radioactive material to the environment, and it's fairly easily fixed. Of course...nobody tells you it's relatively easily fixed and not a general danger to the public because tehy're too busy peddling fear...fear that's interfering with getting help to people who desperately need it.The awful truth is that the death count was set the day this tragic earthquake/tsunami happened. There is very little hope of any search and rescue mission. Have you seen the pictures? As for the fear, it's real and I don't blame them for feeling it. This is an unprecedented event, and we don't have enough information to declare a safe environment. I heard Dr. Sanjay Gupta warn pregnant women and children of the effect of radiation on growing body cells and the link to cancer. I hear that the radiation around #3 and #4 is so bad around the pool that exposure for less than a minute could cause death. It's enough to make people fearful. If its my life and my childrens life, I err on the side of caution, seven days a week and twice on Sunday. Please dont critisize, you arent in thier shoes.It's %!@$#^$ pathetic that irrational fears of radiation are keeping aid from reaching people who desperately need it. And STILL the reactors dominate the news because they breed fear.ETA: Some people here will go ape&^#@% if they learn even 50 people died of radiation poisoning. Others will go ape&%^$# when they learn of trace radioactivity found in some pond 10 miles away form the site 2 years from now, and they'll use this as evidance that nuclear power is unsafe.So far the official death tool has hit 5,692 with another 9,522 people missing, according to The National Police Agency. But there were very real fears today that the statistics were a terrible underestimate of those who perished in the tsunami.
Across the country some 434,000 people have been made homeless and are living in shelters.
Ken Joseph, an associate professor at Chiba University, is in Ishinomaki with the Japan Emergency Team.
He told the Evening Standard: 'I think the death toll is going to be closer to 100,000 than 10,000.
Read more: http://www.dailymail.co.uk/news/article-1366898/Japan-tsunami-earthquake-30-children-sit-silent-classroom-parents-vanish.html#ixzz1GuCV3IcG
Never mind the fact that the problem was caused by an earthquake and tsunami that DIRECTLY caused the deaths of tens of thousands, and left another 1/2 million homeless. Never mind the fact that the tsunami probably dragged 1000X more dangerous debris, fuel oil, gasoline and other environmental pollutants out to sea with it than the "nuclear catastrophe" will add.
Get a ^@#&$*@()$ grip people.
Perhaps you ought to spend some time in the Earthquake/Tsunami thread. This is the meltdown thread.Comparing the meltdown to the greater catastrophe does not make it any better, or smaller.It's %!@$#^$ pathetic that irrational fears of radiation are keeping aid from reaching people who desperately need it. And STILL the reactors dominate the news because they breed fear.ETA: Some people here will go ape&^#@% if they learn even 50 people died of radiation poisoning. Others will go ape&%^$# when they learn of trace radioactivity found in some pond 10 miles away form the site 2 years from now, and they'll use this as evidance that nuclear power is unsafe.Never mind the fact that the problem was caused by an earthquake and tsunami that DIRECTLY caused the deaths of tens of thousands, and left another 1/2 million homeless. Never mind the fact that the tsunami probably dragged 1000X more dangerous debris, fuel oil, gasoline and other environmental pollutants out to sea with it than the "nuclear catastrophe" will add.Get a ^@#&$*@()$ grip people.
There will be plenty of time to worry about the damage caused to the reputation of nuclear power in the future.Some people here will go ape&^#@% if they learn even 50 people died of radiation poisoning. Others will go ape&%^$# when they learn of trace radioactivity found in some pond 10 miles away form the site 2 years from now, and they'll use this as evidance that nuclear power is unsafe.
Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.
