useless energy use


I am not sure if I agree with the list below, but if you can only pick 9 when there are that many in the Old Soviet Union alone. Well then:

http://www.huffingtonpost.com/2010/08/31/photos-most-polluted-plac_n_693008.html

9 Of The Most Polluted Places In The World (PHOTOS)

Huffington Post |  Barbara Fenig First Posted: 08-31-10 08:26 AM   |   Updated: 09- 1-10 01:55 AM

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From the highways of Los Angeles to the Citarum River of Bandung, Indonesia, earth’s most polluted city of Linfen, China to the streets of London, the world is laden with man-made pollution. Chemical, air, water and oil pollution ruin the environment, cause premature deaths, spoil the world’s resources and worsen climate change.

As the world’s population soars to nearly 7 billion, we here at HuffPost Green decided to take a virtual tour of some of the world’s most polluted places. Check out our slideshow of nine of the most polluted places in the world. Find out which city’s death rate surpasses its birth rate by 260 percent. Or which city has 50,000 people die prematurely each year due to man-made air pollution. As always, we want to hear from you. Tell us what you think in the comments.

Linfen, China
1 of 10

Linfen, China is the most polluted city on earth. According to Mother Nature Network, if one puts laundry out to dry, it will turn black before finishing drying. Located in China’s coal belt, spending one day in Linfen is equivalent to smoking three packs of cigarettes. 3 million people are affected by Linfen’s coal and particulates pollution, which is residue from automobile and industrial emission

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Only one of nine. Please go see the rest. More tomorrow

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It’s Jam Band Friday – http://www.youtube.com/watch?v=ezHlu9rUAW0

So here is the governments thought for you renters out there.

http://www.energystar.gov/index.cfm?c=products.es_at_home_tips_renters10

Top 10 Tips for Renters!

Even if you rent an apartment, townhouse, or a home, you can make a big difference, too! These tips will show you how to be more energy efficient and save energy, money, and reduce the risks of global warming. If there are things you can’t change on your own, share these tips and encourage your landlord to help you make a change for the better.

