Republicans Offer Alternative Energy Bill Heavy on Nuclear, Oil Drilling 40 comments
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By Jeff St. John
Well, you can't say they didn't try.
House Republicans on Wednesday offered up their own energy bill, one that focuses on building 100 nuclear power plants in the next 20 years and opening oil and gas drilling in offshore regions and the Arctic National Wildlife Refuge, the Associated Press reports.
The American Energy Act, as the bill sponsored by Rep. Mike Pence, R-Ind., is called, does give support for renewable energy with tax credits and funding to be paid through leases from all the proposed oil and gas drilling.
But, unlike the energy and climate bill from Reps. Henry Waxman, D-Calif., and Edward Markey, D-Mass., which includes a controversial cap-and-trade plan to reduce greenhouse-gas emissions, the Republicans' offering says nothing about combating climate change (see House Energy Bill Draft: Cap-and-Trade Included).
As an alternative to the Democrat-sponsored bill now being debated in the House, the Republican alternative stands little chance, of course, given the GOP's lack of votes in Congress.
Republican efforts to make nuclear power plants eligible for energy bill incentives by putting them in the same "low-emissions" class as wind and solar power have been repeatedly blocked in Congress, for example (see Former EPA Chief: Building 100 More Nuclear Reactors is Doable).
The Democratic bill, on the other hand, has been in the works for two months and has the support of President Barack Obama. House Speaker Nancy Pelosi has pledged to bring it to a full House vote in July.
But the proposed cap-and-trade system has faced a spirited backlash from industry and business groups that say it will increase energy costs and harm the economy, which has led to some compromises weakening its original provisions (see Come Get 'Em: Gov't Plans to Give Freebies Under Cap-and-Trade).
And expanding offshore drilling isn't just for Republicans. A Senate committee voted Tuesday to add to the energy and climate bill an amendment, proposed by Sen. Byron Dorgan, D-N.D., that would shrink the buffer zones around Florida's coastline where drilling is prohibited, the Miami Herald reported.
At the same time, however, the Senate Energy and Natural Resources Committee did reject a proposal from Sen. Lisa Murkowski, R-Alaska, to open the arctic wildlife refuge to drilling.
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This article has 40 comments:
100 new nukes in 20 yrs requires a massive expansion of our ability to build large pressure vessels and other equipment needed to resuscitate a nuclear industry. this capability has withered drastically in the last 30 yrs.
> jack
If they pass their bill, everything is going to cost alot more
As for drilling for oil and gas in the arctic, what's the point?
More drilling could be an answer. But how to get the energy companies to drill what they already have is a barrier. As of one year ago, companies had over 67 million acres of undeveloped oil & gas leases; on-shore, mostly in the West, and off-shore (source: Republicans for Environmental Protection). That was before companies began to cap wells & idle rigs due to the recession. More leasing is not an answer.
You forgot to ask the American family, who will get soaked with high energy taxes, beginning at a few $1000/yr.
Of course, the initial few $1000 won't be enough, as we have found in CA, where increased tax revenue is never enough for BIG government, so you can expect, no exactly predict that the few $1000/yr in new energy taxes, will quickly become MANY $1000/yr.
Cap/Trade is bad for America.
Why should the Rep's say something about nothing, eg climate change?
On Jun 11 10:36 AM wheels14 wrote:
> Can you build nuclear in California that can withstand earthquakes?
Although the details of Cap & Trade aren't spelled out, the bill does provide the Cap & Trade option for the biggest carbon producers to mitigate their emissions with cash.
Distributed, renewable energy production will create jobs, reduce our dependance on foreign oil, and reduce the amount of investment needed to upgrade our antiquated, national power grid. Energy efficiency measures will further reduce the need to produce more power and will create jobs, saving money two ways.
I'm all for solar & geothermal incentives. I'm all against Nuclear in any form. Additional nuclear power plants in America only gives the Petro Terrorists additional targets to hurt us with. We already have too many threats and too few solutions to our nuclear situation(s). Will
www.sce.com/PowerandEn...
On Jun 11 10:36 AM wheels14 wrote:
> Can you build nuclear in California that can withstand earthquakes?
> Increased drilling should not be allowed without increased CAFE standards
> and a fuel tax that creates a steady price for gas to consumers in
> the 4 to 5 dollar range.
Who the hell gave you permission to block domestic oil production, destroy the auto industry, and triple-tax consumers? Don't make eco-blather look worse than it already is.
100 nukes in 20 years is easily achievable.
On Jun 11 11:49 AM Trane250 wrote:
> ... And how many universities still have nuclear engineering
> departments?
Slaughter the buffalo and bring back the robber barrons.
How naive are we, to get screwed not Once, but our entire life, not even in the dark, but day-light.
Yes, "WE PAY YOU TO SCREW THE PUBLIC NOT ONCE BUT RATHER 4 FOLD" in the name of the LAW.
