A Flooded US Nuclear Power Plant – Don’t worry everything is fine

I have no comment here really. I do not think it is a dangerous situation but is the siting prudent? Probably not.

http://www.cbsnews.com/stories/2011/06/26/national/main20074500.shtml

Flood berm collapses at Neb. nuclear plant

June 26, 2011 3:15 PM

AP)

OMAHA, Neb. — A berm holding the flooded Missouri River back from a Nebraska nuclear power station collapsed early Sunday, but federal regulators said they were monitoring the situation and there was no danger.

The Fort Calhoun Nuclear Station shut down in early April for refueling, and there is no water inside the plant, the U.S. Nuclear Regulatory Commission said. Also, the river is not expected to rise higher than the level the plant was designed to handle. NRC spokesman Victor Dricks said the plant remains safe.

The federal commission had inspectors at the plant 20 miles north of Omaha when the 2,000-foot berm collapsed about 1:30 a.m. Sunday. Water surrounded the auxiliary and containment buildings at the plant, it said in a statement.

The Omaha Public Power District has said the complex will not be reactivated until the flooding subsides. Its spokesman, Jeff Hanson, said the berm wasn’t critical to protecting the plant but a crew will look at whether it can be patched.

“That was an additional layer of protection we put in,” Hanson said.

In fight against floodwater, sand running out
Nuke plant averts shutdown from swelled Missouri

The berm’s collapse didn’t affect the reactor shutdown cooling or the spent fuel pool cooling, but the power supply was cut after water surrounded the main electrical transformers, the NRC said. Emergency generators powered the plant Sunday while workers tried to restore power.

NRC Chairman Gregory Jaczko will tour the plant Monday. His visit was scheduled last week. On Sunday, he was touring Nebraska’s other nuclear power plant, which sits along the Missouri River near Brownville.

 

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More tomorrow

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Nuclear Safety Questioned Worldwide And This Is The Response

Come on. This is the response to the fact that the world is on a new nuclear brink. My mother could do better than this.

http://www.cnn.com/2011/WORLD/asiapcf/06/24/austria.nuclear.japan/

IAEA chief: Meeting paved way for nuclear safety framework

By the CNN Wire Staff
June 24, 2011 9:59 a.m. EDT

(CNN) — The top U.N. nuclear official said a conference on nuclear safety this week “achieved its main goal,” paving the way “for an enhanced post-Fukushima global nuclear safety framework.”

Yukiya Amano, director general of the International Atomic Energy Agency, told attendees of the IAEA’s Ministerial Conference on Nuclear Safety on Friday that its work will help strengthen “nuclear safety, emergency preparedness, and radiation protection of people and the environment worldwide.”

The officials at the meeting discussed nuclear safety in the aftermath of the disaster in Japan three months ago.

Three reactors at the Fukushima Daiichi nuclear power plant suffered meltdowns after the March 11 earthquake and tsunami that devastated northern Japan. The tsunami swamped the plant and knocked out cooling systems that kept the three operating reactors from overheating, leading to the worst nuclear accident since Chernobyl.

Amano said the Ministerial Declaration forged at the conference “outlines a number of measures to improve nuclear safety” and underscores the commitment to make sure they are implemented.

“Collectively, our Member States have expressed their sense of urgency, as well as their determination that the lessons of Fukushima Daiichi will be learned and that the appropriate action will be taken,” Amano said.

“This is not about process — it is about results. The Declaration agreed here this week must be translated into action — and it will be. This will require hard work from all Member States, and from the IAEA, in the years ahead,” Amano said.

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More next week.

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Electric Scooters And Other Electric Vehicles – Maybe, maybe not

A hidden premise of mine is that we will have an energy crash in the future and when that happens most electricity will be diverted from the residential market to municipal and national security needs. After that food production and other necessities. Still people have their own electrical generation capacity. Enough to charge batteries so there will be a lot of “light” vehicles around. I don’t think many Volt sized cars will be workable but heh compared to a horse, 40 or 50 miles an hour is not bad.

http://www.electric-bikes.com/

Welcome to Electric-Bikes.com

Practical transportation for errands and short commutes.

