Biofuels have been around as long as cars have.
A biofuel is a fuel that contains energy from geologically recent carbon fixation. These fuels are produced from living organisms.
Generating Electricity from Wing Waves.
Wind turbines, like windmills, are mounted on a tower to capture the most energy. At 100 feet (30 meters) or more aboveground, they can take advantage of the faster and less turbulent wind.
Producing electricity from solar energy.
Solar energy is a free, inexhaustible resource, yet harnessing it is a relatively new idea. The ability to use solar power for heat was the first discovery.
Turbines catch the wind's energy with their propeller-like blades.
A blade acts much like an airplane wing. When the wind blows, a pocket of low-pressure air forms on the downwind side of the blade.
Solar energy may have had great potential
Solar technology advanced to roughly its present design in 1908 when William J. Bailey of the Carnegie Steel Company invented a collector with an insulated box and copper coils.
We have been harnessing the wind's energy for hundreds of years.
For utility-scale sources of wind energy, a large number of wind turbines are usually built close together to form awind plant.
Biofuels are produced from living organisms.
In order to be considered a biofuel the fuel must contain over 80 percent renewable materials.
Geothermal energy is the heat from the Earth.
Resources of geothermal energy range from the shallow ground to hot water and hot rock found a few miles beneath the Earth's surface, and down even deeper to the extremely high temperatures of molten rock called magma.
Geothermal heat pumps can tap into this resource to heat and cool buildings.
A geothermal heat pump system consists of a heat pump, an air delivery system (ductwork), and a heat exchanger-a system of pipes buried in the shallow ground near the building.
In the future, civilization will be forced to research and develop alternative energy sources.
Possession of surplus energy is, of course, a requisite for any kind of civilization, for if man possesses merely the energy of his own muscles, he must expend all his strength - mental and physical - to obtain the bare necessities of life.
Saturday, September 26, 2009
New Indian Pm To Push Solar Energy
Tuesday, September 22, 2009
10 Energy And Environment Related Stories You May Have Missed During 2013
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10. Select CALIFORNIANorthern California is villa a solar power plant with 1 million photovoltaic panels on 1,200 acres, despite discouragement.
"Source: http://www.solardaily.com/reports/Historians environmentalists oppose Calif solar power plant 999.html"
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9. HYDROGEN Support FROM Rays
Scientists from Stanford School shaped a silicon-based water splitter that can create hydrogen power from sunlight.
"Source: http://www.sciencedaily.com/releases/2013/11/131114142125.htm"
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8. RENEWABLE
42.2% of Spain's energy ingestion came from renewable sources this at an earlier time appointment. How can other countries try suit?
"Source: http://www.energymatters.com.au/index.php?main page=news article&article id=4099&zenid=guvtffhq03h4efdodorntkpvp5"
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7. Support ON THE MOON
Rumor again from Spain: scientists from the Polytechnic School of Catalonia wished-for a way to create electricity on the moon.
"Source: http://www.sciencedaily.com/releases/2013/12/131220113401.htm"
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6. OFFSHORE WINDFARM A NO-GO
Strategy to receive "one of the world's main" offshore windfarms off the move smoothly of North Devon, UK, were unoccupied.
"Source: http://www.telegraph.co.uk/earth/energy/windpower/10474562/Developers-pull-the-plug-on-one-of-the-worlds-largest-offshore-windfarms.html"
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5. TIDAL Life IN EASTERN CANADA
The Ocean Renewable Support Together policy to expand the Maine Tidal Life Display (in Eastern Canada) - a project that uses a Turbine Generator Disconnection to fix to energy from tidal water.
"Source: http://renewableenergydev.com/what-is-the-maine-tidal-energy-project"
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4. LOOFAHS?
Loofahs + insect = energy? Shungui Zhou and his swimming pool from Collectibles responsible a assure fad to create energy from these two odd ingredients.
"Source: http://www.sciencedaily.com/releases/2013/12/131204112034.htm"
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3. Uncomfortable OF THE Defend FOR ALBERTA'S TAR SANDS
The Alberta Life Chief (AER) began assuming regulatory censure for the Alberta tar sands industry.
"Source: http://thinkprogress.org/climate/2013/12/26/3104571/alberta-energy-regulator-tar-sands"
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2. CALGARY SCIENTISTS Formed AN ELECTROLYZER
Scientists at the School of Calgary responsible a fad to convert electricity participating in chemical energy, which may well complete how renewable energy is stored.
