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Originally posted by Aramco
B) Don't mind if corporations continue to pollute the atmosphere with toxic fossil fuels and chemicals.
Who cares, people pollute on a daily basis. Where do you think feces goes? To magical disposal land? Out to sea!
Originally posted by SpeakerofTruth
Stellar,the "point" you are trying to get across doesn't make since.
First you seem very pro-corporate and then you degrade them for not using alternative sources.
Where in the hell do you stand on this issue?
You puzzle me. You really do.
It's clear where I stand;I can't say the same for you. You seem to be arguing from both sides of the fence to me.
This is an either/or topic:
You either
A) Support the development and use of alternative fuels sources.
or
B) Don't mind if corporations continue to pollute the atmosphere with toxic fossil fuels and chemicals.
So,which is it?
Originally posted by DYepes
Do any of yall have any idea whether your power company offers the same little program that I posted? a 100 kilowatt bloc of renewable energy dispensed into the grid for 5$ extra a month offsets enough pollution as planting a third an acre of trees, or taking the car of the road for three months.
If a hundrd thousand people did that in a city, well thats alot of pollution staved off every month I would say its definetly worth 5$ a month extra, might even go down if enough people get involved. I thin yall should consider looking into it and see if your power company also offers that service. I figure TECO cannot possibly be the only one out of hundreds of municipilaties across the nation.
INTEGRATED BIOENERGY CENTER SUBSYSTEMS
How The Subsystems All Work Together
Waste from the livestock facilities will be processed through an anaerobic digester to
extract methane which will be utilized to power the ethanol plant. An algae system
will recover carbon dioxide from the power plant and nutrients from the livestock
waste to create an oil source for the biodiesel facility. There are a number of other
waste streams which are utilized and the net result should be subsystems which are
more efficient compared to stand alone facilities. A significant additional benefit is a
reduction of water and air emissions though an integrated system.
Trevor McKeeman, NISTAC’s, Business Development Manager, said, “The primary
benefit that is expected from the Center is the efficiency of integration.” He added,
“The improved economics over stand-alone systems, the re-use of water, utilization
of waste streams and removal of the carbon dioxide from power plant flue gas will
benefit all the partners involved in this project.”
On June 7, 2006, a bipartisan group of Senators and Representatives introduced concurrent Congressional resolutions calling for a new national renewable energy goal: 25% of the nation’s energy supply from renewable sources by 2025.
The resolution builds on a broad and politically influential coalition including agriculture, industry, and environmental leaders, as well as several governors and state legislatures.
“Today we have Republicans and Democrats, rural and urban interests, and representatives from over 140 different farm, forestry and environmental organizations coming together behind a common energy goal for the nation,” said 25x’25 Steering Committee Co-Chair Bill Richards. “This introduction is truly unprecedented.”
Solar Projects
In its efforts to create a more sustainable community, the Las Vegas Valley Water District (LVVWD) is building solar power generating systems at six facilities.
The 3.1 megawatt photovoltaic solar energy project will be one of the largest ever built by a public agency in the United States.
The LVVWD Distributed Solar Array systems will generate 5.3 million kilowatt-hours of clean electricity per year. The electricity generated by the solar arrays will support onsite operations, including pumping operations and water-treatment processes.
The solar project is being developed in partnership with Nevada Power Company and PowerLight Corporation.
Spain makes solar panels compulsory on new buildings
The world's biggest solar-power plant -- that's what Stirling Energy Systems could soon be building in California's Mojave Desert. The Phoenix-based upstart last week won a major commitment from Southern California Edison (SCE.PB ).
For 20 years, the utility will buy all the electricity that Stirling can generate at a 500-megawatt (MW) solar-energy farm near Victorville. Previously, the most ambitious plan for solar power was the 12-MW Solarpark Gut Erlasse, near Arnstein, Germany.
Wal-Mart To Clean Their Impact On the Environment
The company, second-largest in revenue in the world behind ExxonMobil, has vowed to invest $500 million a year in energy-saving technologies.
Originally posted by SpeakerofTruth
DYepes, ethanol would be something that I could indeed support. It seems to me that some are already trying to implement its use,which is good.
However,I think it's not only going to take the actions of corporations to clear this mess up, but the individual in general as well.
11/19/2006 Gobbled Up!
By Tom Morgan Source: star 913 for 11/19/06
Price gougers! Conspiracy! Crisis!
In January they were charging just $2.10. By the end of October they were gouging us for $3.47. That is a massive increase. Just since mid-September they ran the price up 55 percent.
This is a huge conspiracy, that much is obvious.
Where are our politicians when we need them? We should be whacking these outfits with excess profits tax. Call it an obscene profits tax Price gougers! Conspiracy! Crisis!
In January they were charging just $2.10. By the end of October they were gouging us for $3.47. That is a massive increase. Just since mid-September they ran the price up 55 percent.
This is a huge conspiracy, that much is obvious.
Where are our politicians when we need them? We should be whacking these outfits with excess profits tax. Call it an obscene profits tax.
And we should be putting a lid on these prices. Price controls - that's what we need!