But David, today Obama said there was nothing for us to worry about.'David Dodds said:Don't shoot the messenger here. A lot of these bloggers have been right about this thing. This is very doom and gloom though (even by my standards):
http://fiatsfire.blo...counter-45.html

What means trace amounts? Can we see the number?'pantagrapher said:I'm out of here.Radiation From Japan Detected At O'Hare AirportMarch 17, 2011 11:53 AMCHICAGO (CBS) — Trace amounts of radiation from Japan have been detected in Chicago.As WBBM Newsradio 780′s Mike Krauser reports, travelers coming in from Japan on Wednesday triggered radiation detectors at O'Hare as they passed through customs. Only very small amounts of radiation were detected."We are aware of the radiation," said Chicago Aviation Department spokesman Karen Pride. "We are adding screenings and precautionary measures."LISTEN: Newsradio 780′s Mike Krauser reportsIn one instance, radiation was detected in a plane's air filtration system. Radiation was also found in luggage and on passengers on flights from Japan.Mayor Richard M. Daley and other city officials wouldn't provide any additional details, saying federal authorities were handling the situation."Of course the protection of the person coming off the plane is important in regards to any radiation and especially within their families," Daley said at an unrelated event.The mayor said the city has no local policy when it comes to detecting radiation at the airports."That would be up to the federal government. Every city can't have a policy. One says yes, one says no, you can't do that. You have to have a federal policy dealing with anyone entering the country in regards to the situations like that," Daley said. "And they handle it very professionally and it will be up to Homeland Security. We've been working with them. They have the primary responsibility."Homeland Security officials would not comment specifically on the radiation at O'Hare. But Customs and Border Protection officials said they are monitoring radiation levels on flights and passengers coming from Japan."U.S. Customs and Border Protection (CBP) is monitoring developments in Japan carefully and is specifically assessing the potential for radiological contamination associated with the ongoing impact of the earthquake and tsunami to Japan's nuclear facilities," CBP spokeswoman Cherise Miles said in an e-mail.Customs officials said that no aircraft entering the U.S. has tested positive for harmful levels of radiation. Travelers who show signs of radiation sickness are being referred to health authorities for proper treatment.
The earthquake affected Crescent City? Really?That would be a great epic rap battle. It's got to be close... Earthquake affected a far wider area, but the tsunami destroyed everything in its path. Gotta think that the total losses racked up by the tsunami are in the hundreds of billions and are therefore more significant in terms of economic damage.What caused the most damage, the earthquake or the tsunami?
tectonic - it's tectonic.Release of pressure between tetonic plates caused the quake... What triggered the release - time and force. What caused the force over time is pretty clear, but what triggered it is a subject of study.Per Ham, I think the Moon. Probably pissed off after Dr. Detroit tried to change its name.what caused the earthquake?The earthquake caused the tsunami, so it wins on a technicality.What caused the most damage, the earthquake or the tsunami?
so we can burn it.Nothing too abnormal about your perspective. Pretty much why we're ####ed as a species if we ever intend to live sustainably with resources. I think that drilling out a substance found in nature that is carbon based and has almost magical lubrication and heat mitigating properties and burning it into our atmosphere may have an impact eventually. Why did nature create that substance?You need to be locked in a rubber room.Never said cause, said I was speculating that it is the kind of activity we've jumped headlong into without knowledge of the full impact. I was clear to say it was just a thought and is wildly speculative, but the fact is there is little if anything in nature you can harvest to completion without it tying in intricately with something else. Cause, no. Contributing factor to weather, seismic activity and global ecology... Perhaps.He also stated that taking oil out of the ground could be the cause even though earthquakes happened before drilling for oil started.Per Ham, I think the Moon. Probably pissed off after Dr. Detroit tried to change its name.what caused the earthquake?The earthquake caused the tsunami, so it wins on a technicality.What caused the most damage, the earthquake or the tsunami?
Hey hammy, you want to get real scared?All fertilizer contains potash. Potash is generally in the form of potassium chloride. Potassium 40 is radioactive. Bet it gets into the food chain too.Although the better question than what happens when you introduce all that carbon elsewhere may be what happens when its gone from whence it came? If we can't acknowledge that climate change is real, I don't think we're ready to even ask that.
