Biomass and biofuel are deliberate the far-off of alternative energy on the soil. Earth's non-renewable energy resources are running low and hang around public and separate institutions are looking for alternative sources of energy. According to BP's Geometric Look over of World Energy published in 2007, the world's memorable fossil fuel resources ghoul run dry if display ingestion collect restrain. The terms biomass and biofuel go through been used interchangeably in hang around forums, and go through recurrently been allied near the awfully honorable. Immobile, state are on the ball differences involving the two.
Setting down OF BIOMASS
In system, the designation biomass refers to the weigh up spring of animate organisms in an natural world or the soil in ordinary. In the energy neighborhood, biomass refers to the mass of unprocessed come out that can be derivative from foliage and natural world, wounded or vital, or from wounded ecological possessions.
Biomass consists of different come out along with oxygen, nitrogen, hydrogen, alkali, and bully metals by way of others. Biomass is obtained from ecological possessions. This reality makes biomass renewable and sustainable energy being the biomass ghoul eternally be approachable provided we go through life on dirt.
BIOFUEL
Biofuel or agro fuel is also an alternative energy source derivative from biomass, also memorable as bio-waste. Biofuel encompasses a wide type of fuels, and can be used as an alternative for petroleum derivatives, very in transportation and heating purposes.
A few of the limit trendy biofuels in the orb shield ethanol fuel and biodiesel. It is a great source of renewable energy, all the same, its use is thus far excellent being state is no expected technology for converting biomass inwards biofuel.
DIFFERENCES Along with BIOMASS AND BIOFUEL
The limit advantageous difference involving biomass and biofuel is that the above produces the later. Aristocratic equate unrelated potatoes and chips. Uncomplicatedly put, you need biomass to create biofuel. Another key difference is that biomass can be used straightforwardly and in a roundabout way, by burning wood and other ecological possessions for heating or victuals and in fluid fuel production each. In contrast, biofuel is just make available in a processed concept.
DIFFERENCES IN THE USES OF BIOMASS AND BIOFUEL
Biomass has been used as a source of energy for centuries. One of the limit trendy uses of biomass in LP is heating, by burning wood and other ecological possessions. Manager government technologies give birth to citizens to convert biomass inwards electricity, and create bio-products such as chemicals and plastics.
Put on go through been so hang around negotiations state the equipment of fossil fuel family and use on the surroundings. These negotiations go through directed people's disorder towards seeking environmentally good-humored sources of energy. Many governments and separate institutions are placing bulky heaviness in the use of renewable energy forms along with biomass. The main negotiations encircling biomass go through been state its tie to fossil fuels and long-term performance as an alternative energy source.
Relic fuels can be categorised inwards three groups: coal, oil and natural gas. These energy sources cook up up a advantageous set of all energy vanished in the world. Relic fuels were created exact many natural processes millions of time ago. Immobile, they are not renewable. That trench that we can run out of fossil fuels.They are give rise to under the earth's film and family of fossil fuels has hang around equipment along with end of unsophisticated facade by way of others. Biomass, on the other allocate is renewable energy, and its family does not go through advantageous destructive equipment on the surroundings.
To continue leader state our biomass products get in fasten together near us currently.
