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    <title><![CDATA[Glam Media Network Blog Posts for - Healthy Planet]]></title>
    <link>http://www.glam.com/</link>
    <description><![CDATA[Current Glam Media Network Blog Entries for - Healthy Planet]]></description>
    <language>en-us</language>
    <pubDate>Sat, 11 Feb 2012 19:02:15 PST</pubDate>
    <generator>Glam Media Publishing Engine</generator>
    <item>
      <title><![CDATA[Beryozka 6 cottage is developed using discarded Ikarus 280 buses]]></title>
      <link>http://www.ecofriend.com/beryozka-6-cottage-developed-discarded-ikarus-280-buses.html</link>
      <description><![CDATA[Abdul Vahid V: Leftovers of the legendary Soviet eras Ikarus 280 buses in Russia rest as architectural prostheses in Beryozka-6, a rural village a few dozen miles away from Moscow. The Hungarian-manufactured Ikarus 280 buses, which were doing transportation services in Russian cities during the Soviet regime, are converted to houses, bathrooms, kitchens and others in the scenery cottage settlement. Beryozka-6 is now a highly interesting location for both nature lovers and history enthusiasts, who can also enjoy the blessed scenery in the backdrop of the cottage with Ikarus 280 constructions.


Soviet Cottage uses buses





  Evolution of the cottage settlement in Beryozka-6 has been historical as well. The settlement, originally named Avtobusniki, which means bus people, was established in 1989, the most chaotic year in the history of Soviet rule. As you can assume, the Avtobusniki cottage settlement was allocated for workers of the Ikarus 280 bus services. But as the Soviet regime met with its historic decline in the same year, the workers were provided with the halves of the written-off Ikarus 280 for accommodation purpose.


Picture Gallery
Soviet Cottage uses buses

In a sense, these Ikaruses echo the fate of the renowned Soviet five-storey residential buildings.

Over the years, the buses in the area have been utilized or recycled for housing and related requirements. Today, the cottage remains as a typical example for stone-age high tech with the Ikarus buses being turned to complete housing facilities. If you make a visit, you can see a variety of household facilities and utilities made from the old buses. Even the spare parts and windows of the old buses are used in gardens, greenhouses and other similar creations.
As Sergei Kulikov, an architecture and historian, notes on Domus, the Beryozka-6 cottage settlement is a great identification for the use of technology in architectural prostheses, standardization of housing facilities and DIY architecture. Of course, by utilizing the remnants of the Ikarus 280 buses for a wealthy cottage settlement, the country has shown off an exemplary model for the world, which is thirsty for a green revolution.

There is even a small church in the cottage, which is built by Andrei Strebkov, a priest from Zainsk, recycling a LIAZ model bus in 2011. Over the years, the lifestyle in dachas, which are cottages allotted to families under the Soviet government, underwent drastic changes. In fact, this is what ended up in the allocation of the Beryozka-6 cottage settlement to bus employees in 1989. Under the Stalin regime, dachas were only allotted to the scientific and cultural elites of the society. But Khrushchevs modifications made the dachas accessible to all people including factory and bus workers. Of course, it is quite amazing that through the years occupants of the Beryozka-6 cottage also evolved with a green lifestyle.
Via: Domus]]></description>
      <pubDate>Sat, 11 Feb 2012 04:46:43</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Best ways to use recycled water]]></title>
      <link>http://www.ecofriend.com/ways-recycled-water.html</link>
      <description><![CDATA[Jayanti Anubhav: Water conservation is a noble idea that doesnt require too many resources to start with. It can be initiated at the individual level, right from your very own household by recycling water. In our day-to-day activities, we do not realize that we might be wasting water that can be conserved for usage on other things. Water can be recycled and can answer the problem of water scarcity to a certain extent. Here are some of the unique and best ways to use recycled water.]]></description>
      <pubDate>Sat, 11 Feb 2012 04:40:13</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Eco friendly cleaning products for sustainable homes]]></title>
      <link>http://www.ecofriend.com/eco-friendly-cleaning-products-sustainable-homes.html</link>
      <description><![CDATA[Sonia Renthlei: 
Keeping a home clean is vital to reduce pollutants, dust and germs. To achieve this, we use various types of cleaning products available in the market. But, what most people arent aware of is that these tools can contain toxic chemicals that can have adverse effects on health and the environment. Fortunately, there are other products that are safe, non toxic and eco friendly.]]></description>
      <pubDate>Sat, 11 Feb 2012 04:24:33</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Most creative uses of recycled wood]]></title>
      <link>http://www.ecofriend.com/creative-recycled-wood.html</link>
      <description><![CDATA[Sonia Renthlei: 
Recycling has seen a surge in popularity as more people realize the importance of going green. The sheer range of materials that can be recycled and reused is immense, making the process interesting and fun. Wood is especially easy to recycle and if you have old pieces you no longer have use for, you can turn them into functional and trendy objects.]]></description>
      <pubDate>Sat, 11 Feb 2012 04:20:14</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Magical Island: A floating museum with green landscaping attributes]]></title>
      <link>http://www.ecofriend.com/magical-island-floating-museum-green-landscaping-attributes.html</link>
      <description><![CDATA[Dattatreya Mandal: Till now we have witnessed a flurry of floating architectural concepts envisaged for some doomsday apocalypse from global warming effects. But beyond the scope of natural instigation, there can be some innovative conceptions just for the sake of unique architecture. And that is exactly what is proven by the so named Magical Island. Conceptualized as a &#8216;Comic and Animation Museum and Plaza&#8217;, this grandiose facility has been conceived to float on the White Horse Lake, in the city of Hangzhou in China.