Electric bikes are part of a wide range of Light Electric Vehicles (LEVs) that provide convenient local transportation. Generally designed for one person and small cargo capacity, electric bike range, speed, and cost are moderate. For most of us, the majority of our trips are less than 10 miles – within the range of most e-bikes. Clean, quiet, and efficient LEVs offer the advantages of an extra car without the burdens.

To learn more about the range of electric bikes, kits and LEVs, visit our introduction page. Or, click on your favorite type of vehicle below.

Scooters E-Bicycles E-Trikes Conversion Kits Betterbikes™ Folding E-Bikes
Pedicabs Motorscooters Motorcycles Neighbr. EVs Commuter Cars TriTrack Street

 


The following organizations suppport changing the California Vehicle Code to simplify the rules, reduce barriers, and fairly treat LEVs as viable transportation alternatives.

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More next week.

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A Bicycle’s Best Friend – What happens when we quite using hydrocarbons

The secession of the use of hydrocarbons for fuels could be sudden. The President could order it. He could order all American troops home. He could order them to convert anything nonessential like “factories making crap” to make solar panels of the water and electrical kind. He could order larger factories to convert to wind turbine manufacturing. He could order the closing of all coal mines and the opening of Yucca Mountain. He could prohibit the importation of liquid fuels beginning with oil and eventually including natural gas. As the coal runs out the coal plants would have to convert to natural gas. Or it could happen gradually as the planet warms and people  die. Either way the bicycle is gona be a big part of it. People can go 10 miles on a bike easy.

http://www.bicycle-riding-for-boomers.com/

Boomers Are Discovering The Fun Path
To Fitness Through Bicycle Riding

Bicycle riding for boomers offers a boomers perspective on the sport of bicycling that is almost never seen in the cycling world. It is a compilation of lessons learned over more than 15 years, on three continents and several islands, years of research, and the unveiling of new boomer-friendly cycling products.

 

There is an exciting re-awakening in the world of bicycle riding driven by boomer aged riders looking for fun and fitness. Old line bike manufacturers are producing more products for mature riders and new manufacturers are appearing frequently.

When riding a bicycle you notice the sights and sounds that you, almost always, miss when driving or riding in a car and you get a whole new perspective on your environment. It gives you a chance to leave the rat race behind and lets you stop and smell the roses. Or, if you are a more active type, you can step it up and get all the action you want.

 

The days of bicycles being just toys for the young are long gone. Older folks are finding new bikes that are boomer friendly and new ways to enjoy them. New bike paths, clubs, and organized rides are becoming more available then ever and the numbers are growing every day. And, it can be as solitary or social as you want it to be.

Remember how much fun bike riding was as a kid? Guess what. It can be more fun now and you don’t have to be home by dinner time. It is an awesome way to attain fitness and how many fitness programs are really fun? Yet, if you are having fun you are much more likely to stay with it and reap the many health benefits that it gives you.

 

Just about any sport, or fitness program, has on-going expenses like greens fees, membership fees, etc. But, a very modest investment in cycling gear will last for years and your on-going expense is almost zero.

The good news is there is a bicycle, or tricycle, for anybody that wants to ride, at any skill level. So, if you want to ride there is one for you.

Some of the articles and products shown here will be amazing to people that have not ridden for years but they are here now for us to enjoy. Bicycle riding is more attractive than ever to boomers and seniors.

An estimated 80% of the average persons travel is, driver only, and within 10 miles of home. Imagine how much money bicycle riding can save you!

I promise I won’t get too hi-tech. Unless you intend to ride competitively it isn’t necessary. ( I’ll leave that for the Lance Armstrong wannabes) It’s just us folks and it’s all down to earth stuff so……..

JUST RELAX AND ENJOY THE RIDE.