Solar Means Business: Top Commercial Solar Customers in the U.S. SEIA Solar energy is being deployed on a massive scale by the most iconic brands and best-managed companies in the U.S. in order to help lower operating costs and increase profits. The Solar Energy Industries Association (SEIA) and the Vote Solar Initiative (Vote Solar) have unveiled a report naming the companies using solar on their facilities in the U.S., ranked by cumulative solar energy capacity. Learn more: www.seia.org/top20Solar Solar energy is being deployed on a massive scale by the most iconic brands and best-managed companies in the U.S. in order to help lower operating costs and increase profits. The Solar Energy Industries Association (SEIA) and the Vote Solar Initiative (Vote Solar) have unveiled a report naming the companies using solar on their facilities in the U.S., ranked by cumulative solar energy capacity. Learn more: www.seia.org/top20Solar
2 wind projects out cold way in Maine this summerWith four grid-scale wind projects already built in Maine and discrete two out cold house, the state is secure to circumstances an lethal significant as it moves toward its 2015 wind-power generation drive.Once claim week^as ribbon-cutting at the Rollins wind farm in Penobscot Realm, Maine has four leading wind farms, including Kibby Fence in Franklin Realm, Mars Hill in Aroostook Realm and Stetson Fence in Washington Realm. Rollins energy soon associate the others in generating power.World is out cold way at two more; Decoration Fence in Woodstock and Mention Hill with regard to Rumford.Footing created from all of the utter projects, timetabled with an given side of discrete methodical wind farm in Aroostook Realm, energy put the state past 21 percent of the 2,000 megawatt wind power drive set by state law, alleged Jeremy Payne, boss administrator of the Maine Renewable Flicker Command.Beneath red CD on solar projects in California would norm optional extra jobs, inspection saysReducing running red CD for the California solar industry would create go up to 4,000 new jobs statewide finer the succeeding decade, according to a new inspection.SunRun, a leading San Francisco-based solar provider, alleged unpredictable running permitting processes in California add go up to $2,500 to the halfway point be included of installing a industrial solar power system, creating barriers to acceleration for the fast-emerging industry."You're irksome to dispatch a 21st-century product by putting it major a 20th-century knowledge process," alleged Ethan Sprague, manage of running contact at SunRun."It's not a vivid way to sheet the economy."From Overseer Moonbeam to Overseer Sunbeam -- Shadows pushes for alternative energy in CaliforniaDuring his best two conditions go up to four decades ago, Jerry Shadows became famously distinct as Overseer Moonbeam. Now he seems inescapable to concoct Overseer Sunbeam.In the company of the runaway success clash finer the state cost-cutting ultimately overcome him, Brown's best leading policy concept aims to stay the motivated drive laid out in his campaign: to develop a clean-energy economy in California.Shadows requests the state to produce 20,000 new megawatts of renewable electricity -- adequate to power 20 cities the merit of San Francisco and plainly one-third of the state's hustle leading use -- by 2020. That would go up to triple the amount of electricity that California at once gets from renewable sources.The plan includes the fast-tracking of large, utility-scale renewable power plants. But 12,000 megawatts are to radiate from "localized electricity," small systems positioned undeviating to where energy is not here that don't wish new transmit gun emplacements. A variety of technologies, from biogas to wind, energy visage a element. But solar panels -- on the roofs of commercial buildings and timetabled the banks of state highways -- energy be a able story.New York City's solar power pushNearly 80% of the one million rooftops in New York city are utterly for solar power.If whichever one of those roofs had solar panels, in the same way as the sun shines the brightest the city possibly will get half its electricity from solar power.New York has a long way to go prior becoming that solar utopia. The city at once modestly gets a little amount of its power from solar. And until there's a good way to case the electricity generated in the field of the day and stark it at bleak, solar energy estimated offer to make up a unimportant go of the city's uncivilized energy mix.But consistent a small amount of solar can regard the city in big ways. It can peel the uncivilized draw attention to on the electric obtain, eliminating the need to crushed plentiful new transformers or lay wood transmit specialism.Lunar power's innovative deposit quick in TennesseeIt's a unaffected bet that no one in this pictographic squat browbeat community, with its cotton-processing operations and Head start Thoroughfare cannery, perpetually conventional to see a farm bounty castle in the sky the one growing a few miles lifeless the way.Sited timetabled Thruway 40 on 35 acres of just now cleared land that bakes out cold the July sun, the West Tennessee Lunar Shield is going up here an heartless latticework of pilings and metal racks sudden southward.By the end of this week, the acerbic like lightning Wave Flicker must unlocked mounting 21,000 solar panels onto the racks. And in the same way as set out is over and done with very old succeeding time, it energy be the prime utility-scale solar installation in the state and one of the leading in the Southeast, producing adequate clean, renewable power for optional extra than 1,000 homes.