THE MAGICAL ISLAND





Posing as a comprehensive landmark, the intrinsic allure of the endeavor lies in a rich user experience. Structurally, the expansive bearing of the museum comprises of fragmentary components with a non linear demeanor. Though, from a user&#8217;s perspective, all of these spatially defined zones would be connected by accessible paths.


Picture Gallery
THE MAGICAL ISLAND

The magical island will be a complete experience with natural and artificial features.

But the main attraction of the whole project is obviously its perceived &#8216;floating&#8217; nature. Envisaged as magnificent structure situated atop the lake surface, the fantastical scope alludes to those vivacious theme parks like Disney World. Moreover, in this case, the designers have decided to up the ante by incorporating some features that truly upholds the composition of water as an architectural element. For example, there would be special ramp that would take visitors to a fully underwater compartment. This gargantuan double storied area will consist of giant screens, along with large view points of the lake. In fact, the displays will be used for various animations and comics expositions from around the world.
The fascinating play of light, water and landscaping will be continued on the upper floors. And finally coming to the roofing, the architects have thought of a complete turf consisting of trees and green boardwalks. So, as a whole, the Magical Island insinuates an ethereal architectural experience where imagination clashes wholesomely with innovation.
Via: SuckerPunchDaily]]></description>
      <pubDate>Sat, 11 Feb 2012 04:16:00</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Best recycled shoes for earth lovers]]></title>
      <link>http://www.ecofriend.com/great-recycled-shoes-earth-lovers.html</link>
      <description><![CDATA[Avanti Chandrashekar: Recycling has caught the world&#8217;s attention and man is implementing recycling in every field possible. The latest is recycled shoes made from eco friendly materials that include used tires, plastic bottles, etc. These shoes are not only good for the environment, but they are trendy and come in various styles that will suit your taste.]]></description>
      <pubDate>Fri, 10 Feb 2012 22:41:19</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Will electric cars of the future ditch batteries for ultracapacitors?]]></title>
      <link>http://www.ecofriend.com/electric-cars-future-ditch-batteries-ultracapacitors.html</link>
      <description><![CDATA[Sonia Renthlei: The EV rush
Electric vehicles are hogging the spotlight these days with their ability to operate without producing carbon emissions or the use of expensive fuel. EVs have come a long way in terms of popularity recently. While the use of electricity as a means of propulsion predates cars running on internal combustion engines, the journey has been arduous at best. Nevertheless, these eco friendly vehicles have recently seen a rush of buyers as fuel grows more expensive and concern for the environment is heightened. Now, automakers, who earlier focused on producing only conventional vehicles are rolling out electric models with sleek designs and improved performance. Brands like BMW, Toyota and GM have latched onto the rush for EVs, fueling the craze even more.


