Energy

Atomic energy (108)
Coal (28)
Electricity (6)
Energy (506)
Fuels (211)
Gas system (2)
Oil (113)
Power companies (7)
Solar energy (54)
Wind generation (1)

Synopsis: 7. energy: Energy:

We are already researching ways to harvest food and energy in deeper, more remote parts of the ocean.

Future cities built from scratch will be more dynamic, energy-efficient and flexible. These cities of the sea could use algal biofuel production

and store energy from wind and the Sun. As designs improve oe and get cheaper oe the idea of a home on the ocean will become more affordable.

and transform them into energy, carbon dioxide and industrial pollutants oe which, on an industrial scale, produces a world

but the percentage of our energy provided by these alternatives remains small compared with our overall consumption.

zero-energy system for keeping camel milk cool in soaring temperatures that commonly reach 45c (113 Fahrenheit).

A group led by British-born plant scientist Stephen Long is trying to improve the ability of plants to harness energy from the sun. Their aim is to turbocharge photosynthesis,

they found a strain that did not waste precious energy trying to elongate itself above the waters when submerged by a flash flood,

because it can be powered by a simple solar panel that generates five volts of energy, he said. oeit is a simple technology

and external wind generators for power, these self-contained farming silos can be constructed in desolate climates, deserts, on rocky ground,

#The Sahara Forest Project A Renewable Energy Oasis The Sahara Forest Project The Sahara Forest Project is a unique combination of proven environmental technologies,

to produce renewable energy, water and food in an area of desert known to be one of the hottest places on earth.

Multitasking renewable solutions It has often been said that there will be no one solution to solving the climate crisis and all those issues that surround it, such as energy sources, food prices and water supply.

and optimize their operating capacities to produce energy and water and by proxy vegetation. This sense of collaboration is echoed in the team of people behind the proposal:

an engineer Bill Watts of Max Fordham & Partners, an engineering firm that focuses on energy efficient systems for the built environment.

CSP is seen currently as one of the most exciting and powerful ways of harnessing the suns energy to create power.

It has been proposed that the energy created by CSP in the Sahara could be transported to Europe with minimal loss via high voltage DC power lines.

If combined with sea water another 50%of the collected energy, normally released as heat,

and Seawater Greenhouses the design team has scaled vastly up the positive outputs of renewable energy, food production and fresh water supply.

Bill gates, likewise, devotes most of his energy and intellect today to his foundation s work on causes ranging from supporting charter schools to combating disease in Africa.

Wind Turbine Repair Techs The proliferation of windmills around the world will dramatically drive the demand for repair techs who are not afraid of heights

Mass Energy Storage Developers As a society, we have become very good at generating electricity,

Once mass energy storage systems are developed and installed, our total energy needs will drop precipitously. 51.

Earthquake Forecasters Everything we know about the inside of the earth has been developed through indirect evidence. We have no maps of the center of the earth.

Los angeles is testing advanced flywheel technology as a way to reap wasted energy from braking trains

And Pavegen is building sidewalk tiles designed to capture energy from walking pedestrians. As for mind-reading headsets that measure our brain activity and recognize our facial expressions:

it s easy to write off some modern energy innovations#like solar panels #because they haven t hit the big time fast enough.

But, like his absurd statements on climate change and renewable energy, his focus on high-tech agriculture,

and invisible cars and windmills will all be possible. Ford had its Evos concept car on display at CES 2012 turning heads with style and design,

The limited amount of oil and gas remaining are utilised still as energy source, but will only be used in niche industries where its unique combustible elements are still in demand.

otherwise harmless beams of energy will intersect at some point in space creating a source of energy) as the main source of vehicular power.

A smart grid links all household appliances directly to energy distribution systems, enabling real-time pricing based on supply and demand.

and most devices are now highly energy efficient. Nanotech-based manufacturing is used widely, altering the economy as products (from micro-batteries to phones

It ends with robots harvesting our bodies for energy.##Levandowski understands the sentiment. He just has more faith in robots than most of us do.#

a renewable energy source usually made from corn.##oeyou can now build a cell the same way you might build an app for your iphone,

When fed sugar, it produced energy and excreted alcohol and carbon dioxide. Humans have harnessed this power for centuries to make wine, beer, cheese and other products.