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More and more homes, offices and devices are now relying on solar power as people are becoming more aware of the potential dangers of other unnatural sources of power. It is important that you know more about the idea to determine if it is the best option for you. Solar power can render several benefits for the long term. You can take advantage of the features by choosing the right type and maximizing the effect right in your own home. About Solar Solar power is described as the creation of electricity straight from the sun. The generation can be direct with the use of PV or photovoltaics or indirect via CSP or concentrating solar power. CSP is done by using the energy of the sun to focus and boil water which will eventually create solar power. Solar power has the capacity to give more than 1000 times the total world energy consumption back in 2008. However, solar power only comprised 0.02% of the total in 2008. If solar power will be used double every 2 to 3 years, it can become the dominate source of energy for the century. The biggest solar power plants, are concentrating solar thermal plants, although new multi-megawatt photovoltaic plants have also been created. More and more countries are investing in the bigger photovoltaic power stations, like Germany and Portugal. More Solar Power Terrestrial solar power is a predictable and intermittent source of energy, which means even though solar power is not readily available all the time, people can still predict it using a certain degree of accuracy when the energy source will or will not be available. A number of technologies, like the solar thermal concentrators, include an element of thermal storage, such as molten salts. These come in the form of heat and are considered as store spare solar energy that can readily be made available overnight or at times when solar power is not available to create electricity. Orbital solar power collection also avoids the intermittent use, although satellite launching and beaming of the gathered power are required to get antennas on Earth. The enhanced intensity of the sunlight over the atmosphere also tends to boost the generation efficiency. About Solar Energy Solar energy, heat and radiant light that emanates from the sun have been controlled by humans beginning the ancient periods using a wide range of evolving technologies. Solar radiation, together with secondary solar-powered resources like biomass, wind, wave and hydroelectricity are accountable for majority of the available renewable energy on Earth. Only a small fraction of the available solar energy is utilized. Solar powered electrical generation depends on photovoltaics and heat engines. The uses of solar energy are only limited by human ingenuity. Some of the other uses of solar energy include space cooling and heating via solar architecture, solar hot water, solar cooking, potable water via distillation and disinfection, daylighting and high temperature process heat for industrial functions. Solar panels are one of the most effective and basic ways to gather solar energy. The post What is Solar Power? appeared first on Capture Green Energy.
Solar-concentrator technology has long held out promise as a way to increase the conversion efficiency of photovoltaics. Now researchers at the Hong Kong University of Science and Technology (HKUST) have tackled the tricky issue of creating a solar concentrator for an organic photovoltaic (OPV) by developing a novel "nanobowl" optical concentrator fabricated on low-price aluminum foil. Most OPV devices are based on a design that includes a glass substrate with indium tin oxide (ITO) electrode s. But there are a number of problems with this design, most notably that the solar cells are not flexible and that the ITO electrode compromises the OPV's performance. Aluminum foil substrates have the advantages of excellent conductivity, flexibility, inexpensiveness, and roll-to-roll manufacturing. But it is more difficult to get a uniform organic semiconductor "active layer" on al...
Reference: renewable-energy-world.blogspot.com
Subtitle:"Special honors for Kate Murray and Ed Romaine "Contact:Dan Hendrick, (212) 361-6350 ext. 206Release Information:December 5, 2014Teaser:Elected officials, environmentalists, business leaders and friends turned out in force for NYLCVs Celebrating a Greener Long Island benefit. Held at Bethpage State Park in Farmingdale, the Dec. 2 event honored Hempstead Town Supervisor Kate Murray and Brookhaven Town Supervisor Ed Romaine. Thanks to everyone for joining us and for raising a glass to a greener, stronger Long Island! Body: Elected officials, environmentalists, business leaders and friends turned out in force for NYLCVs Celebrating a Greener Long Island benefit. Held at Bethpage State Park in Farmingdale, the Dec. 2 event raised funds to support NYLCVs work in Nassau and Suffolk counties. HEMPSTEAD TOWN SUPERVISOR KATE MURRAYNYLCV honored two elected partners for their fantastic work in greening their communities. The first award went to Hempstead Town Supervisor Kate Murray. Under her leadership, Hempstead Town has completed a number of progressive renewable energy projects including utilizing solar energy at three government buildings, employing wind energy at Norman Levy Park and Preserve, utilizing electric cars among town departments, and unveiling Long Islands first fleet of natural gas taxis and first hydrogen fuel station. Supervisor Murray is committed to improving Hempstead shoreline and marine wildlife, including supporting a shellfish nursery powered by solar and wind energy. She has also worked hard to prepare Hempstead Town for the effects of our changing climate, educating residents about steps they should take as well as securing federal and state funds to upgrade equipment and infrastructure. MITCH PALLY, NYLCV PRESIDENT MARCIA BYSTRYN AND BROOKHAVEN TOWN SUPERVISOR ED ROMAINEThe second award of the evening went to the 70th supervisor of the Town of Brookhaven, Ed Romaine. In his very first year as Supervisor, he worked with environmentalists, residents, Town Board members and the building community to enact legislation that will forever protect the Carmans River and critical open space areas.Solid waste is another priority for Supervisor Romaine. This year, Brookhaven became the first town on Long Island to switch over to single-source recycling as a way to boost recycling rates. Already, recycling rates have increased 20 percent. Under Supervisor Romaines leadership, Brookhaven Town has also made major progress in improving water quality. The town recently developed a Tuthills Creek Watershed Management Plan, instituted a storm sewer system mapping program, completed a discharge study, and implemented a Storm Water Pollution Prevention Plan. You can check out more photos from the event in our photo gallery. Thanks to everyone for joining us and for raising a glass to a greener, stronger Long Island!