Ultracapacitor electric vehicle





Need for change
Most would think that electric vehicles are the answer to the problem of sustainable transport. But its surprising to know that alls not right with the world of EVs. While they produce no emissions and use no gas or diesel, the battery technology they utilize is under heavy strain. If small devices like iPods, cellphones and laptops can sap their batteries in a couple of hours, you can well imagine the burden placed on those who use EVs. The batteries of today are no match for conventional cars running on a full tank of gas as a full battery charge can run an EV only for a relatively short distance. Since not all places have charging stations, EVs arent always viable. Thus, despite their benefits to the environment, it will take a while before they can fully replace conventional cars.
Ultracapacitors: Fast and efficient
Theres an alternative to batteries which may just change the way EVs are operated. Called ultracapacitors, theyre energy storage devices, but unlike batteries, they can store high amounts of energy. They can also withstand a heavy amounts of charge and discharge cycles without degrading. This means that they have a longer life so they dont need to be replaced as often. When used in automobiles, ultracapacitors capture as well as store electrical energy thats generated when a driver brakes and released when he accelerates.

  Ultracapacitors are increasingly being developed to act as replacements for batteries and the EV segment is looking to utilizing them on a much larger scale. If they can be successfully applied, electric vehicles may soon be running on them, giving proponents of green cars something to rejoice about.
Trends
Already, the military and transport departments of various countries are making use of ultracapacitors on a larger scale.
Ultracapacitors for hybrid military vehicles


Ultracapacitors for hybrid military vehicles

Who would have ever thought the Humvee would go green? These rugged and gas guzzling giants are set to undergo a makeover when ADA Technologies completes building an electrochemical ultracapacitor for these military vehicles. The company, which will take the help of Maxwell Technologies, had signed a $70,000 contract drafted by the US Army for such a purpose. The ultracapacitor will be used to meet the energy and power demands of Humvees when undertaking military operations, significantly reducing dependence on fossil fuels.
Sinautec&#8217;s forty-one seat Ultracap Buses


Sinautec&#8217;s forty-one seat Ultracap Buses

Sinautec, with the help of Shanghai Aowei, is testing ultracapacitors in its electric buses. The experiment appears to be very successful barring the fact that the routes will need more charging stations. Sinautecs executive director, Dan Ye, says that the solution is to convert the bus stops along the designated routes into charging stations. The Ultracap Buses will recharge every two to three miles through a collector installed on the buses tops, which comes into contact with an overhead charge line. The energy collected is stored in ultracapacitor banks located under the buses&#8217; seats.
Cameo all-electric minibus


Cameo all-electric minibus

Auto designer Martin Pres has come up with a concept called Cameo, which relies on ultracapacitors. The public bus, which can accommodate 32 passengers, will charge at any station in a matter of seconds. The entrance of the bus is designed to allow wheelchairs accessibility. Since the bus isnt overly large, it is lighter and uses less energy.
Zeus: an all electric super sports car


Zeus

In view of the poor aesthetics of green vehicles, Portuguese designer Joao Miguel Dias has conceived a concept car that seeks to combine looks with functionality. Dubbed as the Zeus, the car runs on ultracapacitors. To make the car as green as possible, Dias envisioned covering the body in carbon nanomaterial capable of storing large amounts of energy. Incidentally, all the materials used to create the concept car can be recycled.
The benefits
1. Economical power source: Since ultracapacitors store energy electrostatically instead of producing it through a chemical reaction, the overall cost of producing a car running on ultracapacitors is significantly reduced. If combined with batteries, such cars will guarantee better performance and a longer range before needing to be recharged.
2. Increases fuel efficiency: Lighter vehicles mean better fuel efficiency. Since ultracapacitors are far lighter than conventional battery packs, cars utilizing them will be able to achieve better efficiency.
3. Longer life span: Ultracapacitors have a longer life span than batteries since they can better withstand the pressures of charge/discharge cycles. This means that users wont need to spend a lot of money for maintenance.
4. Less charging time: Unlike batteries, ultracapacitors take a lot less time to recharge.
The lowdown
1. High cost: The cost of producing ultracapacitors can be high as the raw materials required are expensive.
2. Higher self-discharge rate: Ultracapacitors discharge energy themselves faster and since they have a low internal resistance, a short can result in a spark hazard like any other capacitor.
3. Less storage: Ultracaps store less energy per unit of weight compared to their electrochemical battery counterparts.
The bottom line
  Researchers are trying to improve the overall performance and capacity of ultracaps so that they can be applied to EVs on a larger scale. Despite their drawbacks, they have better potential than the batteries used in todays EVs. Since theyre already being used in many applications, theyre being increasingly considered as replacements for batteries in hybrid vehicles. They can also function well in very low temperatures, which comes as a boon to those living in arctic conditions. Its just a matter of time before well see EVs of the future relying largely on ultracaps, compelling the masses to switch to greener forms of transport.]]></description>
      <pubDate>Fri, 10 Feb 2012 01:49:39</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Best solar powered radios for unmatched quality]]></title>
      <link>http://www.ecofriend.com/solar-powered-radios-unmatched-quality.html</link>
      <description><![CDATA[Rajeev Kumar: With the launch of multiple FM channels all over the world, the concept of radio has received a new lease of life.  Now, it not only provides information but also entertainment in the form of music and other programs. The use of radio is still constrained because it comes integrated with mobile phones. However, this all might change with the use of solar powered radios developed recently by researchers. These radios are not only powered by sunlight, but, in many cases they features an MP3 player for complete entertainment. Also, they provide ways of exploring new communication technologies for an extended reach among diverse audiences of the world.]]></description>
      <pubDate>Fri, 10 Feb 2012 01:33:53</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[ecoLogic Studio's algaeBRA combines sustainability with aesthetics]]></title>
      <link>http://www.ecofriend.com/ecologic-studios-algaebra-combines-sustainability-aesthetics.html</link>
      <description><![CDATA[Sonia Renthlei: Green structures are beginning to gain popularity as the world is realizing the impact conventional buildings have on the environment. Designers have presented us with many architectural concepts, all seeking to be self sustaining and non polluting. While most ideas have remained in the conceptual stage, they offer us a way out of our current existence. Realizing the importance of conserving the environment may have come later than was hoped, but at least its propelled us to start taking action.