  1. Lighting is one of the easiest places to start saving energy. Replacing your five most frequently used light fixtures or the bulbs in them with ENERGY STAR qualified lights can save more than $65 a year in energy costs. ENERGY STAR qualified compact fluorescent light bulbs (CFLs) provide high-quality light output, use 75% less energy, and last 6–10 times longer than standard incandescent light bulbs, saving money on energy bills and replacement costs.
    • Remember to always turn off your lights when leaving a room. Turning off just one 60-watt incandescent bulb that would otherwise burn eight hours a day can save about $15 per year!
  2. Considering purchasing a room air conditioner? Consider an ENERGY STAR qualified model. They use at least 10 percent less energy than standard models.
    • In the winter, be sure to insulate room air conditioners from the outside with a tight-fitting a/c unit cover, available at your local home improvement center or hardware store. This keeps heated air from escaping outside. Alternately, you can remove the window unit in the winter months to prevent energy losses.
    • Be sure the window unit fits tightly in the window so outdoor air is not getting in.
  3. If possible, install a programmable thermostat to automatically adjust your home’s temperature settings when you’re away or sleeping.
    • When used properly, a programmable thermostat with its four temperature settings can save up to $150 a year in energy costs. Proper use means setting the thermostat at energy-saving temperatures without overriding that setting. You should also set the “hold” button at a constant energy-saving temperature when you’re away or on vacation.
  4. Consumer electronics play an increasingly larger role in your home’s energy consumption, accounting for 15 percent of household electricity use. Many consumer electronics products use energy even when switched off. Electronics equipment that has earned the ENERGY STAR helps save energy when off, while maintaining features like clock displays, channel settings, and remote-control functions.
    • Unplug any battery chargers or power adapters when not in use (like your cell phone charger!).
    • Use a power strip as a central “turn off” point when you are done using equipment.
      • Even when turned off, electronic and IT equipment often use a small amount of electricity. For home office equipment, this stand-by or “phantom” power load can range from a few watts to as much as 20 or even 40 watts for each piece of equipment. Using a power strip for your computer and all peripheral equipment allows you to completely disconnect the power supply from the power source, eliminating standby power consumption.
  5. A ten minute shower can use less water than a full bath.
    • With a new 2.5 gallon-per-minute (low-flow) shower head, a 10-minute shower will use about 25 gallons of water, saving you five gallons of water over a typical bath. A new showerhead also will save energy — up to $145 each year on electricity — beating out both the bath and an old-fashioned showerhead.
    • To avoid moisture problems, control humidity in your bathroom by running your ventilating fan during and 15 minutes after showers and baths.
  6. Make sure all air registers are clear of furniture so that air can circulate freely. If your home has radiators, place heat-resistant reflectors between radiators and walls. In the winter, this will help heat the room instead of the wall.
  7. During cold weather, take advantage of the sun’s warmth by keeping drapes open during daylight hours. To keep out the heat of the summer sun, close window shades and drapes in warm weather.
  8. Save water by scraping dishes instead of rinsing them before loading in the dishwasher. Run your dishwasher with a full load and use the air-dry option if available.
    • Rinsing dirty dishes before loading your dishwasher uses a lot of water and energy. Most dishwashers today can thoroughly clean dishes that have had food scraped, rather than rinsed, off — the wash cycle and detergent take care of the rest. To make the most efficient use of your dishwasher’s energy and water consumption, run the dishwasher only when enough dirty dishes have accumulated for a full load.
  9. Wash your laundry with cold water whenever possible. To save water, try to wash full loads or, if you must wash a partial load, reduce the level of water appropriately.
    • Hot water heating accounts for about 90 percent of the energy your machine uses to wash clothes — only 10 percent goes to electricity used by the washer motor. Depending on the clothes and local water quality (hardness), many homeowners can effectively do laundry exclusively with cold water, using cold water laundry detergents. Switching to cold water can save the average household more than $40 annually (with an electric water heater) and more than $30 annually (with a gas water heater).
    • Washing full loads can save you more than 3,400 gallons of water each year.
  10. Don’t over dry your clothes. If your dryer has a moisture sensor that will automatically turn the machine off when clothes are done, use it to avoid over drying. Remember to clean the lint trap before every load. Dry full loads, or reduce drying time for partial loads. Learn more.
    • It’s easy to over dry your clothes, if one setting is used for various fabric types. Try to dry loads made up of similar fabrics, so the entire load dries just as the cycle ends. Many dryers come with energy-saving moisture or humidity sensors that shut off the heat when the clothes are dry. If you don’t have this feature, try to match the cycle length to the size and weight of the load. A dryer operating an extra 15 minutes per load can cost you up to $34, every year.
    • The lint trap is an important energy saver. Dryers work by moving heated air through wet clothes, evaporating and then venting water vapor outside. If the dryer cannot provide enough heat, or move air sufficiently through the clothes, they will take longer to dry, and may not dry at all. One of the easiest things you can do to increase drying efficiency is to clean the lint trap before each and every load. This step also can save you up to $34 each year.

Learn More!

View the full list of tips

Launch ENERGY STAR @ home

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http://www.youtube.com/watch?v=F4OXrmxDp44&feature=related

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http://www.energysavers.gov/your_home/apartments/index.cfm/mytopic=10010

Bringing you a prosperous future where energy is clean, abundant, reliable, and affordable

Energy Savers

Your HomeYour VehicleYour WorkplaceRebates, Tax Credits and FinancingProducts and ServicesRenewable EnergyInformation ResourcesHome

Your Home

Apartments

Simple energy conservation measures can lower your utility bills while increasing the comfort of your apartment. Although your landlord or management company is ultimately responsible for your building’s energy efficiency, you make dozens of energy decisions every day.

Electricity

Many ways for cutting electricity costs in houses also apply to apartments. See our section on reducing electricity use for ways to lower these costs.

Heating and Cooling

Here are some ways to reduce your heating and cooling costs. They can also make your apartment more comfortable. You might need your landlord’s or management company’s permission for some of the suggestions.