Are waste to energy plants so unpopular? I never felt that was true. Maybe you have that perspective. If true, I suppose it's because they are woefully inefficient in terms of solid fuel to btu content, and the waste materials generated can be nasty. I have seen this in cogeneration plants where the goal is fuel nuetral status, but the effect is sometimes an increase in carbon footprint!The renewable category has more than wind and solar. There is geothermal, biofuels, tidal turbines, thermal storage. There is also a tremendous amount of wasted energy in inefficient architecture and building component and controls. The world now needs about 1.6 terrawatts hours/year to run at its current requirement. Or its equivalent Btu content. It needs to come from somewhere. I am not saying 40 percent will come from renewables. 15 percent should be a goal, and really it will take 20 years to get to that point. It's a long, slow ride to ramping renewables into a widely accepted, economic alternative. And getting to the question you asked, why choose one waste stream for economics and not another? I suppose there is some room for subjectivity prior to analyzing the fuel stream up to the plant. But the environmental costs the EPA are touting are fuel nuetral, and their aim is to eliminate mercury and other wastes at the emission cycle. So in that sense, it is a fair comparison, apples to apples...say.Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.
It shows that?Good picture showing no water in spent rods area #4:
http://www.telegraph...n-meltdown.html
Japan nuclear plant: exposed to the elements - nuclear fuel in meltdown
Beneath the crane, just out of shot, is the pool holding the fuel rods, which should contain water 45ft deep but which has now boiled dry.
geothermal is also pretty limited as we usually think of the term. However if we look at the possibility of circulating water through deep wells and then through heat exchangers, we can use it for limited heating and cooling (using normal geothermal gradient and shallow wells, we can keep circulating water at about 50 F. So that could help with heating in cold climes and cooling in warm ones, but as a supplement only. And there is a capital cost. I looked at it for my place and couldn't justify the capital costs.Why waste to energy plants are unpopular at least the Spokane one, is that they burn tires and people complain about it.I agree that we could have better passive solar systems and more efficient buildings, but again it becomes a matter of being able to justify the capital costs.Are waste to energy plants so unpopular? I never felt that was true. Maybe you have that perspective. If true, I suppose it's because they are woefully inefficient in terms of solid fuel to btu content, and the waste materials generated can be nasty. I have seen this in cogeneration plants where the goal is fuel nuetral status, but the effect is sometimes an increase in carbon footprint!The renewable category has more than wind and solar. There is geothermal, biofuels, tidal turbines, thermal storage. There is also a tremendous amount of wasted energy in inefficient architecture and building component and controls. The world now needs about 1.6 terrawatts hours/year to run at its current requirement. Or its equivalent Btu content. It needs to come from somewhere. I am not saying 40 percent will come from renewables. 15 percent should be a goal, and really it will take 20 years to get to that point. It's a long, slow ride to ramping renewables into a widely accepted, economic alternative. And getting to the question you asked, why choose one waste stream for economics and not another? I suppose there is some room for subjectivity prior to analyzing the fuel stream up to the plant. But the environmental costs the EPA are touting are fuel nuetral, and their aim is to eliminate mercury and other wastes at the emission cycle. So in that sense, it is a fair comparison, apples to apples...say.Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.
Go ahead and play along with his shenanigans. At best he is a complete moron, at worst he is pretending to be. I'll give him the benefit of the doubt.You're not helping!You really dont understand thermodynamics do you?This will work or it will be a ton of steam only for an awful long time?Until the rods cool down, yep.Can the water trucks even work? I am guessing that the temperature is nearing 1000 degrees C. Won't the water vaporize even if it's on target? Don't they need circulating water to cool these down?Each truck is said to have about 4 tons of water (For comparison, CNN said the helos were carrying 7.5 tons of water). That sounds like a lot, but these pools are 15m deep. Even if these water trucks can hit the target, won't this end up mostly being a giant steam show?