Algebra by Ecologic Studio






Picture Gallery
Algebra by Ecologic Studio

The technology of algae farming is introduced directly in the facade and partitioning system of the building.

ecoLogic Studio is a firm that has conceived of a green mega structure called algaeBRA thats reminiscent of a large weeping willow tree. Vertical fibrous struts and ETFE foils fall over the building giving the illusion of leaves like that of a weeping willow. Interestingly, they drape in such a way that penetration of light is compromised in no way. This is made possible due to a clever partitioning system. What the occupants will witness is a gradient of color, natural light and coolness. ecoLogic Studio has striven to make it as green as possible with the use of artificial materials.
In addition to the partitioning of the building, algae farming will also be conducted on the faade which will help in radiation control, on site carbon sequestration as well as renewable energy generation. Water appears to play an important role in the functioning of the building, facilitating thermal storage and heat regulation.
ecoLogic Studio is hoping that algaeBRA will give the Benetton Group a site specific building that incorporates sustainability with architectural styles of past Iranian models and geometric patterns. Notice the dome like structures toward the base of the building as an example. The fibrous faade can also be manipulated to accommodate changes in weather and temperature. This means that the same level of resources used in the structure of the building can be maintained without having to install additional equipment.

Via: EcologicStudio]]></description>
      <pubDate>Fri, 10 Feb 2012 01:13:44</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[The Minimalist Gramophone: A simple yet functional device]]></title>
      <link>http://www.ecofriend.com/minimalist-gramophone-simple-functional-device.html</link>
      <description><![CDATA[Sonia Renthlei: Music systems of today are fancy pieces of equipment capable of playing music without the use of any cassette or disc. Thanks to the iPod, PC and other such systems, we can listen to our favourite tracks with just the push of a button. But, despite this modern gadgetry, theres something to be said about mechanisms of old equipment like the gramophone or phonograph, which revolutionized music listening and recording. Operating using a disc and a needle, it paved the way for audio recording in the 20th century. Now, with the use of modern music systems, the gramophone has become a relic to be marvelled at and treasured.


Minimalist Gramophone





  Buying a fully functional gramophone would probably give you a set back of a few thousand dollars today. Theyre just too antique for a cheap price. German designer Livia Ritthaler has invented what she calls the Minimalist Gramophone. The unique instrument has been transformed into one thats contemporary and stylish without the bulky box power mechanism found in standard gramophones.
Ritthalers invention is built using a cone of paper, a needle, and a rotating plate that has a central stick. Since it doesnt have a power mechanism, users need to work it by hand. Granted, that wont make for very leisurely listening but you have to admit, its one of a kind. Imagine having it in your living room and showing it off to your pals.
Unfortunately, we have no idea if Ritthalers Minimalist Gramophone will ever enter commercial production or if her one off item is even for sale. What we do know is that it looks pretty simple to make and requires just a bit of wood, paper and metal. Suffice it to say that if you ever want to try your hand at making something functional, Ritthalers invention is the ideal inspiration.