Water Heating

If you have your own water heater in your apartment, see our section on energy-efficient water heating. If you don’t have your own water heater, you can still save energy by reducing your hot water use. You may need your landlord’s or management company’s permission for some of these energy conservation measures.

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More next week.

http://www.youtube.com/watch?v=ysiT0P6OtvU&feature=related

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I know it sounds sorta dumb but if you talk to the landlord about your interest in saving energy…you may find out that he shares your beliefs or is at least neutral about it. If on the other hand he makes rude comments or says something like, “I ain not treehugger”, then you to drop it. If he seems neutral or somewhat interested. DO NOT ask him to DO anything right away. Follow the tips I have posted here and that are widely available on the web. Then you should causally mentions some of the things that you have done. Look for things that might interest him. Just as an example if you have access to the water heater and he pays the bills…tell him you turned it down and ask if he notice any savings….

http://e-conserve.blogspot.com/2009/04/renters-delight-low-energy-bill.html

skip to main | skip to sidebar

Exploring ways to save energy, money and the environment

Join Dominion in sharing ideas about how to save energy and money while helping the environment. Learn more about energy conservation from our Energy Experts.

Authors

Alison Kaufmann Alison Kaufmann Energy Conservation Specialist
Tom Jewell Tom Jewell
Energy Conservation Coordina

Thursday, April 30, 2009

Renter’s Delight, low energy bill

Even while renting, you have more control over your resources than you think.

  • Buy a water filter and use reusable water bottles instead of buying plastic water bottles.
  • Use CFLs in your light fixtures
  • Stop the junk mail by visiting http://www.donotmail.org/
  • Control your thermostat setting
  • Ask your landlord about making energy efficient improvements for all rental properties
  • Get a green shower curtain, made of organic cotton, like these
  • Use a low flow shower head

Let us know what you do in your place to conserve and don’t forget to share this page with others.

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Some utilities say nothing in all. Here is a fairly terse response.

http://www.gocolumbiamo.com/WaterandLight/Conservation/r-guide.php

Renters’ Guide…To Outfitting Your Energy Budget

As your publicly owned utility, it is our hope that we can help you become a resourceful and efficient customer. By choosing energy efficient housing and by following energy saving habits you will keep your costs at a minimum. Rental property owners are finding that energy efficient units are easier to rent and require less Renters' Guidemaintenance than inefficient dwellings.

If you are a renter, the following information can help you incorporate energy efficiency into your decisions before you rent and lifestyle choices after you rent, resulting in lower energy costs in your monthly budget. The information is divided into two parts:

If you have any questions or comments please contact the Utility Services Department at Columbia Water & Light, 874-7325.

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More tomorrow.

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I was wrong in one respect. The Cool Surge which was last years ploy to rape this market was actually a little swamp cooler, which might have some basis in fact, if you live in death valley. However these new babies are straight up theft. As a friend of mine put it, why not just fill up a bucket with ice and let your fan blow over it. Or as my mom says, just stand at your kitchen sink and run cold water over your wrists. Either one is more effective than this stupid machine.

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Editor

State Journal Register

One Copley Plaza

Springfield, IL 62701

Emailed – 8/2/10

Dear Editor:

The full page ad in the July 21st edition of the SJ-R is a scam if not a fraud. The title promises air conditioners but the devices are actually fans. These devices were called Cool Surge last year now they are called Mira-Cool. The first thing to note is they offer free devices. This is probably the largest part of the scam because everyone will call in to try to get the free ones, and I guarantee they will be “out of them”. This lets the operators create a nationwide “suckers list” which they can use to sell other scams.

The devices consist of nothing more than a fan and several “cold packs” that you freeze in your freezer. You insert the packs in the device and then the fans blow cool air back at you. They cost well over $200 a unit to purchase, yet for $140 you by an energy efficient air conditioning window unit that will cool a single room for pennies. For $40 dollars you can buy the fan and the cold packs yourself and achieve similar results. But it is a really bad idea from an economic standpoint. I mean you are using your freezer (expensive) to freeze the packs, and your electricity to power the fan.