 

Daily news update on ..

Cycling

Boomer interests

Safe cycling

bicycle trails

boomer health

Boomer fitness

Electric bicycles

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More tomorrow.

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Animals And Other Forms Of Related Transportation

This post was really difficult for me. Riding animals has been a human practice for thousands of years and still is in use in many parts of the world. From dog sleds in the north to camels in the south and horses all inbetween many hundreds of animals have been used to haul humans and freight. In some places humans even haul people in what Americans usually refer to as rickshaws. I contemplated making this a multiple post but the biggest question for me is how this move back to animals as a major form of transportation would restructure our world. How would we feed them all? How quickly would it happen? How many people would have to give way for all of the offset food? Anyway there are so many ways I could have diced this pie that a simple post will have to do. Please try not to think about how much manure this would generate.

 

Some animals are used due to sheer physical strength in tasks such as ploughing or logging. Such animals are grouped as a draught or draft animal. Others may be used as pack animals, for animal-powered transport, the movement of people and goods. People ride some animals directly as mounts, use them as harness one or a team to pull vehicles.

Riding animals or mounts

They include equines such as horses, ponies, donkeys, and mules; elephants; yaks; and camels. Dromedary camels in arid areas of Australia, North Africa and the Middle East; the less common Bactrian camel inhabits central and East Asia; both are used as working animals. On occasion, reindeer, though usually driven, may be ridden.

Certain wild animals have been tamed and used for riding, usually for novelty purposes, including the zebra and the ostrich. Some mythical creatures are believed to act as divine mounts, such as garuda in Hinduism and the winged horse Pegasus in Greek mythology.

Pack animals

 

A pack llama

Main article: Pack animal

Pack animals may be of the same species as mounts or harness animals, though animals such as horses, mules, donkeys, reindeer and both types or camel may have individual bloodlines or breeds that have been selectively bred for packing. Additional species are only used to carry loads, including llamas in the Andes.

Domesticated oxen, bullocks, and yaks are also used as pack animals. Other species used to carry cargo include dogs and pack goats.

Homing pigeons transport material, usually messages on small pieces of paper, by air.

Harness animals

 

Mule used to pull a wheeled vehicle in Morocco

An intermediate use is to harness animals, singly or in teams, to pull (or haul) sleds, wheeled vehicles or plough.

  • Oxen are slow but strong, and have been used in a yoke since ancient times: the earliest surviving vehicle, Puabi’s Sumerian sledge, was ox-drawn; an acre was originally defined as the area a span of oxen could plow in a day. The Water buffalo and Carabao, domesticated water buffalo, pull wagons and ploughs in Southeast Asia and the Philippines.
  • Draught or Draft horses are commonly used in harness for heavy work. Several breeds of medium-weight horses are used to pull lighter wheeled carts, carriages and buggies when a certain amount of speed or style is desirable.
  • Mules are considered to be very tough and strong, with harness capacity dependent on the type of horse mare used to produce the mule foal. Because they are a hybrid animal and usually are infertile, separate breeding programs must also be maintained.
  • Ponies and donkeys are often used to pull carts and small wagons, historically, ponies were commonly used in mining to pull ore carts.
  • Dogs are used for pulling light carts or, particularly, sleds. (e.g. sled dogs such as Huskies) for both recreation and working purposes.
  • Goats also can perform light harness work in front of carts
  • Reindeer are used in the Arctic and sub-Arctic Nordic countries and Siberia.
  • Elephants are still used for logging in South-east Asia.
  • Less often, camels and llamas have been trained to harness. According to Juan Ignacio Molina the Dutch captain Joris van Spilbergen observed the use of chiliquenes (a llama type) by native Mapuches of Mocha Island as plough animals in 1614.[1]

Assorted wild animals have, on occasion, been tamed and trained to harness, including zebras and even moose.

See also: Driving (horse)

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More tomorrow.