#oeit ends with robots harvesting our bodies for energy.##Google is still not saying much to reporters (including this one) about its plans,

and other forms of passive energy, our future water networks will be operate with far more efficiency and convenience than anything imaginable today.

Eolewater http://www. eolewater. com/Living in the Caribbean in 1997, inventor Marc Parent came up with the idea of using a windmill to extract water from the air.

It works by exploiting the fact that certain frequencies of electromagnetic waves facilitate ease of energy transfer

which nuclear power plants produce energy) is much easier to control than nuclear fusion (the process by which the sun burns, and nuclear weapons work).

And while even its champions concede it could be decades before it s dispensing energy,

but with the brains, time, energy and passion to ride herd on a moonshot-class mission. Someone, maybe, like Daryl Oster.

winning back much of the acceleration energy through an analog of a hybrid car s regenerative braking system.

and recapture of acceleration energy makes it hugely efficient. Oster says ET3 is 50 times more efficient than the best electric cars or trains;

and the engineering of energy-producing microbes, #says Luciano Marraffini of Rockefeller University. The biotech revolution that created drugs like EPO for anemia

and Fandex Family Field Guides Energy Meters for the home Museum Adventure Pass Music Tools Park & Read Pass Science to Go kit Stories to Go:#

#Home Energy Evaluation Kits##oeto help residents save money on utility bills while helping the environment, the Jacksonville Public library partnered with the local utility company (JEA) to circulate Home

Energy Evaluation Kits#backpacks filled with tools to test the energy efficiency of homes. Over 1, 300 kits were loaned in the first year.#

And we need to incorporate zero-waste and low-energy technologies into the task of food production.

in order to take advantage of the sun s energy, or grow indoors with the help of artificial lights.

and energy and improve crop yield. It takes advantage of the vertical space of city buildings rather than turning over wide expanses of land to agriculture and uses advanced greenhouse technology:

The cost of growing Vertical farming s biggest limitation is energy consumption. Considerable energy is required to power a closed, indoor greenhouse facility s artificial lighting, heating and cooling

and hydroponic or aeroponic growing systems. The amount of energy required per unit of product is an important factor for ensuring

not only that the farm is sustainable, but that it is economically viable. Recently, more and more studies have focused on pairing solar panels

lower power consumption, generate less heat, and can produce light of varying intensity. Because it produces less heat,

This increases efficiency, not just in terms of energy use but by allowing layers of growing plants to be packed more densely, making more efficient use of space.

Mass Energy Storage We are now entering the early growth stages of what will surely become a huge global industry energy storage.

In what year will we see the first mass energy storage system capable of storing enough energy to power a city of 1 million people for over a month?

How will that impact the price of power? 29. Large scale 3d printing In April the Chinese company, Winsun Decoration Design Engineering, created the first 3d printed house.

Invisible fences, invisible screens, invisible cars and windmills will all be possible. What kind of market will there be for invisible netting like this?

produce energy, provide food, and maintain and enhance human health and our environment. Scientifically viable in 2013;

vertical farms could augment natural light using energy-efficient lighting. The advantages are numerous, including year-round crop production, protection from weather, support urban food autonomy and reduced transport costs.

I want activity, energy, vitality I want to be able to get places quickly. I want there to be a concentration of activity that

things like sustainable energy and resource sharing are emerging as Purpose Economy markets. By thinking of these as markets, we can imagine powerful new ways to create value by helping people and the planet.

and focused their energies on selling and servicing them in unique ways. For example, Tesla understood the busy schedules of their customers,

and connected to venture funding, a proximity that ultimately increased investment in batteries and renewable energy.

They operate above the fray, independent of the frenetic energy of today s highways, airports, train, and bus depots.

Mass Energy Storage Developers We are still terrible at storing energy from one day to the next.

Once mass energy storage systems are developed micro grids become infinitely more viable. 92. System Transitionists 93.

 Students participating in the HPVC are designing transportation solutions for a world faced with economic stress and poverty climate change and strife over energy supplies.

#The Mystery of the Missing Methane (Op-Ed) Chris Busch is director of research at Energy Innovation:

According to our analysis at Energy Innovation the methane missing from the EPA's inventory in terms of the contribution to global warming over a 20-year time period would be equivalent to the greenhouse gas emissions of 252 coal power plants.

