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Jamil Zaki. George Polya. Robert M. Brian Cox. Nick Bostrom. Norman Doidge. Bestselling Series. Harry Potter. Popular Features. New Releases. Free delivery worldwide. Expected to be delivered to Germany by Christmas. Description This book explains how society will face an energy crisis in the coming decades owing to increasing scarcity of fossil fuels and climate change impacts.
It carefully explores this coming crisis and concisely examines all of the major technologies related to energy production fossil fuels, renewables, and nuclear and their impacts on our society and environment. The author argues that it is wrong to pit alternatives to fossil fuels against each other and proposes that nuclear energy, although by no means free of problems, can be a viable source of reliable and carbon-free electricity.ignamant.cl/wp-includes/45/203-como-ubicar-mi.php
He concludes by calling for a diversified and rational mix of electricity generation in order to mitigate the effects of the energy crisis. Throughout, the book is spiced with science, history, and anecdotes in a way that ensures rewarding reading without loss of rigor. Product details Format Paperback pages Dimensions x x Illustrations note 57 Illustrations, black and white; IX, p.
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The 7 reasons why nuclear energy is not the answer to solve climate change
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The Selfish Gene Richard Dawkins. Thing Explainer Randall Munroe. The Power of Habit Charles Duhigg. Everything for miles around, from the mushrooms in the woods to the trucks left in the parking lots to the toys in the nursery and the hospital beds, was radioactive to some degree. The new sarcophagus will last about years — after which it will deteriorate and future generations will have to decide how to dismantle and store it permanently. Click to enlarge. Skip forward to Cameron, Texas, on January 16, This was a nerve-wracking day for Liz Muller, co-founder of California startup technology company Deep Isolation and her father, Richard Muller, professor emeritus of physics at the University of California, Berkeley, and now chief technology officer at Deep Isolation.
The father-daughter team had invited 40 nuclear scientists, U. Department of Energy officials, oil and gas professionals, and environmentalists to witness the first-ever attempt to test whether the latest oil-fracking technology could be used to permanently dispose of the most dangerous nuclear waste.
At a. Five hours later, the crew used the tractor to relocate and collect the canister, attach it to the cable and pull it back to the surface — to the cheers of the workers. Until then, few people in the nuclear industry believed this could be done. This is now an off-the-shelf technology. Using larger canisters, we think about boreholes with tunnels up to 2 miles 3 kilometers long would be able to take much of the U. We think we can reduce by two-thirds the cost of permanent storage.
Workers lower a canister into a borehole in January as part of a test of a potential radioactive waste storage strategy developed by Deep Isolation, a California startup. Photo courtesy of Deep Isolation, Inc. One offered the solution to the other. These capsules can be lowered deep down, far deeper than anyone has proposed, and stored underneath a billion tons of rock so none of the radiation gets out.
The Nuclear Environmentalist: Is There a Green Road to Nuclear Energy?
The dilemma of how to manage nuclear waste — radioactive materials routinely produced in large quantities at every stage of nuclear power production, from uranium mining and enrichment to reactor operation and the reprocessing of spent fuel — has taxed the industry, academics and governments for decades. In odd years of nuclear power, in which more than commercial reactors, many experimental stations and tens of thousands of nuclear warheads have been built, great stockpiles of different levels of waste have accumulated.
Depending on how countries classify waste, only about 0. Mostly derived from civil reactor fuel, this is some of the most dangerous material known on Earth, remaining radioactive for tens of thousands of years.
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This is also highly dangerous, but it can be stored in special canisters because it does not generate much heat. The rest is made up of vast quantities of what is called low-level and very low level waste. This comprises scrap metal, paper, plastics, building materials and everything else radioactive involved in the operation and dismantling of nuclear facilities.
A further , cubic meters , cubic yards of intermediate waste is being stored, and about 3. Some 34, cubic meters 44, cubic yards of new high-level and intermediate waste is generated each year by operating civil reactors, says another nuclear industry group, the World Nuclear Association WNA. High-level radioactive waste and spent nuclear fuel storage is stored at 80 sites scattered across the U. Map courtesy of the U. Department of Energy. The U. Government Accountability Office.
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In the early days of nuclear power, waste of any sort was barely considered. British , U. Since then, billions of dollars have been spent trying to identify how best to reduce the amount produced and then store it for what may be eternity. Many ideas have been investigated, but most have been rejected as impractical, too expensive or ecologically unacceptable.