The problem is that, this TIME they have to "DRILL WHERE THE MOON DON'T SHINE.
My, my, testy aren't we? The auto industry is self destructing anyway. High oil prices are triple taxing us anyway. The domestic oil production robs resources and destroys public lands and waters that you have no right of private ownership to. Why should I allow coporate interests access to property that I share ownership of to destroy for profit? At my expense.
If the oil companies wish to stay in business and make a profit---let them produce biofuels. Biofuels can do anything that petroleum can. Better. And they can use all the existing infrastructure to do it. It's not my fault if the oil companies are too short sighted and greedy to see beyond the end of their noses.
On Jun 11 04:48 PM Jimbo wrote:
> I am surprised, that, with all the pro and con about nuclear energy,
> no one has mentioned thorium reactors. I understand this is new technology.
> This kind of reactor produces much less radioactive waste.
In order to become fuel for nuclear reactors, thorium must be subjected to neuton bombardment. This will change thorium into uranium 233 which is fissionable. The old fast breeder reactor was supposed to do this. I'm not familiar with any new concepts.
Thorium is abundant in nature. It is found in rock like granite. I read an estimate a while back that thorium reserves could supply unlimited power for millions of years.
objective!
You are one of the group that doesn't understand that access
to ample, low cost energy is what makes an advanced, prosperous society.
On Jun 11 02:28 PM lancekoz wrote:
> Increased drilling should not be allowed without increased CAFE standards
> and a fuel tax that creates a steady price for gas to consumers in
> the 4 to 5 dollar range. Finally, we have half of that requirement
> in place.
We've got hope.
Hope those windmills can crank out enough power to keep us from becoming a third world nation.
> If the oil companies wish to stay in business and make a profit---let
> them produce biofuels. Biofuels can do anything that petroleum can.
> Better. And they can use all the existing infrastructure to do it.
5 acres of bluegreen algae produce one (1) barrel of oil per day at a capex cost of $500 per barrel. Okay, forget the cost. Never be able to meet a meanginful fraction of demand for transportation fuel, even if you covered the entire Southwest with biofuel reactors.
If you meant corn or sugar biofuel, the cost is $200 per boe, and it takes food out of production. Biomass (garbage) and used cooking oil are only in pilot stage of development. Probably no cheaper than ethanol -- and stinky car exhaust.
Fitz and Pickens like compressed natgas as a transport fuel, which Europeans adopted long ago, but it needs a huge retail distribution infrastructure and a couple million car/truck conversion kits.
I think you need to run the numbers again. seekingalpha.com/artic...
check out www.syntroleum.com for a synthetic fuels innovator.
Build a new reactor, and I'll be the first person to buy the house next door!
On Jun 11 06:03 PM Trane250 wrote:
>
> jack
> jack
oil companies control lots of leased real estate, and want to gain control of more, but are not drilling on what they have because the outlook is that it would not generate a profit if they did drill & produce the oil, if it is found.
> jack
-Fred Linn
Really? I think you need to turn off your MSNBC and Air America, and try to explain to the rest of us how biofuels can replace crude in manufacturing the broad field of plastics, including polyethylene, polypropylene, polystyrene, PVC, polyesters, nylons, and others. These synthetic polymer "commodities" are as much a part of our lives as wood, metal and glass. They are processed into films, fibers, paints, adhesives, composites (e.g., glass fiber reinforced polyesters) and the extraordinary range of plastic goods found in modern society, including the computer (or mobile device) that you are all reading this on. Without "evil oil", this forum and this debate about America's energy future wouldn't even be possible.
www.youtube.com/watchv...
PetroSun is right now producing 4.4 million gal/yr on 1180 acres of ponds in Rio Hondo, TX. That is an average of 3,729 gallons per acre. NREL achieved production levels of 30,000 to 50,000 gal. per acre under controled test conditions. Production of 100,000 gal/acre are theoretically possible. The secret is, not the amount of flat land or water surface---but the amount of surface area exposed to light. This can be vastly magnified, placing a huge surface area in a small space by working in three dimensions instead of two. This is one of the keys to the Valcent approach---the other being a closed loop modular system, which allows complete control of all variables involved in the culture system. Basically, it is a fish tank, optomized to grow algae instead of fish. Compare that to the most productive oil production from other oil crops, palm oil----635 gal/yr---more than 5 times as productive. And closed loop systems can be situated anywhere---environment is not a factor.
-------" If you meant corn or sugar biofuel, the cost is $200 per boe, and it takes food out of production."----------
The final product of ethanol production from corn is DDG[dried distillers grain]---high protein animal feed, which is what the corn was grown for in the first place. The ethanol has to be removed or you will have herds of drunk cattle or pigs on your hands. About twice the amount of corn grown each year goes to produce high fructose corn syrup---the main ingredient of soda pop and sweet snacks. In a country where 2/3 of the population fits the medical description of overweight, and slightly over 1/4 are morbidly obsese, diverting sugar to other uses might not be a bad thing. DDG is used to produce meat, eggs, dairy products and baked goods----it is also the raw ingredient for most vitamin and protein supplements.