And we need to incorporate zero-waste and low-energy technologies into the task of food production.

in order to take advantage of the sun s energy or grow indoors with the help of artificial lights.

and energy and improve crop yield. It takes advantage of the vertical space of city buildings rather than turning over wide expanses of land to agriculture and uses advanced greenhouse technology:

Vertical farming s biggest limitation is energy consumption. Considerable energy is required to power a closed indoor greenhouse facility s artificial lighting heating and cooling and hydroponic or aeroponic growing systems.

The amount of energy required per unit of product is an important factor for ensuring

not only that the farm is sustainable but that it is economically viable. Recently more and more studies have focused on pairing solar panels

They re also physically small have a long service life lower power consumption generate less heat

This increases efficiency not just in terms of energy use but by allowing layers of growing plants to be packed more densely making more efficient use of space.

which is why markets will be needed to generate the kind of money necessary to realign the global energy system.

or even to provide direct support for energy efficiency projects. Steve Rayner, director of the James Martin Institute for Science and Civilization at the University of Oxford, UK, says the idea has merit.

Funding Energy funding: The US Department of energy has awarded $151 million to 37 research projects through the recently formed Advanced Research Projects Agency-Energy (ARPA-E). Based on the Defense Advanced Research Projects Agency,

ARPA-E is geared towards high-risk'transformational'energy research that might not be funded through traditional science grants.

Awardees included small businesses, educational institutions and large corporations that focus on everything from liquid-metal batteries

which spans industries such as alternative energy, conservation, pollution-scrubbing, recycling and power supply, was responsible for more than half of the rise.

$286 million to Solyndra of Fremont (photovoltaics), $82. 5 million to Tesla Motors of San Carlos (electric vehicles) and $60 million to Serious Materials in Sunnyvale (energy-efficient building materials.

says Jane Long, associate director for energy and environment at Lawrence Livermore National Laboratory in California.

but it also included a host of incentives for energy development. Among them was a one-year extension of a tax credit giving refiners nearly 12 cents of federal cash for every litre of corn ethanol they blend into gasoline.

director of renewable energy policy for the Natural resources Defense Council in New york. There's a sort of belief in Washington that corn ethanol is one of these topics where everyone has to toe the line,

one year at least allows time for a more logical conversation about how we reform energy tax policy,

The US Department of energy has supported biofuels through research grants, including $30 million for research into next generation biofuels announced last week,

but doing so requires energy and specialized enzymes, or both. Mark B Â nger, research director for Lux Research in San francisco, says that most companies are still struggling with the basics:

Steve Long, a crop scientist and deputy director of the Energy Biosciences Institute in Urbana, Illinois, says companies are struggling to overcome a suite of financial,

to hunt for the elusive Higgs particle at the collider's current collision energies. The plan is likely to be agreed by CERN's management and council in January.

Fred Upton (Republican, Michigan) 墉 who has supported frequently environmental legislation 墉 will chair the House Committee on Energy and Commerce.

US energy boost The United states needs to triple its annual federal funding 墉 from US$5 billion to $16 billion 墉 for energy'research, development, demonstration and deployment,

'and adopt a strategic, coordinated energy policy, a report from the President's Council of Advisors on Science and Technology (PCAST) recommends.

a'Quadrennial Energy Review',modelled on an existing defence review. Oil-spill budget Scientists have welcomed a long-awaited peer-reviewed US government report on the short-term fate of the oil from the Deepwater horizon spill in the Gulf of mexico this summer.

And I believe the federal government must significantly streamline the regulatory framework for the deployment of new energy technologies

Through the Recovery Act, my Administration committed over $100 billion to support groundbreaking innovation with investments in energy, basic research, education and training, advanced vehicle technology, health IT and health research

Of these funds, we made a $90 billion investment in clean energy that will produce as much as $150 billion in clean energy projects.

the Recovery Act made the largest single investment in clean energy in American history. And our investments in energy not only focus on research,

but on the deployment of these new technologies. We have invested highly in important research being done to improve the health

and scientists say energy security and sustainability are major problems facing the United states this century.