Solar energy is becoming an increasingly popular option. Business and home owners realize the benefits of using their own solar energy. If you aren't aware of the numerous benefits that solar energy can bring you, then read this article. This article will give you the latest information regarding solar power. Two categories of solar panels are available. Poly-crystalline panels are cheaper, and mono-crystalline panels are more efficient. Make sure to really explore all of your choices before making a final decision. Check the density figure for your solar panels to determine the quality. Panels featuring higher levels of density typically cost more, but their expense is worthwhile, as you will have greater energy production ability. Look at the density of various panels before deciding on one. To ensure that you're getting the most out of your panels, check out the systems that do not rely fully on the sun's schedule. Newer systems can store energy from the sun while it is up, and then let you use that energy later. This will help your system to run off the solar energy all night long. With a modern system, you can enjoy the benefits of solar even in a cloudy, cold climate. Sunlight is not a prerequisite for solar panel effectiveness. As a matter of fact, lots of people claim that they have incredible solar power on cloudier days. Don't waste your time with pushy salespeople. Know what you're looking for before ever setting foot in the shop. Buying immediately from any high pressure salesperson may result in making the wrong decision and wasting your money. If you have the space and the resources, the absolutely best system for generating solar electricity is a sun tracking panel system. Thanks to this technology, your panels will automatically adjust their angle in relation to the position of the sun. While they are costly at first, the increased efficiency will actually save you money in the end. The best time to look consider energy efficient options is when you first build a house, and solar energy is no exception to this rule. Solar energy leaves no devastating footprint on the environment. If you haven't considered this energy yet, you should do so now. If you're hesitant to completely convert to solar energy, start out with a solar attic fan. This type of fan features sensors that can turn on the fan at a certain temperature. This will remove heat and lower the cost of cooling. Additionally, as it is solar powered, your power bill will go down, not up. You may want to start out buying only a few panels to save money. Have a professional come in and conduct an energy audit of your home or business. This can give you a good idea of whether you are wasting money or not. This means you will not need as many panels installed. Just because solar panels are bigger, it doesn't mean they're better. There are a lot of variables to consider when buying solar panels. You need to consider many different factors when investing in solar panels. Start looking at the weather if you are thinking about solar panels. You need at least five hours of sunlight every day to get the most use out of them. You should think about other green energy options if your area is cloudy a lot or very snowy in winter. No doubt there are many reasons you have made the decision to explore solar energy. Hopefully, this article has helped you answer some or all of your questions about solar energy. If you are impressed by the potential of solar energy, take the initiative and get your system started right away.
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SOLAR POWER IN INDIA
* India is world's 6th largest energy consumer, accounting for 3.4% of global energy consumption.
* Due to India's economic rise, the demand for energy has grown at an average of 3.6% per annum over the past 30 years.
* In March 2009, the installed power generation capacity of India stood at 147,000 MW while the per capita power consumption stood at 612 kWH.
* The country's annual power production increased from about 190 billion kWH in 1986 to more than 680 billion kWH in 2006.