Geothermal's sweet spot for economic recovery is a place like Kentucky, where heating degree days close match cooling degree days. The maximum amount of heat transfer per btu is attained, (greatest delta T on average). The problem I had in installing was not economic, but regulatory, as aquifers owned by neighboring counties own water rights and wont permit penetration, even with a closed loop system. I can imagine a tire burning plant would be unpleasant to be around, like living around a tallow yard. And as for justifying capital costs, I do it all the time with building modeling systems. They are free to download from DOE FEMP. I highly recommend Equest.geothermal is also pretty limited as we usually think of the term. However if we look at the possibility of circulating water through deep wells and then through heat exchangers, we can use it for limited heating and cooling (using normal geothermal gradient and shallow wells, we can keep circulating water at about 50 F. So that could help with heating in cold climes and cooling in warm ones, but as a supplement only. And there is a capital cost. I looked at it for my place and couldn't justify the capital costs.Why waste to energy plants are unpopular at least the Spokane one, is that they burn tires and people complain about it.I agree that we could have better passive solar systems and more efficient buildings, but again it becomes a matter of being able to justify the capital costs.Are waste to energy plants so unpopular? I never felt that was true. Maybe you have that perspective. If true, I suppose it's because they are woefully inefficient in terms of solid fuel to btu content, and the waste materials generated can be nasty. I have seen this in cogeneration plants where the goal is fuel nuetral status, but the effect is sometimes an increase in carbon footprint!The renewable category has more than wind and solar. There is geothermal, biofuels, tidal turbines, thermal storage. There is also a tremendous amount of wasted energy in inefficient architecture and building component and controls. The world now needs about 1.6 terrawatts hours/year to run at its current requirement. Or its equivalent Btu content. It needs to come from somewhere. I am not saying 40 percent will come from renewables. 15 percent should be a goal, and really it will take 20 years to get to that point. It's a long, slow ride to ramping renewables into a widely accepted, economic alternative. And getting to the question you asked, why choose one waste stream for economics and not another? I suppose there is some room for subjectivity prior to analyzing the fuel stream up to the plant. But the environmental costs the EPA are touting are fuel nuetral, and their aim is to eliminate mercury and other wastes at the emission cycle. So in that sense, it is a fair comparison, apples to apples...say.Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.
Have a great season!Go ahead and play along with his shenanigans. At best he is a complete moron, at worst he is pretending to be. I'll give him the benefit of the doubt.You're not helping!You really dont understand thermodynamics do you?This will work or it will be a ton of steam only for an awful long time?Until the rods cool down, yep.Can the water trucks even work? I am guessing that the temperature is nearing 1000 degrees C. Won't the water vaporize even if it's on target? Don't they need circulating water to cool these down?Each truck is said to have about 4 tons of water (For comparison, CNN said the helos were carrying 7.5 tons of water). That sounds like a lot, but these pools are 15m deep. Even if these water trucks can hit the target, won't this end up mostly being a giant steam show?
I've never really been able to smell anything when I drove by it on the way to the airport. It is not like it is downtown or anything.You use DCF-ROI analysis? Because one of the problems is that it takes a long time to recoup the capital. Even without considering the time value of money, I couldn't make the numbers work for geothermal at my place north of Spokane, WA. And it gets real cold here. Hot not so much. Also, I use propane for heating, with some minor electricity (both of which are cheap here).Geothermal's sweet spot for economic recovery is a place like Kentucky, where heating degree days close match cooling degree days. The maximum amount of heat transfer per btu is attained, (greatest delta T on average). The problem I had in installing was not economic, but regulatory, as aquifers owned by neighboring counties own water rights and wont permit penetration, even with a closed loop system. I can imagine a tire burning plant would be unpleasant to be around, like living around a tallow yard. And as for justifying capital costs, I do it all the time with building modeling systems. They are free to download from DOE FEMP. I highly recommend Equest.geothermal is also pretty limited as we usually think of the term. However if we look at the possibility of circulating water through deep wells and then through heat exchangers, we can use it for limited heating and cooling (using normal geothermal gradient and shallow wells, we can keep circulating water at about 50 F. So that could help with heating in cold climes and cooling in warm ones, but as a supplement only. And there is a capital cost. I looked at it for my place and couldn't justify the capital costs.Why waste to energy plants are unpopular at least the Spokane one, is that they burn tires and people complain about it.I agree that we could have better passive solar systems and more efficient buildings, but again it becomes a matter of being able to justify the capital costs.Are waste to energy plants so unpopular? I never felt that was true. Maybe you have that perspective. If true, I suppose it's because they are woefully inefficient in terms of solid fuel to btu content, and the waste materials generated can be nasty. I have seen this in cogeneration plants where the goal is fuel nuetral status, but the effect is sometimes an increase in carbon footprint!The renewable category has more than wind and solar. There is geothermal, biofuels, tidal turbines, thermal storage. There is also a tremendous amount of wasted energy in inefficient architecture and building component and controls. The world now needs about 1.6 terrawatts hours/year to run at its current requirement. Or its equivalent Btu content. It needs to come from somewhere. I am not saying 40 percent will come from renewables. 15 percent should be a goal, and really it will take 20 years to get to that point. It's a long, slow ride to ramping renewables into a widely accepted, economic alternative. And getting to the question you asked, why choose one waste stream for economics and not another? I suppose there is some room for subjectivity prior to analyzing the fuel stream up to the plant. But the environmental costs the EPA are touting are fuel nuetral, and their aim is to eliminate mercury and other wastes at the emission cycle. So in that sense, it is a fair comparison, apples to apples...say.Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.![]()
Hey, you have a Broncos fan and a Raiders fan having a civil discussion here. This is history in the making!Can we have the environmental debate in another thread? This is for serious business only.