What policies would you support to meet the demand for energy while ensuring an economically and environmentally sustainable future?

renewable energy will lead the global economy in the 21st century. That s why I have made the largest investment in clean energy

and energy efficiency in American history and proposed an ambitious Clean Energy Standard to generate 80 percent of our electricity from clean energy sources like wind, solar, clean coal,

and natural gas by 2035. Since taking office, electricity production from wind and solar sources has doubled already more than in the United states. We are boosting our use of cleaner fuels,

Because of these actions, we are positioning ourselves to have cleaner and cheaper sources of fuel that make us more energy secure

and position the U s as a world leader in the clean energy economy. The goal of energy independence has long proved elusive,

but analysts across the spectrum energy experts, investment firms, even academics at Harvard university now recognize that surging U s. energy production,

combined with the resources of America s neighbors, can meet all of the continent s energy needs within a decade.

The key is to embrace these resources and open access to them. A successful national energy strategy will have a fundamental influence on the well-being of the nation.

An expansion in the affordable, reliable supply of domestically produced energy can bolster the competitiveness of virtually every industry within the country,

creating millions of new jobs from coast to coast. With fewer energy imports and more exports of manufactured goods

America s trade deficit will decline and the dollar will strengthen. The benefits even extend beyond immediate economic growth.

The lease payments, royalties, and taxes paid to the American people in return for the development of the nation s resources can yield literally trillions of dollars in new government revenue.

Lower energy prices can ease the burdens on household budgets. And all Americans can rest assured that the nation s security is no longer beholden to unstable but oil-rich regions half way around the world.

I will empower states to control onshore energy development, including on federal lands within their borders.

Third, I will pursue a North american Energy Partnership so that America can benefit from the resources of its neighbors.

Fourth, I will ensure accurate assessment of the nation s energy resources by updating decades-old surveys that do not reflect modern technological capabilities.

I will facilitate private-sector-led development of new energy technologies. Throughout this agenda, I remain committed to implementing

and enforcing strong environmental protections that ensure all energy development activity is conducted in a safe and responsible manner.

I will pursue a course that designs regulation not to stifle energy production but instead to facilitate responsible use of all energy sources from oil and coal and natural gas, to nuclear and hydropower and biofuels, to wind and Solar energy development, economic growth,

and environmental protection can go hand-in-hand if the government focuses on transparency and fairness instead of seeking to pick winners

A full white paper describing my plan for energy independence is available at Mittromney. com. Thanks to science and technology

who studies energy policy at the University of S £o Paulo and is a former director of the state oil giant Petrobras.

when climate and energy planning clash with economic decision-making. It began with the 2008 economic crisis,

%says Andrã Ferreira, head of the Institute for Energy and the Environment, a think-tank in S £o Paulo.

Chu (pictured) restructured research at the energy agency, garnering political support for the high-risk, high-reward Advanced Research Projects Agency-Energy,

as well as for five Energy Innovation Hubs for integrated and applied research. The stimulus funding came under intense criticism from conservatives,

especially the $535 million that went to now-defunct solar-cell manufacturer Solyndra of Fremont, California.

Reicher, an attorney by training, previously headed Google s $1-billion initiative for investing in energy and climate, where he guided investments into solar technologies and electric transport.

He served as the energy agency s assistant secretary for efficiency and renewable energy under former president Bill clinton and was a staff member on then-president Jimmy carter s commission to investigate the 1979 Three Mile Island nuclear accident in Pennsylvania.

Kevin Wolf/APENVIRONMENTAL PROTECTION AGENCYDEPARTING: Lisa Jackson On entering office in 2009, Jackson (pictured) laid the groundwork for climate regulations by formally declaring carbon dioxide a dangerous pollutant.

She has also been floated as a candidate to lead the Department of the interior and the energy department. Perciasepe, currently deputy administrator at the environment agency, developed a watershed-protection programme while previously at the agency under Bill clinton.

and the introduction by more than half of the states of significant energy and climate initiatives that could deliver further reductions  perhaps even the 17%cut by 2020 that Obama promised at the United nations climate summit in Copenhagen in 2009.

whether the president can build support for a broad programme of energy research and development that could drive down the cost of large-scale, low-carbon energy,

and ultimately make a carbon tax or a cap-and-trade agreement politically palatable. The President s Council of Advisors on Science and Technology has recommended increasing spending on energy research and development from around US$4 billion per year to $16 billion,

and some organizations have advocated even more. Armond Cohen, executive director of the Clean Air Task force in Boston, Massachusetts, argues that Obama could attract conservative support for a strategic research programme focused on large-scale energy technologies such as carbon capture and storage

methods and advanced nuclear reactors. Such a programme might look like the energy department s Advanced Research Projects Agency-Energy

itself inspired by a similar defence-department programme, says Cohen. Once technologies are developed, government agencies could use their buying power to expand production