And if we can shift our focus just a bit we will see a black cloud on the horizon. Shortages up ahead. Yes. Inventories are being gobbled up and we are headed for shortages.
Where is Al Gore when we need him?
Yes...I did use the term "gobbled up". Well, it's accurate. We are gobbling up the corn.
The corn.
Oh! You thought I was writing about gasoline?
I was writing about corn. Corn sold for $2.10 a bushel in January. By the end of October it was nudging $3.50 a bushel. Hang onto your Fritos, friend. While you can buy 'em cheap.
And why has the price of corn shot up? As I said, it is a conspiracy. The big corn farmers and companies have set out to gouge us.
Yes, I've read that it's the ethanol companies that are running up the prices for corn. They need more and more corn to make more and more ethanol. To satisfy the demand from American motorists.
You don't believe that garbage, do you? Ethanol is marketed by whom? By oil companies! Those evil oil companies.
By the way, we are gonna suffer collateral damage here. It's part of the conspiracy, I suspect. Chickens are going to cost more. Kentucky Fried prices will rise. Whoppers are gonna rise too. Or maybe they'll have to make 'em with less Whop. Why? Well, what do you suppose them chooks and beefers eat, Jell-O? They eat corn! If they don't choke on $3.47 corn, the farmers who grow 'em will.
Obviously we will have to conserve. I am gonna phone Walmart and cancel my order for next year's Fritos. Well, maybe just cut it down to ten cases. We'll all have to eat less chicken and beef. And less of anything that comes from corn or contains corn.
Wait. We are going to suffer more than just price increases for our favorite foods. We are now looking at shortages! That's right, shortages!
Corn farmers and companies in the grain business usually hold back millions of bushels of corn. They keep it in reserve in case next year's harvest is poor. Well, with prices at $3.47 they are selling off the reserves.
In other words, come a drought and we are sunk. Come a pestilence and we're goners. Next cloud of locusts will finish us off.
The only solution to this mess is to slap an obscene profits tax on them farmers. It is not right that they should make these gargantuan profits. It didn't cost them any more to grow that $2.10 corn than it did to grow the $3.47 corn. Same damned corn!
The result of this conspiracy is that half of us are gonna starve to death.
Do you suppose they'll use ethanol for our cremation?
From Tom...as in Morgan.
For more columns and for Tom’s radio shows (and to write to Tom): tomasinmorgan.com
Corporate Rip Offs
Backlash spreads as oil companies' profits surge
Friday, October 28, 2005
By Jeffrey Ball in Dallas, John J. Fialka in Washington and Russell Gold in Austin, Texas, The Wall Street Journal
As high fuel prices roil consumers and Congress considers a variety of measures to ease the impact, Exxon Mobil Corp. and Royal Dutch Shell PLC, the world's No. 1 and No. 3 oil companies, weighed in with record third-quarter earnings that totaled almost $19 billion.
Riding a wave of high prices for oil, gasoline and natural gas, Exxon reported third-quarter net income of $9.92 billion, up 75 percent from the year-ago period, on revenue of $100.72 billion. It was among the biggest quarterly profits of any company in history, and amounted to a per-minute profit of $74,879.23 during the quarter. A handful of other companies have posted higher quarterly earnings in the past, but only with the help of big accounting adjustments, while Exxon's results came mostly from operations
Originally posted by SpeakerofTruth
Darkbluesky,certainly you are not implying that oil companies don't gouge us. Certainly not?
You seem to imply that there is a difference between farmers gouging us and oil companies gouging us. Please,pray tell,do tell me what the difference is.
[edit on 1-12-2006 by SpeakerofTruth]
[edit on 1-12-2006 by SpeakerofTruth]
Originally posted by darkbluesky
My intent was to point out the pitfalls of ethanol use, not to defend oil companies.
However, since you brought it up, I think the article clearly illustrated that the price of any commodity (corn, oil, or gasoline) is dictated by supply/demand, and commodities trading exchanges, which are driven by speculation, greed, and fear.
[edit on 12/1/2006 by darkbluesky]
Originally posted by SpeakerofTruth
So, since everything is "even" why not use something that is less harmful to the environment? Why continue to depend on fossil fuels,which is no doubt a pollutant, when something else can be used? So, if it's as you say, "price of any commodity (corn, oil, or gasoline) is dictated by supply/demand," why not choose the lesser of two evils?
[edit on 1-12-2006 by SpeakerofTruth]
Originally posted by darkbluesky
I say we go "nucular" for electricity, and keep driving our cars.
Originally posted by SpeakerofTruth
Originally posted by darkbluesky
I say we go "nucular" for electricity, and keep driving our cars.
Well, that is certainly an option. However, any development in the electrical modification end of the whole process is likely to funnel down into the automotive area as well. I personally don't see the viability of continuing to use fossil fuels for another twenty years. I think that regardless of which direction the government goes, the usage of fossil fuels is not likely to surpass another 10-12 years time.
figured someone would mention hydrogen. The only reason hydrogen may stand a chance is because big oil would be involved but they are not going to want to deal with the hazzardous waste nor will anybody else.