The bigger issue is how effective would this “cooling effect” really be? If your room is say 80 or 90 degrees, it would take all the stored cold out of the freezer packs in a very short time. Then the temperature goes back up while you are refreezing the cold packs. They could never cool a room to anything like a comfortable temperature and this puts at risk any seniors or other people, susceptible to high heat, at risk of dieing. Be smart. Buy an efficient air conditioner. Cool a single room and save your health and a heck of a lot of money.

Doug Nicodemus

948 e. adams st.

riverton, IL  62561

629-7031

dougnic55@yahoo.com

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More tomorrow

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Pretty cool magazine and pretty cool article:

http://www.odemagazine.com/doc/64/passive-power-house/

Passive House: Super energy efficient housing

Ursula Sautter | June/July 2009 issue

The Smith House, in Urbana, Illinois, “has a simple, compact shape that conserves energy,” says its architect, Katrin Klingenberg.
Photo: Passive House Institute US

How a new kind of home which produces more energy than it consumes, can drastically reduce fuel bills and CO2 emissions. Governments around the world are scrambling to address the twin crises of our times—the recession and climate change—by investing in infrastructure and green energy projects. The Obama administration’s stimulus package, for example, contains billions in incentives for alternative power sources and energy-efficiency increases affecting millions of homes. The question is how to identify “shovel-ready” projects that can quickly deliver the economic boost and CO2 reductions we so urgently need. Rolf Disch, an architect and environmentalist in Freiburg, Germany, has an answer: houses that produce more energy than they consume.

“What if each house became a power plant, if it created even more energy than it used internally?” Disch, 65, first asked himself 15 years ago. To design that home, he built on the ideas of the “passive house” movement that started in Europe in the early 1990s. Instead of relying on the electricity grid for power, a passive house taps available energy sources—sunlight, the body heat of occupants, even the thermal gains created by ordinary domestic activities such as cooking, bathing and using electrical appliances. The building is well-insulated and airtight so it retains most of this energy and, through highly efficient heat-exchange ventilation technology, uses it to cool itself in summer and heat itself in winter. The houses are called “passive” because most of the power consumed is collected from ambient energy in the environment. When extra juice is needed, renewable power units supply it, like the solar array on the roof of the residential and commercial complex Disch built in Freiburg in 2004.

“I only ever had to switch on the heating once,” says Stefan Sattler, a 32-year-old lawyer who has rented a penthouse in the Disch-designed complex since October of 2007. Even then, Sattler only needed the extra heat—purchased from the local heating grid—for two or three hours. Since he and his fellow residents sell the surplus energy produced by the building’s solar panels back to the city’s utility provider at a profit, Sattler is one of the few people who opens his utility bills with real glee. He’s earning money from solar power rather than paying for oil or gas. The average unit in the Freiburg complex earns $5,075 a year this way instead of spending $4,625.

Passive homes can save consumers a bundle in fuel bills—and the planet even more in CO2 emissions. According to the German Passive House Institute (PHI), founded by physicist Wolfgang Feist, who co-created the passive house concept, energy consumption can be reduced by up to 90 percent compared to average homes, up to 75 percent compared to newer buildings. While an existing home uses some 160 kilowatt-hours in heating energy per square meter of living space (kwH/m2) annually, residences built to the passive house standard use a maximum 15 kwH/m2.

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More Tomorrow

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Jack Lundee asked if he could do a guest post. I am not fond of algae as a fuel source. Well, I am neutral about it. I think it is counter productive to continue to lust after liquid fuels. Still given the second article I list it is plausible as they say on Myth Busters.

http://everythingleft.wordpress.com/

Fed-Funded Algae Fuel Research making a Strong Comeback

Algae fuel is a biofuel, which is derivative of algae. In 1978, Former President Jimmy Carter pulled the trigger on a 25 million dollar research project into algae fuel production. To make a long story short, the project was somewhat unsuccessful because of the inability of scientists to find a way to make the organisms produce lipids gifted enough to be turned into biofuels, that is, in a high volume, low cost style.

One of the biggest concerns during early research was the fact that burning this algae fuel still released CO2 into the air. Nonetheless, the burning varies much so in that it doesn’t produce any new CO2 emissions like that of fossil fuels. This was a minor concern however, as the fuel was never really able to be inexpensively mass produced.

