@FLJeff;
"Nope again and again."
Take that up with Stern.
"I tried to explain the engineering aspects of solving this problem, but I realize that I should keep the technical discussions among degreed engineers who are willing to listen and think."
Good. Given you've concluded I'm not a degreed engineer, and you are, having established your self pronounced position of superiority, stop posting to me. It's really easy.
"Reduction of use of fossil fuels is certainly part of the solution, and it is happening now. But the level of emissions per BTU of fossil fuels is another avenue. This is the third time that I am explaining this, having given technical examples previously that I am simply not going to repeat again."
Jeff, you continue to miss the point. What do we do with the installed base? I readily accept that if one had unlimited funds, and were building a new power plant, one could be built that is far and away more efficient than the older plants we have in service today. And, some of these technical improvements might yield enough efficiency gain to be commercially viable.
"It will be academic as fossil fuels are indeed phased out as replacement technologies prevail over the next century. But your steadfast refusal to listen to fact is appalling, UT. And your arrogance at advising me what frustrates me is galling."
This is a social arguement. Since you're fond of social arguements, here's another. Your opinon isn't fact. Other people, using the same facts as you, will have opinons and draw conclusions that differ from yours. Once you deal with your own arrogance issues, this will no longer appall you. If you cease to be appalled, which you can do, you will then no longer regard other people having opinons that differe from yours as arrogance, and your frustration will end.
"Efficiency has more than doubled, and new limits are being reached yearly"
Jeff, this is engineer think. Being a degreed engineer and all, this is not surprising. The problem continues to be the installed base of inefficient older plants. How do you achieve reductions to present levels of emissions through increased efficiencies without retrofitting, altering, or replacing existing power plants?
"You need to familiarize yourself with these technologies, and also to separate the process improvements, which allow burning the same quantities of fossil fuels with reduced emission levels, from the cycle efficiency improvements, which produce more mW per BTU, so less emissions per mW."
It isn't me Jeff. Most EU countries have signed one to Kyoto. They also have engineers working in their power industries just as degreed as you if not more. Kyoto calls for a modest 2% annual reduction of GHG emissions to achieve pre-1990 levels. None of the EU nations, with all of these technologies you keep basing your arguement on available to them, and certainly the political will, as evidenced by their signing on to Kyoto, are able to make their targets. Stern's study is based on a 5% annual reduction of GHG emissions. If EU countries with the greatest wealth, most technical sophistication, relatively small population growth, slower economic growth than either developing countries or the United States, lower per capita energy consumption than the United States, can't make 2% reductions, why would it be plausible to believe that they could make 5% reductions as called for in Stern?
"Nope again and again."
Take that up with Stern.
"I tried to explain the engineering aspects of solving this problem, but I realize that I should keep the technical discussions among degreed engineers who are willing to listen and think."
Good. Given you've concluded I'm not a degreed engineer, and you are, having established your self pronounced position of superiority, stop posting to me. It's really easy.
"Reduction of use of fossil fuels is certainly part of the solution, and it is happening now. But the level of emissions per BTU of fossil fuels is another avenue. This is the third time that I am explaining this, having given technical examples previously that I am simply not going to repeat again."
Jeff, you continue to miss the point. What do we do with the installed base? I readily accept that if one had unlimited funds, and were building a new power plant, one could be built that is far and away more efficient than the older plants we have in service today. And, some of these technical improvements might yield enough efficiency gain to be commercially viable.
"It will be academic as fossil fuels are indeed phased out as replacement technologies prevail over the next century. But your steadfast refusal to listen to fact is appalling, UT. And your arrogance at advising me what frustrates me is galling."
This is a social arguement. Since you're fond of social arguements, here's another. Your opinon isn't fact. Other people, using the same facts as you, will have opinons and draw conclusions that differ from yours. Once you deal with your own arrogance issues, this will no longer appall you. If you cease to be appalled, which you can do, you will then no longer regard other people having opinons that differe from yours as arrogance, and your frustration will end.
"Efficiency has more than doubled, and new limits are being reached yearly"
Jeff, this is engineer think. Being a degreed engineer and all, this is not surprising. The problem continues to be the installed base of inefficient older plants. How do you achieve reductions to present levels of emissions through increased efficiencies without retrofitting, altering, or replacing existing power plants?
"You need to familiarize yourself with these technologies, and also to separate the process improvements, which allow burning the same quantities of fossil fuels with reduced emission levels, from the cycle efficiency improvements, which produce more mW per BTU, so less emissions per mW."
It isn't me Jeff. Most EU countries have signed one to Kyoto. They also have engineers working in their power industries just as degreed as you if not more. Kyoto calls for a modest 2% annual reduction of GHG emissions to achieve pre-1990 levels. None of the EU nations, with all of these technologies you keep basing your arguement on available to them, and certainly the political will, as evidenced by their signing on to Kyoto, are able to make their targets. Stern's study is based on a 5% annual reduction of GHG emissions. If EU countries with the greatest wealth, most technical sophistication, relatively small population growth, slower economic growth than either developing countries or the United States, lower per capita energy consumption than the United States, can't make 2% reductions, why would it be plausible to believe that they could make 5% reductions as called for in Stern?