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What Happens If Fossil Fuels Are No Longer Feasible

I should have made the topic of this meditation explicit yesterday. What effect would the absence of fossil fuels have on major sectors of our society? Some people think society would collapse other people think it would mutate. I think it would slow down but not change much. So I started thinking about the transportation sector. Yesterday the topic was walking, and today’s topic is water transport. It maybe academic but walking may have happened after swimming. That is the true upright bipedal walking. Some monkeys love to swim and swimming is the original transportation system. Going back to our talks about Abraham Lincoln. Two of the most important events in Abe’s life were boat rides. The first barge he took to New Orleans got stuck on the dam at New Salem and the people there helped him get the boat free. When his family decided to move to a farm in Southern Illinois he paddled to New Salem to start his adult life. Finally he took another barge to New Orleans where he bought his first horse. Now this next “history” believes that travel by boat started much later in man’s evolution than I do. I believe that boating could be as old as 20,000 or 40,000 years old. Nonetheless it is a good discussion of the sequence.

http://www.essortment.com/history-transportation-21230.html

As man overcame the boundaries of land travel, his curiosity about the world around him increased. To his aid, man had developed a means of traveling on water even before he had domesticated the horse. The origin of the dugout boat is one of history’s great mysteries. Historians are unable to pinpoint when or where the very first water vessel was set afloat, and even speculate that it might have been purely an accident the first time. But, however it happened, the addition of the boat changed the face of transportation. Boats allowed man to, for the first time ever, cross bodies of water without getting wet.

Over time, the simple boat evolved to include a large square of cloth mounted on a central pole. This cloth, called a sail, would turn the boat into a sail-propelled ship. This new addition gave man the ability to use waterways as a means of swift travel from one place to another, and even to travel against the current of rivers. However, the evolution of water travel didn’t stop with the sail. Ships would eventually take on a sleekness as they increased in size. Before long, they would add oars and rudders, then deck covers. By Greek and Roman times, ships had grown clunky shipboard towers, as well, which developed, over time, into the Medieval stern- and forecastles. By the late Medieval era, these castles were built solid, as a part of the ship’s basic structure. Then, by the Renaissance and the Age of Exploration which followed, ships had gained tiers of rigging and sails, becoming sleek and speedy.

Then, in the 1800s, ships began to shed their sails on the rivers once again. The advent of automation was changing transportation forever. The very first automation in ships was the cumbersome paddlewheel. Due to their bulky form and inability to turn easily, paddlewheel boats were confined to river travel, where they would experience calmer currents and need less manueverablity.

After the paddlewheel came the steamship. These vessels used coal or wood, burned to heat water, which in turn created the steam pressure used to work the pistons which moved the ship. The steamship was to enjoy a long and trusted run on both rivers and seas. Then, in 1912, the first diesel-powered ship, the Danish Selandia, was launched. That diesel engine design was to become the industrial and military standard until after World War II.

Then, in 1958, the first nuclear powered ship was launched. However, nuclear power was soon discarded by industry as too expensive and risky, though it would continue to find use in the military community.

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More tomorrow.

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Beautiful Energy Efficiency – Most housing designs include solar

All these new builds include some form of solar planning. Either in orientation, or window protection, or solar electric generation, the sun is never far from these planners minds.

http://www.hgtvpro.com/hpro/green_building/article/0,3142,HPRO_27916_6024083,00.html

Five Models of Energy Efficiency: A Guide to Beautiful, Energy-Efficient Homes

Five US builders are being honored for their exceptional achievements in high performance building at the second annual BASF Builders Challenge Awards.

Led by the U.S Department of Energy (DOE), the Builders Challenge is working with homebuilders across America to build a new generation of high-performance homes, working toward the ultimate goal of providing cost-effective, net-zero energy homes by 2030 for all Americans.

To qualify for the Builders Challenge, homes must meet at least a 70 on the EnergySmart Home Scale (E-Scale) — which means they must use at least 30 percent less energy than a typical new home built to code.