Now, there are definite signs of hope in the field of algae-based biofuels, as a number of firms and fortune 500 companies are delving into the research, investing billions of dollars. Alternative energy and carbon emission reduction efforts are widespread, funded by large collaborate organizations like the Clinton Global Initiative.  Fathered by ex-President Bill Clinton and Doug Band ( http://politicalinsider.blogs.heraldtribune.com/10498/clinton-heaps-praise-on-band-family/ ),  the CGI ( http://www.clintonglobalinitiative.org/ )  has made large strides in the San Francisco Bay area, reducing fleet emissions in large numbers. Even more recently, Google made an astounding investment of $38 million dollars into wind farm production.

Ultimately, Exxon Mobile has been one of the largest cooperators/investors into algae-based biofuels, setting aside nearly $600 million dollars as of 2009. In their quest for alternative energy, they joined with Synthetic Genomics Inc., to research and develop next-generation biofuels produced from sunlight.[ http://www.nytimes.com/gwire/2009/07/14/14greenwire-exxon-sinks-600m-into-algae-based-biofuels-in-33562.html ]

But why algae? Here are some major reasons why algae would be a great substitute:

  • Grows in a wide range of climates
  • Lower water intensity than corn or cellulosic ethanols
  • Ability to potentially mitigate CO2
  • Liquid fuels formed are the only one of their byproducts
  • Byproducts are potentially the most valuable

All in all, the 40 percent lipid yield of some species (according to some studies) can produce up to 10,000 gallons of oil per annum (1 acre). This is far more productive than Soy or cellulosic ethanol, which range between 50 to 2700 gallons. [ http://journeytoforever.org/biodiesel_yield.html ]

As in any study, there are drawbacks, and for most companies, it’s the failure to indentify the right strains of algae for high lipid concentration. Also, there are elements like contamination or predation, and dealing with the complicatedness of de-watering and oil withdrawal; all processes which have yet to be perfected.

On July 1, the department of energy (DOE) announced the investment of $24 million for approximately 3 different research groups. Their mission is to target all these obstacles in the mass production of algae-based biofuels. Sustainable Algal Biofuels Consortium, Consortium for Algal Biofuels Commercialization and Cellana LLC Consortium will all perform separate tasks in hopes of igniting an algae fuel based society.

Jack Lundee – Follower of all things green and progressive.

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http://www.usnews.com/science/articles/2010/08/03/converting-algae-into-fuel.html

By Marlene Cimons, National Science Foundation

The algae that keep salmon and shrimp a bright pink might keep jet airplanes and automobiles running someday.

It’s no secret that government, scientists and industry are devoting considerable resources and talent to developing renewable, cost-efficient and environmentally-friendly energy sources, the path to energy independence and to reducing the harmful effects of burning fossil fuels.

Click here to find out more!

One solution could come from the fatty acids produced by certain species of salt water algae.

“All photosynthetic plants take water, sunlight and carbon dioxide and make either sugar or fatty acids,” said Dr. William L. Roberts, a professor in the department of mechanical and aerospace engineering at North Carolina State University. “We want the ones that produce a lot of fatty acids.”

He and his colleagues, four biologists and three engineers, are working on ways to produce and extract these fats from Dunaliella, a microscopic species of algae, and convert them into fuel on a large scale, much larger than is possible today. Their research is funded by $1.99 million over four years from the National Science Foundation as part of the American Recovery and Reinvestment Act of 2009.

The North Carolina State University project is one of several teams in the nation studying the potential of algae as an energy source, and with great promise. This year the Department of Energy has awarded more than $100 million for bio-fuels research, an investment that includes a recently announced $24 million to specifically address the challenges in the commercialization of algae-based fuels.

“This is going to be one of the most important and dominant industries of the future because we will run out of fossil fuel,” Roberts said.

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More tomorrow

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UPDATE FROM THE GULF FROM LEAN

Where has all the BP oil gone?