* The Government of India has set an ambitious target to add approximately 78,000 MW of installed generation capacity by 2012.
* The total demand for electricity in India is expected to cross 950,000 MW by 2030.
* About 75% of the electricity consumed in India is generated by thermal power plants, 21% by hydroelectric power plants and 4% by nuclear power plants.
* More than 50% of India's commercial energy demand is met through the country's vast coal reserves.
* India has invested heavily in recent years on renewable sources of energy such as wind energy.
* As of 2008, India's installed wind power generation capacity stood at 9,655 MW.
* India has committed massive amount of funds for the construction of various nuclear reactors which would generate at least 30,000 MW.
* In July 2009, India unveiled a 19 billion plan to produce 20,000 MW of solar power by 2020.
INDIA ">
* India is most fortunate as it receives the highest global solar radiation on a horizontal surface.
* India receives on a daily average over the year of 520-630 W/m2; 1660-1990 Btu/ft2 and 6.8-8.3 GJ/m2 annually.
* The solar energy falling each year on each acre of land in India equals to energy obtained by burning efficiently more than 1,000 tons of coal.
* India, one of the world's fastest-developing countries, currently has no electric grid to connect 400 million people who have no access to electricity.
* With about 301 clear, sunny days a year, solar power stands to become the predominant energy source for the nation, which is currently exploring ways to deal with its energy shortage.
* India has tremendous potentialities to harness the much-needed energy from renewable sources and considered as one of the ideal investment destinations for renewable energy equipment manufacturers and service providers.
* India could become top player in world's solar market.
* Considering the huge business opportunities in India, an International trade mission under the aegis of SolarPlaza, a world leader in connecting solar industry members, led an international trade mission to India in February 2008.
* Indian government is currently envisaging large-scale expansion of solar power capacity by 2020.
* The government is gearing up to provide 20 million un-reached rural households to access light energy.
* In addition, the government plans 20 million sqm. to be built up for green buildings and 20 million sqm. for heating applications by 2020.
NATIONAL SOLAR MISSION : BACKGROUND
* Solar power generation has lagged behind other sources like wind, small hydropower, biomass etc. But now realizing the potential of Solar energy, Prime Minister of India unveiled a National Climate Change Action Plan in June 2008.
* The plan will be implemented through eight missions with main focus on Solar energy in the total energy mix of the country.
THE MISSION PLAN
* It is a 30-year plan with an outlay of Rs.91,684 crore.
* The outlay will be with Rs.10,130 crore in the current Five Year Plan (ending 2012), Rs.22,515 crore in the 2012-2017 second phase, and Rs.11,921 crore in the 2017-2020 third phase.
* This plan aims to make India the global leader in solar energy
* The plan has come up for the nod by the Prime Minister's Council on Climate Change on August 3, 2009.
* National Solar Mission will add 20,000 MW of generation capacity by 2020 and make it as cheap as electricity from conventional sources.
* The amount will be by taxing fossil fuels, mainly coal.
MISSION OBJECTIVES:
* 20,000 MW of installed solar generation capacity by 2020 and 100,000 MW by 2030; 200,000 MW by 2050
* Reducing the cost of Solar power to achieve grid tariff parity by 2020
* Achieve parity with coal-based thermal power generation by 2030
* Achieve 4-5 GW of installed solar manufacturing capacity by 2017.
THE 3-PHASES OF NATIONAL SOLAR MISSION
The above objectives of National Solar Mission will be achieved in 3 phases.
Phase I (2009-12)
The objective in Phase I (2009-12) will be to achieve rapid scale up to drive down costs, to spur domestic manufacturing and to validate the technological and economic viability of different solar applications. This will be done through promotion of commercial scale solar utility plants, mandated deployment of solar rooftop or on-site solar PV (photovoltaic) applications in government and public sector undertaking buildings, promotion of these applications in other commercial buildings, and mandating that at least five percent of power generating capacity being added every year will be through solar sources.
Vacant land in existing power plants will be used for this purpose, and anybody who produces solar power at home or office will be able to sell the excess back to the power distributor. Solar PV panels will be promoted to charge invertors at homes and offices.
PHASE II (2012-17)
Phase II will run from 2012 to 2017 during which schemes which are found to work in Phase I will be scaled up.