2010 BUILDERS CHALLENGE AWARDEES
Colorado Builder’s Net-Zero-Energy House Costs Just 7% to 8% More

Ecofutures Building Inc. developed four certified Builders Challenge homes (two with minus-three HERS ratings). These net-zero-energy measures represented only 7% to 8% of the total building cost.

See how they did it so cost-effectively >>

Treating the Home as a Whole System

By treating houses as a complete system, David Weekley Homes qualified 280 homes for the Builders Challenge with HERS scores averaging 67. The homes ranged from 1,500 to 5,500 square feet.

Get better results by treating the house as a whole system >>

College Students’ Habitat for Humanity Home

Yavapai College students built a Habitat for Humanity house that achieved the remarkably low HERS score of minus-three. Their 1,207-square-foot home cost only $92 per sq. ft. cost to build.

Learn how the students got it done >>

Homebuilder Adds Net Zero Energy Upgrade Package

Artistic Homes of Albuquerque offers a net-zero-energy upgrade option on all their homes. They’ve completed and sold 11 true net-zero-energy homes ranging from 1,305 to 2,905 square feet and costing between $160,000 and $300,000.

Find out about the upgrade option >>

Builder Promises Zero Energy Bill for Five Years

Tim O’Brien, a fanatic about eliminating air infiltration, actually got $400 back from the utility the first month after construction was finished. He guarantees a zero energy cost for the first 5 years on his home.

See what makes this builder so confident >>

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More next week.

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Gwinnett – An Education Company That Practices What It Preaches

I have fun with google everyonce in awhile. I will pick an odd phrase, like today I typed in “beautiful energy conservation”.  As always Procter and Gamble, Siemens and Johnson Controls greenwash pages popup first. Google is such a money hog. But this site was #4 so I thought what the heck. What a pleasant surprise.

http://www.gwinnettcb.org/index.php?option=com_content&task=blogcategory&id=16&Itemid=58

Recycling Bank of Gwinnett
The Recycling Bank of Gwinnett, located at 4300 Satellite Blvd in Duluth, is open to the public for donations 24 hours a day, seven day a week.  Commercial haulers are served from 6:30 a.m. to 4:00 p.m. Monday through Friday.  There is no cost to consumers or businesses to drop off recyclables.
For safety reasons, the public is NOT allowed to remove newspapers or other recyclables from our facility.
The Recycling Bank of Gwinnett will accept 35 types of recyclables:

 

 

Newspapers and Inserts                School Papers

Cardboard Boxes                          Kraft Paper

Soda & Beer Cartons                    Cereal Boxes

Paperboard                                   Tissue Boxes

Paper Grocery Bags                      Shoe Boxes

Paper Shopping/Lunch Bags          Pizza Boxes

Magazines                                   Paper Towel Cores

Shopping Catalogues                    Tissue Paper Cores

Old Phone Directories                   Aluminum Beverage Containers

Discarded Mail                              Aluminum Food Containers

Greeting Cards                             Steel Food Containers & Lids

Envelopes                                    Empty Aerosol Cans

Carbonless Paper Forms               Plastic Soda & Water Bottles

Computer Paper                            Milk Jugs

Calendars                                     Plastic Detergent Bottles

Plastic Bottles #3-7                       Glass Bottles & Jars

Aluminum Baking Tins                   Books

Clean Metallic Lids

For other items you are interested in recycling, please use our Searchable Recycling Database to find a location near you to take your recyclables.

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More tomorrow.

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Hydropower In A Small Beautiful Package – New Development

Beautiful power generation is the theme of this meditation. This grows out of a comment by a friend. We were talking about wind farms and all the silly criticism of them, the worst of which is that they are ugly. I said I found them elegant and he said he found them beautiful. Thus the theme. Here is a post about small hydro. The article includes a build up about large hydrodams and the negative impact on the environment as well as data about Germany where these dams were developed. I have only included the info about the new type dam itself but please feel free to read the rest.