The question, ‘where has all the oil gone?’ has been answered in the media in recent days by scientists providing much speculation about how the oil may go away but little hard data about what is actually happening in the Gulf. We cannot let the future of the Gulf rest on speculation.

The danger of this conjecture is that people are already beginning to tune out and assume that everything is fine, even within the spill response.

So, where is the oil?

Oil in grass between Oyster Bayou and Taylor’s Bayou, St. Mary’s Parish, Louisiana, July 30, 2010, Photo Credit: Antonia Juhasz. Oil in grass, St. Mary’s Parish, La, July 30, 2010, by Antonia Juhasz.

The BP oil can be found on the shores of St. Mary Parish. Just yesterday, July 30, 2010, stretches of shoreline along St. Mary Parish were found that were significantly oiled. This area was believed to be safe from the spill and was not given any attention by Unified Command. Even the St. Mary Parish President thought that they would not receive oil. (1)

Oil South end of Oyster Bayou, St. Mary’s Parish, Louisiana, July 30, 2010, Photo Credit: Antonia Juhasz. Oyster Bayou, St. Mary’s Parish, La, July 30, 2010, Photo by Antonia Juhasz

The BP oil can be found under the shells of post-larval blue crabs all across the northern Gulf of Mexico. As reported in a previous E-ALERT, researchers in Mississippi had found post-larval blue crabs with oil under their shells. Now the researchers have given another update on their findings and it is sobering. Nearly all of the crab larvae that the researchers have collected to date, from Grand Isle, LA to Pensacola, FL, have BP’s oil under their shells, but it doesn’t stop there. Chemical analysis suggests that the crabs may also contain the Corexit dispersants used on the spilled oil. Only time will tell if this contamination will affect commercial harvests but equally troubling is the potential for toxic materials to make their way into the food chain as these tiny crabs are important food sources for a host of other sea creatures. (2)

Yellow oil droplets can been seen under the shell of a post-larval blue crab. Yellow oil droplets can been seen in a post-larval blue crab.

Scientists saying that the effects of the BP oil spill will be minimal are speculating from very little data. It may make the media happy and the news more interesting but it is not good science to speculate on the outcome of the oil spill studies before they are even well underway.

The BP oil can also be found in “plumes” of dispersed oil floating around deep under the surface of the Gulf of Mexico. Researchers at the University of South Florida have confirmed that these “plumes” are, in fact, clouds of BP’s oil. (3)

Because of the massive use of dispersants, which conveniently shield the impacts from view, the real damage is much harder to quantify. The dispersal of the oil has caused an unknown, but undoubtedly very large, portion of the spilled oil to be mixed into and spread all through the Gulf waters in tiny little bits.

The damages caused by this sub-surface oil may not be apparent for some time. Like the crabs; the juvenile forms of fish, shrimp and many other species as well as the plankton they feed on will be exposed to the toxicity of the oil and the dispersants.

Imagine your city filled with smoke from a large fire. Now replace the air with water and the smoke with tiny droplets of dispersed oil and you have a better sense of how the ‘plumes’ of oil are impacting sea creatures.

That damage is difficult to quantify but to dismiss it as minimal is irresponsible. Many commercial and sport species in one of the most biologically productive areas of the world are being exposed to a mixture of materials that are known to be toxic and we really don’t know what the effects will be.

It is too early to be speculating about the impacts of the millions of barrels of BP oil on Louisiana and the Gulf of Mexico. It is especially problematic when its done by scientists in the media. We need to be focused on figuring out what actually is going on in the Gulf with thorough research and sound data.

The real answer to the question is this: significant amounts of the oil are still out in the Gulf environs and we really don’t know what the long term effects will be.

1. Antonia Juhasz, “BP’s “Missing Oil” Washes Up in St. Mary’s Parish, LA,” The Huffington Post 30 July 2010, .

2. Dan Froomkin, “Scientists Find Evidence That Oil And Dispersant Mix Is Making Its Way Into The Foodchain,” The Huffington Post 29 July 2010, .