ROI is a nice starting point. But I have to follow up with a government formula that spits out an SIR, savings to investment ratio. It is only official validation of the economics. I don't doubt that geothermal will be hard to justify. Your climate is heavily loaded with HDD's (heating degree days). Your benefit is mainly over the winter, and your delta T is less in the summer. I used to live in Colorado, and infrared heat was a good alternative to some propane equipment, particularly in high bay applications....and since electric is cheap, you may consider that.I've never really been able to smell anything when I drove by it on the way to the airport. It is not like it is downtown or anything.You use DCF-ROI analysis? Because one of the problems is that it takes a long time to recoup the capital. Even without considering the time value of money, I couldn't make the numbers work for geothermal at my place north of Spokane, WA. And it gets real cold here. Hot not so much. Also, I use propane for heating, with some minor electricity (both of which are cheap here).Geothermal's sweet spot for economic recovery is a place like Kentucky, where heating degree days close match cooling degree days. The maximum amount of heat transfer per btu is attained, (greatest delta T on average). The problem I had in installing was not economic, but regulatory, as aquifers owned by neighboring counties own water rights and wont permit penetration, even with a closed loop system. I can imagine a tire burning plant would be unpleasant to be around, like living around a tallow yard. And as for justifying capital costs, I do it all the time with building modeling systems. They are free to download from DOE FEMP. I highly recommend Equest.geothermal is also pretty limited as we usually think of the term. However if we look at the possibility of circulating water through deep wells and then through heat exchangers, we can use it for limited heating and cooling (using normal geothermal gradient and shallow wells, we can keep circulating water at about 50 F. So that could help with heating in cold climes and cooling in warm ones, but as a supplement only. And there is a capital cost. I looked at it for my place and couldn't justify the capital costs.Why waste to energy plants are unpopular at least the Spokane one, is that they burn tires and people complain about it.I agree that we could have better passive solar systems and more efficient buildings, but again it becomes a matter of being able to justify the capital costs.Are waste to energy plants so unpopular? I never felt that was true. Maybe you have that perspective. If true, I suppose it's because they are woefully inefficient in terms of solid fuel to btu content, and the waste materials generated can be nasty. I have seen this in cogeneration plants where the goal is fuel nuetral status, but the effect is sometimes an increase in carbon footprint!The renewable category has more than wind and solar. There is geothermal, biofuels, tidal turbines, thermal storage. There is also a tremendous amount of wasted energy in inefficient architecture and building component and controls. The world now needs about 1.6 terrawatts hours/year to run at its current requirement. Or its equivalent Btu content. It needs to come from somewhere. I am not saying 40 percent will come from renewables. 15 percent should be a goal, and really it will take 20 years to get to that point. It's a long, slow ride to ramping renewables into a widely accepted, economic alternative. And getting to the question you asked, why choose one waste stream for economics and not another? I suppose there is some room for subjectivity prior to analyzing the fuel stream up to the plant. But the environmental costs the EPA are touting are fuel nuetral, and their aim is to eliminate mercury and other wastes at the emission cycle. So in that sense, it is a fair comparison, apples to apples...say.Yes and no. Wat are the environmental costs of damming the Columbia? What are the environmental costs of mining uranium.And what are the economic benefits of mining coal, drilling for oil and gas, etc. We can't just pick and chose - we have to consider all costs and benefits.What about the environmental costs/economic benefits of waste to energy plants? And why are they so unpopular?Frankly, I cannot see even 40% of our energy being generated by wind and solar - it isn't there. Not saying it shouldn't be used where it makes sense, it's just that it doesn't make sense in many places.Oh, I know full well that I am in the minority. I don't disagree with your assertion that they are currently heavily subsidized. BPA is still the only hybrid (Gov/Private) power company in the US. They are propped