Ethanol is one of the tools available for fighting air pollution from vehicles. Ethanol contains 35 per cent oxygen. Adding oxygen to fuel results in more completefuel combustion, reducing harmful tailpipe emissions. Ethanol also displaces the use of toxic gasoline components such as benzene – a carcinogen.
Ethanol is non-toxic, water soluble and highly biodegradable.
Ethanol is a renewable fuel, typically produced from plant matter, unlike petroleum-based fossil fuels that have a limited supply and are the major contributor of carbon dioxide (a greenhouse gas) emissions.
The American Lung Association of Metropolitan Chicago credits ethanol-blended reformulated gasoline with reducing smog-forming emissions in the city by 25 per cent since 1990.
Ethanol reduces tailpipe carbon monoxide emissions by as much as 25 per cent.
Ethanol has received the ECOLOGO designation from Environment Canada, recognizing its environmental benefits over conventional gasoline.
Ethanol reduces particulate emissions, especially fine particulates that pose a health threat to children, senior citizens and individuals suffering from respiratory ailments.
Ethanol-blended fuels account for 12 per cent (and growing) of all automotive fuels sold in the United States.
Cellulosic ethanol is the type of ethanol that is produced from a great diversity of biomass including waste from urban, agricultural, and forestry sources. Unlike normal ethanol, whose original raw material are sugars and starches, cellulosic ethanol starting raw material is cellulose. There are at least two methods of production of cellulosic ethanol — hydrolysis followed by fermentation of the generated free sugars and synthesis gas fermentation or catalysis (e.g., Fischer Tropsch). Neither process generates toxic emissions when it produces ethanol. The technology is very new and exists in pilot configurations where testing is ongoing.
According to US Department of Energy studies conducted by the Argonne Laboratories of the University of Chicago, one of the benefits of cellulosic ethanol is that it reduces greenhouse gas emissions (GHG) by 85% over reformulated gasoline. By contrast, starch ethanol (e.g., from corn), which uses most of the time natural gas to provide energy for the process, reduces GHG emissions by 18% to 29% over gasoline. Sugar ethanol, on the other hand, from sugarcane, reduces greenhouse gas emissions by as much as cellulosic ethanol because it uses sugarcane bagasse to provide the energy for the process and the excess to make electricity for the grid.
In April 2004, Iogen Corporation, a Canadian biotechnology firm, became the first business to commercially sell cellulosic ethanol. The primary consumer thus far has been the Canadian government, which, along with the United States government (particularly the Department of Energy's National Renewable Energy Laboratory), has invested millions of dollars into assisting the commercialization of cellulosic ethanol.
President Bush, in his State of the Union address delivered January 31, 2006, proposed to expand the use of cellulosic ethanol.
Ethanol, today, is produced mostly from sugars or starches, obtained from fruits and grains. In contrast, cellulosic ethanol is obtained from cellulose, the main component of wood, straw and much of the plants. Since cellulose cannot be digested by humans, the production of cellulose does not compete with the production of food. The price per ton of the raw material is thus much cheaper than grains or fruits. Moreover, since cellulose is the main components of plants, the whole plant can be harvested. This results in much better yields per acre—up to 10 tons, instead of 4 or 5 tons for the best crops of grain. When produced from wood products it is referred to as treethanol.[citation needed]
The raw material is plentiful. Cellulose is present in every plant: straw, grass, wood. Most of these "bio-mass" products are currently discarded[citation needed]. Transforming them into ethanol might provide as much as 30% of the current fuel consumption in the US—and probably similar figures in other oil-importing regions like China or Europe. Moreover, even land marginal for agriculture could be planted with cellulose producing crops like switchgrass, resulting in enough production to substitute for all the current oil imports.
In June 2006, a U.S. Senate hearing was told that the current cost of producing cellulosic ethanol is US $2.25 per US gallon (US $0.59/litre). This is primarily due to the current poor conversion efficiency.[4] At that price it is not competitive when distribution costs are added. However, the Department of Energy is optimistic and has requested a doubling of research funding. The same Senate hearing was told that the research target was to reduce the cost of production to US $1.07 per US gallon (US $0.28/litre) by 2012.
Switchgrass is one source likely to be tapped for ethanol production because of its potential for high fuel yields, hardiness, and ability to be grown in diverse areas. Trials show current average yields to be about five dry tons per acre; however, crop experts say that progressively applied breeding techniques could more than double that yield.
Switchgrass’ long root system – actually a fifty-fifty split above ground and below – helps keep carbon in the ground, improving soil quality. It is drought-tolerant, grows well even on marginal land, and doesn’t require heavy fertilizing. Other varieties including big blue stem and Indian grass are also possible cellulose sources for
ethanol production.
Researchers estimate that ethanol yield from switchgrass is in the range of 60 to 140 gallons per ton; some say 80 to 90 gallons per ton is a
typical figure.
Sugarcane bagasse, the residue generated during the milling process, is another potential feedstock for cellulosic ethanol. Research shows that one ton of sugarcane bagasse can generate
112 gallons of ethanol.