Small Is Beautiful in Hydroelectric Power Plant Design: Invention Could Enable Renewable Power Generation at Thousands of Unused Sites

ScienceDaily (Oct. 20, 2010)

dot dot dot as they say…

A solution to all of these problems has now been demonstrated, in the small-scale hydroelectric power plant developed as a model by a team headed by Prof. Peter Rutschmann and Dipl.-Ing. Albert Sepp at the Oskar von Miller-Institut, the TUM research institution for hydraulic and water resources engineering. Their approach incurs very little impact on the landscape. Only a small transformer station is visible on the banks of the river. In place of a large power station building on the riverside, a shaft dug into the riverbed in front of the dam conceals most of the power generation system. The water flows into a box-shaped construction, drives the turbine, and is guided back into the river underneath the dam. This solution has become practical due to the fact that several manufacturers have developed generators that are capable of underwater operation — thereby dispensing with the need for a riverbank power house.

The TUM researchers still had additional problems to solve: how to prevent undesirable vortex formation where water suddenly flows downward; and how to best protect the fish. Rutschmann and Sepp solved two problems with a single solution — by providing a gate in the dam above the power plant shaft. In this way, enough water flows through to enable fish to pass. At the same time, the flow inhibits vortex formation that would reduce the plant’s efficiency and increase wear and tear on the turbine.

The core of the concept is not optimizing efficiency, however, but optimizing cost: Standardized pre-fabricated modules should make it possible to order a “power plant kit” just like ordering from a catalog. “We assume that the costs are between 30 and 50 percent lower by comparison with a bay-type hydropower plant,” Peter Rutschmann says. The shaft power plant is capable of operating economically given a low “head” of water of only one to two meters, while a bay-type power plant requires at least twice this head of water. Series production could offer an additional advantage: In the case of wider bodies of water, several shafts could be dug next to each other — also at different points in time, as determined by demand and available financing.

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More tomorrow.

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Nuclear Power Is Massively Impractical – Indeed small is beautiful

http://weblog.greenpeace.org/nuclear-reaction/2009/02/energy_generation_small_is_bea.html

Energy generation: small is beautiful

t’s difficult to get your head around the sheer massive size of nuclear reactors. The things are absolutely huge. Just to give you a flavour, in Flamanville, France, where EDF are building a ‘state of the art’ EPR reactor, the roads aren’t wide enough to transport the large reactor components to the construction site.

People sometimes forget that nuclear reactors are just kettles. Great big kettles. The hot nuclear fuel inside the reactor boils water which turns into steam which turns the turbines which generate electricity. Those turbines, as you can imagine, are also huge.

Being so large and heavy, they can’t be transported in any conventional way. Often they’re shipped on giant barges. They’re shipped very slowly and very carefully. Sometimes not slowly and carefully enough. You know where two $10-million 107-tonne turbines destined for the Canada’s Point Lepreau nuclear power station found themselves last October? Spending five days on the bottom of Saint John Harbour.

And that’s another of the major problems with nuclear power and why a so-called nuclear ‘renaissance’ will be impossible to achieve: the nuclear industry has no economies of scale. You cannot increase production of nuclear power stations anywhere near quickly enough to fulfil the promises made by the industry and save us from the worst of global climate change.

Wind turbines and solar energy couldn’t be more different. You can build a working wind turbine in two weeks. The renewable energy industry is a hugely scaleable one. Smaller and more readily available components make it far, far easier to expand production. Want a hundred kilometres of solar cells produced in a day? Mass-produced printable solar cells are already being trialled. The renewable energy technologies are ever improving.

The components of nuclear reactors are too large and complex to mass produce or produce quickly in the same way. Japan Steel Works, the only company in the world currently making specialised steel containers for reactor cores, already has a three year backlog. All those countries boasting of building new reactors in the near future are going to have to join a very slow-moving queue.

 

Posted by Justin on February 20, 2009 3:03 PM | Permalink

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