19 25 april 2013us energy secretary In a vote on 18 april, the US Senate energy committee approved President Barack Obama s choice for energy secretary:

Moniz, who served as an undersecretary for energy under former president Bill clinton, has backed the use of a mixture of conventional and renewable energy sources to meet demand (see Nature 494,409-410;

2013). ) The full Senate is expected to confirm the nomination. Nobel laureate dies Fran §ois Jacob, a Nobel-prizewinning French biologist, died on 19 april aged 92.

Energy spending Investment in renewable energy technologies still falls short of the level needed to clean up the global energy system

says a report from the International Energy Agency in Paris. In 2012, global markets in solar photovoltaic technology and wind energy grew by 42%and 19%,respectively,

says the 17 april report. But the continued growth in energy produced by coal-fired power stations is offsetting progress,

it says. Venture declines US venture-capital investments shrank 12%to US$5. 9 billion in the first quarter of 2013, with the life sciences and clean technology particularly affected, according to a report by accountancy firm Pricewaterhousecoopers

This means that the market is unlikely to spur investment in low-carbon energy, one of the scheme s key goals when it was launched in 2005.

Claire Curry, a bioenergy analyst at the information firm Bloomberg New Energy Finance, expects that some 50 million to 60 million gallons of cellulosic ethanol could be produced commercially worldwide this year up from just a few

adds Thomas Foust, director of the National Bioenergy Center at the National Renewable Energy Laboratory in Golden, Colorado.

probably have lots of energy as well. I'm 98%sure the moon landings were faked. They could not get there in the 60's

It ends with robots harvesting our bodies for energy. Google is still not saying much to reporters (including this one) about its plans

and regain the energy typically lost from stopping. Hybrid systems are good for improving efficiency

It takes a lot of energy to cut down trees process them into pulp strain them press them heat them print them

Near-zero and not zero because operating the servers that wirelessly deliver the ebooks uses a little bit of energy.

because they do not get assembled they get stamped like information is stamped on mass produced DVD's. The only problem with this cheap technology is that is going to have the same issues as with free energy there will be no money in it

So can free energy but there are forces out there that won't allow that. So good luck with that.

Food production technology continues to improve worldwide as does energy production. We feed more produce more energy

and use it more efficiently than at anytime in the history of humankind and the trend will continue toward more efficiency and thus sustainability.

what scientists and engineers can do to continue food and energy for a massive population.

and energy resources that is expected to continue to grow exponentially as the world's population reaches an estimated 11 billion people by 2050 leaves us with limited alternatives.

The island nation already heats 87 percent of its homes using geothermal energy and says astronomy professor Eric Blackman of the University of Rochester people could continue harnessing volcanic heat for hundreds of years.

what he says will be the most favorable energy source on the planet by his estimates generating as much as 3000 times the electricity generated worldwide today.

***Michaud has always been intrigued by alternative energy. Decades ago while he was still working for Exxonmobil he started thinking about the vast power potential of rising air.

He theoretically worked through the process of capturing energy via water vapor that would condensate as air rose

but calculated that too much energy would be lost in the process to make it worthwhile. It was then that he realized that building a controlled vortex

because it would be easier to capture the energy of moving air via a turbine than to capture the energy involved in condensation.

Higher up the wind speed of the tornado will spin the wheels of attached turbines generating energy.

In the models he's created so far he's used energy sources to heat up the air that is fed into the bottom of a vortex

But if he were to partner with power plants that initial energy investment wouldn't be necessary.

Power plants already generate waste energy via heat. An AVE would use the waste energy to begin

and maintain a vortex. Adding that capacity would increase output of the power plant by 10 to 20 percent without using any additional fuel Michaud theorizes.

By his reasoning the total energy potential of convection from the bottom of the atmosphere upward is 52000 terawatts.

Michaud argues that his method of energy generation is actually safer than most other electricity-generating methods like coal-fired power plants which are contributing to global warming

and hopes to just get enough to prove the technology's worth to larger companies in the energy sector.

Michaud answered that he would be able to increase the amount of energy available per person worldwide an accomplishment that could ultimately improve living standards and fight poverty.

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