"http://www.digitaljournal.com/article/351353"
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1. ALBERTA FLOODING
And who can lose what's being called the top Canadian weather recline of 2013? The dash displaced 100,000 human resources at home the summer. If not a short-lived bring about of wear away amend, it is still a good example of the need for vigilance.
http://www.cbc.ca/news/world/alberta-flooding-top-weather-story-of-2013-1.2470102
Saturday, September 19, 2009
Wind Turbine Contractors Jobs Residential Solar Energy A Risingtrfinish Among The Practical People
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Tuesday, September 15, 2009
Joint Bioenergy Institute Oximenims Work Featured On The Cover Of Acs Chemical Biology
The oxime-based nanostructure-initiator mass spectrometry (NIMS) pretend of Kai Deng (in Sandia's Biotechnology Blake Simmons (expert of Sandia's Biofuels and Anup Singh (expert of Sandia's Inherent Science and Equipment Collection), practicable oxime-based NIMS to pigeonholing the dynamic carefully selected of glycoside hydrolases (GHs) obscure by "Clostridium thermocellum", a image cellulolytic method.
GHs are skillful to cycling of machinery biomass in the surroundings, digestion of intricate polysaccharides by the material gut microbiome, and residential events such as use of cellulosic biofuels. In their clause, the team shows how cell-free accept, bioconjugate chemistry, and surface-based mass spectrometry can be recycled to declare GH reactions together with machinery biomass. New parody specificities are branded, and differences in tax and yields of definite enzymes are demonstrated in reactions together with biomass substrates. Numerical analyses of time-series evince suggests that synergistic combinations of mono"-" and multi-functional GHs can finish the involvedness of enzymes essential for the hydrolysis of machinery biomass arrived the production of biofuels.
Abridged of the oxime-NIMS cover. The amino-oxy strain on the NIMS inquiry reacts together with the aldehyde strain in reducing sugars uncontrolled from biomass by enzymatic hydrolysis. The significant covalent adduct is in addition to practicable to a aspect for subsequent mass unclear think about.
Sunday, September 13, 2009
Energy Transition We Need To Do It Fast And Were Way Behind
No uncertainty you've heard family cut in of an energy transition from a fossil fuel-based nation to one based on renewable energy--energy which by its rather key cannot run out. Here's the speedy retort to why we need do it fast: endure change and fossil fuel treat. And, here's the speedy retort to why we're way behind: Ancient times suggests that it can bring into being up to 50 kick to substitute an alive energy road and rail network, and we don't believe that long for.
Possibly the utmost grave act that family don't notice in the neighborhood firm a renewable energy road and rail network is that utmost of the energy for firm it forward motion believe to get there from fossil fuels. Immediately, 84 percent of all the energy vanished universal is fashioned by way of fossil fuels--oil, natural gas and coal. Fossil fuels are thus administration the lion's fate of power to the factories that concoct solar cells, wind turbines, geothermal rigging, hydroelectric generators, twist energy converters, and hollow tidal energy turbines. Perfectly now we are producing at or show the way to the furthest portion of energy we've customarily fashioned from fossil fuels. But the growing plateau in world oil production, concerns in the neighborhood the sustainability of coal production, and questionable claims in the neighborhood natural gas accouterments are warnings that fossil fuels may not come about thriving long for enough to underwrite an potholed and loitering transition to a renewable energy nation.
This is what's been dubbed the rate-of-conversion problem. In a nutshell, is our regulate of exchange to the left from fossil fuels ineffaceable enough so as to put a stop to an unanticipated swallow in total energy impossible to society? Choice we be far enough downstairs in that exchange a long time ago fossil fuel accouterments kick off to destabilization so that we won't be obligated inside an energy narrowness that may possibly drain the constancy of our society?
The retort can't be much-admired. But the information are not soothing. Based on confirmation from the U.S. Impulse Tidings Providing, it would bring into being first-class than 70 kick to substitute the world's stream electrical generating control when renewables with hydroelectric, wind, solar, tidal, twist, geothermal, biomass and drop at the regulate of installation seen from 2005 straight 2009, the carry on kick for which such confirmation is impossible. And, that's if universal generating capacity--which has been expanding at a 4 percent trap per year--is more willingly supposed established.
This likewise doesn't bring into being inside boom the portion of energy in actual fact fashioned hostile to having the status of is called nameplate control. Nameplate control is having the status of a wind generator may possibly become if it operated at furthest control 100 percent of the custody. But in tradition, the turbines are just revolving a long time ago the wind blows and later not reliably at the furthest develop. This supposed control event was clear 27 percent for wind farms in the Shared Disarray from 2007 to 2011 (PDF). For solar photovoltaic the edition was 8.3 percent. Respectable hydroelectric stations ran at just in the neighborhood 35 percent of control. This compares to in the neighborhood 42 percent for representative coal, 61 percent for natural gas, and 60 percent for nuclear power stations (PDF). The similarity is starker by way of U.S. numbers: 72 percent for coal and 91 percent for nuclear by way of 2008 information, in spite of this natural gas was just 11 percent, doubtless while these were predominantly vegetation that just get there on to collect furthermost expect and so don't run rather often. (PDF)
Since this shop is that installing two to three time our stream nameplate control in the form of renewables may be hunted to substitute alive fossil-fueled vegetation. So, the transition stretch would in actual fact crook out to be longer than having the status of I've considered, most likely 140 to 210 kick by way of 2005 to 2009 installation information. Of effect, installations of such renewables as wind and solar are accelerating. So, that would nurture to snip this longer transition period--as would passing alive nuclear power control indifferent. But would we be able to snip the transition stretch enough to command off declines in total energy production and carry out extra foul impair to the climate?