3. Sara Kennedy, “Researchers confirm subsea Gulf oil plumes are from BP well,” McClatchy Newspapers 23 July 2010,

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More tomorrow.
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It’s jam band friday – http://www.youtube.com/watch?v=rjFaenf1T-Y

I wrote a letter to the editor to the State Journal Register about a scam here in the states Mira-Cool which I have panned here and last years version of it called CoolSurge..They are just outright frauds. These guys are a fraud of a higher order. I first ran into them here:

http://www.rense.com/general9/unveil.htm

New Magnetic-Electric Device
Can Power Home From Near
Free Energy Source
By Penny Robins
The Cairns Post – Northern Queensland, OZ
3-8-1


(Note – ‘Ergon’ refers to the local electricity supplier utility which used to be known as the FNQEB Far North Queensland Electricity Board).
Two Cairns inventors yesterday unveiled a world first commercial machine which can power a house from a permanent, clean, green and virtually free energy source.
The machine, developed by Brinsmead mechanical engineer John Christie and Edge Hil electrician Lou Brits, has an international patent pending and is expected to go on the market for $4000-$5000.
Relying on the attraction and repulsion of internal magnets, the Lutec 1000 operates continually on a pulse-like current 24 hours a day – producing 24 kilowatts of power – once it is kickstarted from a battery source.
The device is more than 500 per cent efficient, compared to a car which is less than 40 per cent efficient and loses power through heat and friction.
No powerlines would be needed to distribute energy from the individual power sources.
There is no heat, harmful emissions or airborne matter in the transmission.
If it were not for the magnets, which have a life of 1300 years, and the battery pack, which has a life of about five years, the machine would be in perpetual motion.
A demonstration of the motor from the carpeted study of Mr Christie’s Brinsmead home revealed the device in all its glory – bigger than the average cyclone back-up generator but much less noisy.
M Christie and Mr Brits have been tinkering together on the motor in their spare time since they met in a Sheridan St cafe five years ago and began sharing ideas.
One and a half years ago, the design was perfected and the pair lodged a patent with Brisbane patent attorneys Griffith Hack.

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http://www.youtube.com/watch?v=buQpcpQqdKo&feature=related

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Here is their website but you can see it is “under construction”. I’ll bet.

http://www.lutec.com.au/

Please note – as of 25 June 2010, this Website is undergoing reconstruction. We thank you for your patience.

Worlds leading Independent experts report confirms witnessing many times more electricity being generated
than consumed by Lutec prototypes. Report available for download here.

http://www.lutec.com.au/other/SGS_Report.pdf

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http://www.youtube.com/watch?v=7gwXpLpfb3Y&feature=related

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I show the alleged report but it is a PDF file and I don’t have the version that lets me copy stuff. You should read it. It’s a stitch.

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http://www.youtube.com/watch?v=PWzy-Mwy0ws&feature=related

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As one critic put it:

http://www.ratbags.com/rsoles/comment/lutec.htm

Comment and Opinion

Lutec Australia Pty Ltd

Lutec – all the energy that you can eat (13/4/2002)
One of the great nonsenses of pseudoscience that never seems to go away is the perpetual motion machine. They aren’t called that these days, of course, because everyone knows that such things are impossible. The new name is “free energy device”, but the principle is the same. A recent example of this genre is the Lutec 100, a generator which, according to the inventors, is 3000% efficient. The Lutec people once said that they were going to accept the $100,000 challenge from the Australian Skeptics, but for some reason they eventually lost interest. They were awarded the 2001 Bent Spoon Award for their efforts at overthrowing physics. I thought I would see where they were up to in their attempt to solve all the world’s energy problems, so I sent them the following email. I have not yet received a reply, but if I could predict the future I would say that the reply will either be a set of answers to some other questions or some abuse and patronising suggestions that I don’t understand what they are doing.