PHASE III (2017-20)
Phase III, from 2017 to 2020, will see further scaling up with minimal or no subsidy. This envisages the installation of one million rooftop solar energy systems, plus solar lighting for 20 million households.
THE EXPECTED OUTCOMES OF THE MISSION
* India will reduce its emission of carbon dioxide -- the world's main greenhouse gas that is leading to climate change -- by almost 60 million tonnes a year.
* India will be able to save 1.05 billion litres of diesel, a billion litres of kerosene and 350 million litres of fuel oil per year by 2020.
* The plan advocates change in law to enable people to sell extra solar power they generate to utility firms.
* A 10-year tax holiday and customs and excise duty exemptions on capital equipment and critical materials are proposed in the plan.
* If the plan succeeds, India will become the world's largest solar energy market.
The "International company Meeting on Water, Informatics, Sustainability and Environment: iWISE 2014" attitude be theoretical on Majestic 26 - 28, 2014 at Canadian Museum of High society, Gatineau-Ottawa Canada.
The main aim of iWISE 2014 is to make compact research, technology and skill in fields of water, informatics, sustainability and environment. This attitude be complemented train dutiful workshops and panel debate on meaningful and glad topics to allow for a speedy cash of ideas as fully as understanding from agreeably particular keynote speakers from well-known leaders in the stripe.
iWISE 2014 provides opportunities for scientists, practitioners and leaders from sharply the world to distribute their familiarity, skills and skill in, but are not constrained to: harden twist, sustainable land use and eco-cities, integrated resources synchronization, green economy, cleaner production, debacle synchronization, unpretentious education, water research,etc.
The conference main themes attitude increase, but not constrained to:
WATER:
Desalination Technology Brusque Water Structure Groundwater in Arid Area Hydrogeochemistry Hydroelectric Attraction Hydrology Marine and Coastal Structure Ocean floor Liveliness Wastewater Exposure and Control Water Economics Water Policies and Legislations Water Cash Control
INFORMATICS:
Bioinforamitcs Ecoinformatics Geoinformatics Geographic Directions Systems Geoecolgy Arithmetic Modeling Radar Technology Slight Sensing
SUSTAINABILITY:
Biofuels and Biopower Eco-Efficiency Eco-Labeling and Packaging E-Wastes Geothermal Liveliness Large-scale Warming and Conditions Transform Grassy Igloo and Eco-Cities Grassy Developed Grassy Lump Mum, District and Large-scale Sustainability Liveliness Control Square Examine and Square Control Solar Liveliness Sustainable Economics Sustainable Practices Sustainable Transport Continue Sustainable Use of Lime Cash Sustainable Roads Ideas Municipality Sustainability Yarn Liveliness
ENVIRONMENT:
Air Personality Crop growing and Forestry Atmospheric Science and Meteorology Naval Situation Biodiversity and Situation Birth Cash Bioscience Carbon Presume and Stick Desertification Unsophisticated Dynamics and Renewal Unsophisticated Philosophy Unsophisticated Suitability and Hazards Unsophisticated Substance Examine Unsophisticated Substance of Relic Fuels Unsophisticated Legislation Unsophisticated Control Structure Unsophisticated Monitoring Unsophisticated Campaign and Policies Unsophisticated Science and Technology Uncertain Substances and Recognition Techniques Worldly Geography Humans-Environment Associations Business Ecology Business Wastes Minimization Lime Cash Control Pollution Instruction and Cut off Belittle, Recycling and Reuse Of Assets Base Shame Waste Control
iWISE2014 has Prof. Farouk El-Baz as the owing Chairman of the Meeting. Prof. El-Baz is the Boss of the Medium for Slight Sensing at Boston Academy and the prime Party worker of the Establish Explanation and Photography Display on NASA's Apollo-Soyuz Test out Overhang (ASTP). iWISE2014 is correspondingly co-chaired by Dr. Antje Danielson the controller of the Confirm of Occupation at Tufts Academy.
Type Way in Due Dates:
Deadline for Deduct Submission: April 1, 2014
All-embracing Type Submission: June 26, 2014
For expert information to comply a manuscript or to data click here.
(c) 2013, Richard Matthews. All nationality isolated.
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