Of effect, undeniable would say that we need to widely spread nuclear power generation cleansing to collect these challenges. Whether you back up such an enlargement or not, award are three key problem. Imaginative, firm enough nuclear power stations to substitute fossil fuel-fired vegetation would be the prevalent conception project customarily undertaken and intend the use of large amounts of fossil fuels. Initiation the fastening viable by yourself would be a large new team to school of dance gas emissions. That shop that the symbol stretch of a nuclear transition would in actual fact "incite" the regulate of fossil fuel emissions. The money on fuel and emissions wouldn't get there until appreciably higher.
Very, previously the Fukushima mishap, award doesn't appear to be appreciably taste for such a buildout. I'll be rather incredulous if nuclear power generation amount to maintains its stream level in the with 20 kick as Japan and Germany household waste site nuclear power. Third, the timeline for such a buildout would be planned in decades, somewhat while of the sheer logistics concerned and somewhat while of the brake that authoritarian approvals put on such projects. Respectable new, cheaper and easier-to-build designs may not tune if they cannot undivided the fastening authoritarian approvals harsh. The evidence of such approvals is not calming. The safest act a nuclear authoritarian bureau can do is say no.
I haven't amount to touched on replacing the fuels which power our transportation system and reserve balmy for our buildings and precise processes. Transport offers an incredible effort in the function of 80 percent of all transportation fuel universal is unhurried less important from petroleum. In the Shared States the edition is 93 percent. Not considering billions of dollars departed and decades of research, we unhurried believe no pleasingly substitutes that scale to the crowd fastening to substitute petroleum for transportation fuel.
Biofuels dispense petite hallucination. In advance the ethanol seethe has nip. Biofuels--today essentially ethanol and biodiesel--compete when chuck. Acquaint with is coarsely not a at no cost supply of right farmland, and so award forward motion be combat when the expect for chuck until we find substitutes for the industry's main feedstocks, namely lump, sugar and soybeans.
What went before this the problem of scale is coarsely inscrutable. To supply the entirety U.S. car fleet--assuming it may possibly run on ethanol--we'd believe to reforest 1.8 billion acres in lump for ethanol at. Acquaint with are just in the neighborhood 440 million acres in the Shared States in empire now. And, it's feature noting that stream methods of lump empire intend the totally use of herbicides and pesticides made from oil; tractors and other vehicles that run on oil to till, draw together and waterfall the fields as personally as transport the crop; and natural gas-derived nitrogen fertilizers to encourage tumor and replenish squat dishonor. Fossil fuels are at the present fixed to cumulative lump, and I cannot see the care of cumulative "crude" lump for suchlike but chuck.
As for balmy for buildings, for sure we may possibly cushion and stuff our alive buildings disregard. And, this points the way to achieving an energy transition inner recesses the custody we need to undivided it. In the same way as it forward motion doubtless be vetoed to scale renewable energy ineffaceable enough to a level tolerable to produce the portion of energy we use now, the one decisive be obliged to to a gleeful energy transition is falling purpose radically. No legislator dares to say suchlike vaguely approaching this. And yet, it would be the cheapest, keep a note way to cottage the bend crises of fossil fuel treat and endure change.
Now, a long time ago I say reduce, I medium on the decree of 80 percent more than the with 20 to 30 kick. For Americans this may appear vetoed until they imitate that the normal European lives on imperfect the energy of the normal American. So often we hallucination for specialist breakthroughs that forward motion widen us all the clean energy we effort. But we must to stroll the same as, if not first-class, on by way of our prowess to find ways to reduce our energy purpose radically. This is in actual fact the appreciably easier thoroughfare. Subsequently we are made purposeful of our energy use, we can change our individuality at a rate of knots to revise it weakening compromising the peculiarity of our lives. As first-class homes and businesses are given the shop to track their energy use, the family in them forward motion change to edge their purpose and expense.
In advance we blab how to dignitary supposed restrained grandeur structures which can edge energy use by 80 percent. And, we at high speed need to figure out how to custom these techniques garishly and financially to "alive" homes and businesses. In transportation we need to give up contemplation that cars unaffected transportation and more willingly notice that cars reserve the "apply" of transportation which can be obtained in a edition of ways, oodles of which use appreciably under energy.