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More next week

http://www.youtube.com/watch?v=qkCgYwexkG0&feature=related

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It’s Jam Band Friday - http://www.youtube.com/watch?v=RupUECcyVow

What ever happend to a great innovative idea. In Early 2008 everyone was a twitter about this story. Why?  Because half to one third of the energy we generate is wasted. Then:

http://abcnews.go.com/Technology/GadgetGuide/story?id=4173214&page=1

Scientists Claim Energy Breakthrough

Simple Device Converts Heat Directly to Electricity, Which May Mean No More Batteries

By LEE DYE
Jan. 23, 2008

Scientists are developing a new device that could have a profound impact on global energy supplies by converting wasted heat into electricity. It could potentially have an impact on everything from power plants to cell phones, and it came about because of a serendipitous discovery that had eluded scientists for half a century.

Researchers at Lawrence Berkeley Laboratory and the University of California, Berkeley, have found a way to use ordinary silicon to convert heat to electricity. The technique could mean that some day you will be able to recharge your cell phone with electricity produced by your own body heat, and enormous amounts of energy that is now wasted could be recycled.

“We feel that this is a breakthrough,” said Arun Majumdar, a mechanical engineer and materials scientist with joint appointments at the Berkeley lab and UC Berkeley. “I’m very excited about this.”

Astonishingly, Majumdar and his colleagues didn’t set out to achieve what they have done.

“It was serendipitous,” he said. “We never planned for it.”

And perhaps even more surprising, they did it with a material that most scientists thought would never work for this purpose — ordinary silicon, a cheap, abundant material that is the foundation for the multibillion-dollar semiconductor industry.

Majumdar and his fellow researchers, including chemist Peidong Yang, a noted leader in the rapidly growing field of technology at the incredibly small “nano” scale, reported on their work in the Jan. 10 issue of the journal Nature. It’s not clear yet why the device they have created works.

“We don’t have all the answers at this point,” Majumdar said. But laboratory experiments show that it does, indeed, work. At least on a small scale. The device, placed between a hot plate and a cold plate, produced enough electricity to power a light bulb, although they didn’t do that demonstration. Instead, they measured the current flowing from the hot plate toward the cold plate, and it was sufficient to claim success, he said.

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http://www.youtube.com/watch?v=PenutnCkyx8&feature=related

or this:

http://www.youtube.com/watch?v=cAF-cEThNWU&feature=related

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NoW:

http://www.greentechmedia.com/articles/read/silicon-heat-cheap-energy-gets-1-million/

NewsEnergy Efficiency

Michael Kanellos: May 3, 2010

‘Silicon + Heat = Cheap Energy’ Gets $1 Million

Exotic waste heat startup Alphabet Energy gets more fun

Alphabet Energy, which says it can make electricity for around $1 a watt out of waste heat in factories or data centers, has raised $1 million from Claremont Creek Ventures and the CalCef Clean Energy Fund.

Waste heat — which is one of our favorites sources of energy here — essentially revolves around capturing heat from engines and machinery and using it to run things like water heaters or converting it into electricity. The U.S. consumes around 100 quads (100 quadrillion BTUs) of energy a year, and 55 to 60 quads get dissipated as waste heat, according to Arun Majumdar, the UC Berkeley professor who came up with a lot of the technology behind Alphabet (he now runs ARPA-E, the advanced projects group inside the Department of Energy). Thus, there is a lot of waste heat out there and it could be cheaper than solar. Alphabet estimates it could be a $200 billion market.

Heat-to-electricity can be accomplished in two ways. Companies such as Recycled Energy Development (RED) and Ormat have successfully retrofitted factories to capture waste heat, but these systems largely rely on mechanical engineering. Heat is captured and then channeled into productive uses. One of RED’s showcase projects — coming next year — is a system at West Virginia Alloys, a silicon manufacturer, that will generate 45 megawatts of electrical power from the waste heat generated by factory operations. The company uses 120 megawatts at the current time, but the waste heat system will effectively allow Alloys to recover about one-third of the power it now buys but wastes. Fuel cells can also be used to harvest waste heat.

Semiconductors could potentially be the next wave for the industry, and this is where Alphabet comes in. Traditional waste heat chips — heat goes in one side, electricity comes out the other — cost around $20 a watt and are made out of bismuth telluride. Alphabet won’t say what its semiconductor is made from, but sources say the chief material is silicon nanowires.

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More next week.

http://www.youtube.com/watch?v=2nTcDU73gLs&feature=related

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