> jack"-----------------
Fischer-Tropsch process was used in Germany to produce synthetic and biofuels from coal and wood. Output can be adjusted by controling temperature, pressure and catalyst beds to produce any length of carbon chain molecules from single carbon methanol to long carbon chain diesel fuels. Germany produced all of its fuel needs---they produced fuel for everything from submarines, to panzer tanks, to V1 and V2 rockets, including the Me-262 Swallow, the world's first operational jet fighter. South Africa has used F-T since 1980 to produce jet and diesel fuel.
Range Fuels is just now completing construction of a facility with a final production capacity of 100 million gal/yr of ethanol from wood waste from logging and milling operations. This plant will be using Fischer-Tropsch process.
F-T is not the only process for producing ethanol from wood. Ethanol was being produced in commercial quantities for logging and millwork waste over 100 years ago. This used the Scholler process---it is still an intergral part of pulp and paper making. Chemrec, a Swedish company, specializes in helping wood product companies convert existing wood processes to produce biofuels.
universal huckleberry-------"Rea... I think you need to turn off your MSNBC and Air America, and try to explain to the rest of us how biofuels can replace crude in manufacturing the broad field of plastics, including polyethylene, polypropylene, polystyrene, PVC, polyesters, nylons, and others. "-------------
Anything that can be produced from petroleum, can be produced from other organic sources. During transesterification in producing biodiesel fuel, glycerol is removed. Glycerol is the base raw material for thousands products from lipstick to dynamite. Algae oil is where petroleum came from in the first place. Algae died,sank to the bottom of ancient oceans, were covered with sediments and fossilized into petroleum.
The US used ethanol and "black liquor" produced from wood to produce a wide range of products from butadeine(artificial rubber) to make tires to rayon and nylon for parachutes.
There is a wide range of plastics being made right now. Including biodegradable plastics.
There are differences and trade offs involved, but for the most part the differences are minor or managable---the consumer would notice little or no difference in products produced from petroleum, and those produced from other sources.
Polyethelene for instance, uses ethanol as raw material, it doesn't matter where the ethanol came from. The polyethelene produced is exactly the same chemically either way.
en.wikipedia.org/wiki/...
Taking your blue sky at face value 30,000 gal/yr = 2 bbl/day
... except that it's gross, not net. You have to centrifuge the whole pond to extract the oil. Give it up, Fred. It's a tinker toy on Federal money, can't possibly supply a meaningful fraction of demand.
You're okay on the chemistry, and obviously you've kept up with bets practices around the globe. Well done. Perfectly correct about algae as the organic source of petrohydrocarbons. Not a hope in hell of replacing conventional crude. We need 75 million barrels a day at present, 80 million if the world economy recovers in 2010.
Not only that----once the oil is removed, you still have the biomass remaining. Algae makes excellent feed for animals and has been used for that purpose for centuries, as well as feed for domesticated fish and shrimp. The PetroSun plant makes use of an abandoned shrimp farm.
www.valcent.net/s/Ecot...
www.petrosuninc.com/al...
www.rangefuels.com/ran...
(another way that remaining biomass after oil extraction can be used to produce fuel)
The remaining ash after pyrolysis can be used to make high grade fertilizer----it has been done for centuries. It is called potash, and it is the basis of production of many valuable chemicals and products as well as fertilizer. Look on a fertilizer bag---the nurient quality of a fertilizer is rated by comparison to its equivalent in potash.
The truth is, we can replace the need for petroleum, from a number of differing sources and cost effectively. Petroleum is a finite resource---it WILL run out one day. If we don't replace it now, we will have to later. We might as well do it now---delaying will only cause more damage which we are seeing right now from petroleum use. War in the middle east, environmental damage and economic damage we are seeing right now from petroleum depedence will only get worse the longer we delay. And using a number of differing sources is good for us----it insulates our supply from disasterous results of an unstable supply for our energy needs, the main cause of our present problems. Relying too much on fossil fuel coal and oil to supply our needs.
Same with drilling, funny other countries are drilling off our coasts, but we are not allowed because of a shell fish, that is usless, might be moved down stream a few feet. Coal to gas, Henry Ford devoloped a way to get gas from coal, but gasoline was so cheap it was not feasible. Now things have changed, we are the "King of Coal" I have contacted some power cos. and asked them to consider building C-t-G plants near mines to keep transportation costs down. To give it a shot to help our nation become energy dependent; no takers..
On Jun 11 10:36 AM wheels14 wrote:
> Can you build nuclear in California that can withstand earthquakes?