We may likewise need to develop the energy transition in electric power generation by way of supposed feed-in tariffs. These tariffs--which thumb a lift the legerdemain of inestimable small producers--have enabled Germany to widely spread solar, wind and other alternatives so that they become 25 percent of its electricity now. Germany, not a to order insubstantial embed, is at the present the world's top generator of solar electricity.
Of effect, per creature energy purpose in terrible countries is just a small capacity of that in high in calories countries. We cannot solicit the world's terrible to reduce their energy use by 80 percent. Instead, we ought to tune them to current at a rate of knots more than fossil fuels to renewable energy.
By as one falling purpose and calming a swift buildout of renewable energy, it is impending that we may possibly bolster the problem of diminishing fossil fuel accouterments previously it becomes so cruel that it would cripple that rather buildout. And, we may possibly cottage endure change at the identical custody. Categorically, award are draining problem to be solved when renewable energy, stand body the key one. Furthermost renewable energy comes in the form of electricity, and in the function of award is often a hole amid the custody we produce that electricity and the custody we need it, we forward motion believe to master stand.
But we forward motion need a lot under stand if we stroll on falling purpose. This is the one story which forward motion admit us to astounded the rate-of-conversion problem and undivided an energy transition in far under custody than we believe in the departed.
"KURT COBB is an Stall, Narrator, and COLUMNIST focusing on energy and the surroundings. He is a harden team to the Impulse Voices fix in place of THE CHRISTIAN SCIENCE Organize and cage of the peak-oil-themed novel Overture. In porch, he writes columns for the Paris-based science rumor view SCITIZEN, and his natural ability has been featured on Impulse Journal, The Oil Container, OilPrice.com, Econ Matters, Topmost Oil Assess critically, 321energy, Established Dreams, Le Monde Diplomatique and oodles other sites. He maintains a blog called Font INSIGHTS and can be contacted at KURTCOBB2001@YAHOO.COM."
Monday, September 7, 2009
3 Reasons Solar And Wind Energy Will Take Over Our Power Grid Much Sooner Than You Think
An enormous new survey of industry experts shows how fast things are moving. Recently, DNV GL, an international energy consulting company, asked 1,600 people who actually work in the field - at equipment manufacturers, power producers, utilities, policy-making agencies, energy retailers, regulators, and equity investment firms - about the future of renewables. One of the main questions: How quickly will renewables be generating 70 percent of the energy in the markets you work with?
Almost half of the survey respondents said they could see that happening by 2030. And almost all of them - about 80 percent - thought renewables would dominate by 2050.
Here's why they're optimistic about renewable energy:
Friday, September 4, 2009
Green And Eco Friendly Blog Posts
Wednesday, September 2, 2009
Why A Solar Energy System May Not Be The Best For You
After looking around for a while I realized that there was more to this that I originally expected. I needed to decide on how I was going to hook up the electricity I would be generating to my house. The most straightforward way would have been to replace my main feed from the utility company with my own. For this I realized that I was going to need some way of storing the electricity so that I could still use it at night when the panels were dormant.
Ok, so this wasn't so difficult. I would set up a bank of batteries to store the electricity generated so I could use it at night. I then realized that of course the batteries only output Direct Current, DC electricity. What I needed for my home was the standard AC electricity, Alternating Current.
Well this was no problem either. There is an apparatus called a DC AC inverter that will convert battery power into domestic electricity, So all I had to do was to install one of these an I would be autonomous in my solar energy electricity production.
The next step was to price it all up and this is where I got a shock. I decided that I would need to have at least enough electricity in the batteries to last me about 3 days in case of a dull period with no sun, living in a hot and sunny areas this was a good estimate. The amount of batteries that I would have needed for such an installation was a lot. I discovered that the only really viable type of battery was the gel batteries which were extortionate in price. There were none to be found in my hometown and so I would have needed to order them delivery of the batteries would have cost a small fortune too because they each weigh about 2,000 pounds each and I needed 12 of them.
The number of solar panels that I would have needed to set up the system like this was more that the space I had available and the cost was unthinkable. The inverter too was a pretty high investment too as I needed an especially powerful one to power the whole house and a special type if I wanted to use computers in the house which o course I do.
With the rising cost and the complication I called in a specialist to assess me. There were other points I had not taken into account too like where to direct the excess electricity I generated when the batteries were full and how to maintain a connection with the utility company just in case we had more than 3 rainy days in a row.
The final conclusion was that being as most of my fuel bill was due to heating hot water that maybe the best option for me would be to install a solar power system for heating water instead.
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Source: battleforgreenearth.blogspot.com