up by the Gov't in many ways. But they offer services to the Gov't that preclude regional utilities hidden costs, especially attributed to the wheeling of electricity. Some good people at BPA, very smart folks. I guess it comes down to how much do you believe the environmental costs of Coal/Oil/Nuke. According the EPA, the cost of minimizing emissions from these sources provides an economic benefit of $5 to $13 for every dollar spent. I will assume that they are using environmental and health costs to project that return on investment. Now if you allow or agree upon some reasonable cost in the economic index of power costs, you will see the equation begin to balance even with those large Gov't subsidies. That make sense? I know, it requires a belief that these difficult to quantify and difficult to prove environmental impacts even exist. But deep down, we all must agree that they do.I think you may be in the minority in the green energy movement though. Certainly how that battle is being fought in the political arena would argue that is so.Certainly for every green energy except hydro and geothermal, none would survive without substantially more government subsidies than what people think the oil industry gets. And that includes nuclear.ETA: and even hydropower needed subsidies in the beginning. Bonneville Power was the largest bond default in history for a long time.![]()
Hey, you have a Broncos fan and a Raiders fan having a civil discussion here. This is history in the making!Can we have the environmental debate in another thread? This is for serious business only.
Better than "years".http://english.kyodo...1/03/79194.html
'Weeks' needed to cool down Fukushima nuke reactors: U.S. regulator

nah, nuking the site from orbit is the only way to be sureThis was probably covered elswhere, but I can't find it: wasn't the ultimate solution to Chernobyl burying it in conrete? Will they eventually come to that here?
Did you think this was something that could happen overnight? And that previous post linked to a UK scandal rag is the Stuff National Enquirer is made of. They FACTUALLY stated that R4 spent fuel rod pool was dry. That is pure conjecture, they still can't see into the pool to know what the water level is or isn't, but one Japanese authority also claimed to have seen water in the pool, in fact during a fly by today. That report includes blatant lies.
DD... do you WANT a disaster of mega proprotions? It's almost like you are hoping, even praying for the worst possible scenario. You are worse than Anerson Cooper who keeps saying that "They are fighting for their lives..." which is sensationalism at it's absolute most pukifying.
It's post like this that dissapoint me that the '+' button doesnt work. I give you a big PlusThe wikipedia entry states that it was entombed (a sarcophagus of metal and concrete), but there are plans to build the largest moveable structure ever (an arch), away from the site, due to radiation concerns, and then place it over the existing ,due to concerns about its stability. The surrounding area had to be decontaminated first. Why can robots mix concrete on site and pour it over the current structure?This was probably covered elswhere, but I can't find it: wasn't the ultimate solution to Chernobyl burying it in conrete? Will they eventually come to that here?
Why would I want a disaster to happen? That's pretty messed up to even think that. I have friends living in Japan and think these people have been through hell. I am posting links because I think this is an important event that has taken place.DD... do you WANT a disaster of mega proprotions? It's almost like you are hoping, even praying for the worst possible scenario. You are worse than Anerson Cooper who keeps saying that "They are fighting for their lives..." which is sensationalism at it's absolute most pukifying.
http://www.latimes.com/news/nationworld/world/la-fg-japan-quake-wrapup-20110318,0,2262753.storyU.S. nuclear officials suspect Japanese plant has a dire breachFrom the article:...U.S. government nuclear experts believe a spent fuel pool at Japan's crippled Fukushima reactor complex has a breach in the wall or floor......based on the sequence of events since the earthquake and information provided by key American contractors who were in the plant at the time......the spent fuel pool does not have its own containment vessel...the pool...contains 130 tons of uranium fuel......A breach in the pool would leave engineers with a problem that has no precedent or ready-made solution...

china syndrome time.My Ex-wife worked for the LA Times. They take reporting extremely seriously there. I hope though for all of the people in Japan that they are wrong about what they just reported.