Minimalist GramophoneThis Is What A Minimalist Gramophone Looks Like

Via: Ohgizmo]]></description>
      <pubDate>Fri, 10 Feb 2012 01:13:07</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Fifth grader creates unique molecule that could better energy storage]]></title>
      <link>http://www.ecofriend.com/grader-creates-unique-molecule-energy-storage.html</link>
      <description><![CDATA[Dattatreya Mandal: The world can surely be a much interesting, fantastic yet a bit eccentric place when unintentional gamma blasts turn scientists into robust green monsters or when scrawny teenagers get bitten by spiders to turn into wall crawling mutants. But, that only happens in the realm of Hollywood, comics and fiction pieces, right? Wrong, in a curious twist of destiny, it was a 10 year old girl who accidentally discovered a molecule, which can be potentially explosive in nature.


10-year-old student accidentally discovers explosive new molecule






Picture Gallery
10-year-old student accidentally discovers explosive new molecule

10-year-old student accidentally discovers explosive new molecule.

It all started as a simple science assignment, in which elementary students were asked to build molecular structures from modelling kits consisting of colorful balls and plastic rods. But, this time, a fifth grader, Clara Lazen, randomly created a complex structure with a combination bearing of oxygen, nitrogen and carbon atoms. Now, the act may have been simply fortuitous from the student&#8217;s perspective. But, according to her chemistry teacher, Kenneth Boehr, the unique structure was &#8216;right&#8217; in every sense of the word, as its stability is defined by the complete connection of all the atoms, the colorful balls in this case.
So, clearly amazed by this unforeseen development, Boehr communicated with his friend Robert Zoellner, who is a computational chemist at Humbolt State. Upon seeing the images of the exclusive molecular set up, he consulted the Chemical Abstracts, a comprehensive online database of detailed chemistry research. The closest match found was nitroglycerin, which is as we all know, an active ingredient used in dynamites.
Obviously, in this extraordinary case, the molecule had a different structural arrangement. Christened as the tetranitratoxycarbon, this alteration in arrangement, is what led them to believe that their discovery alludes to a completely new molecule, similar to nitroglycerin.
And now comes the conscientious part: Zoellner actually believes that this newest molecule can be experimentally produced to watch out for potentially beneficial applications. As a matter of fact, the unexampled structure might even have the capacity to store energy.

Finally, coming to the impact of the discovery in itself, the team has already forwarded their findings to the journal of Computational and Theoretical Chemistry, which is slated to be published shortly. And yes, in case you are wondering, the student and the teacher has also decided to split the prize money between them.
Via: SmartPlanet]]></description>
      <pubDate>Thu, 09 Feb 2012 03:31:57</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Best recycled furniture units for sustainable homes]]></title>
      <link>http://www.ecofriend.com/recycled-furniture-units-sustainable-homes.html</link>
      <description><![CDATA[Garima Goel: The eco conscious homeowner of today has a number of options to go green, and one of the best ways to do the same is by opting for the recycled furniture units. Trash is becoming trendy nowadays, and designers and furniture makers from around the globe are using reclaimed materials to make beautiful and creative furniture designs for modern green homes. By choosing stylish eco friendly furniture units, the homeowners can not only add zing to their space, but can also do their bit to save the environment.]]></description>
      <pubDate>Thu, 09 Feb 2012 03:20:59</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Magnetic levitation growing into the next big thing in green transport]]></title>
      <link>http://www.ecofriend.com/magnetic-levitation-growing-big-green-transport.html</link>
      <description><![CDATA[Sonia Renthlei: Magnetic levitation
Thanks to advances in aviation technology, were able to travel great distances and cross oceans in a matter of hours. But as we all know, traveling by air is both expensive and emission intensive. Since fossil fuels are no longer in great abundance, which air planes need for their operation, we must have an alternative. This is where magnetic levitation comes in, offering us an alternative to conventional transport at a fast speed.


Linimo line





  The term magnetic levitation is simply a technology that utilizes the principles of electromagnets to guide vehicles like trains over guideways instead of conventional rail tracks. The magnetic fields are used to counter the effects of gravity and the whole system comprises the use of three components ; a large source of electrical power, metal coils that line a guideway and large guidance magnets that need to be attached beneath a train.
These maglev trains have a lot more benefits than conventional ones as they have a very high holding capacity. Presently, maglev trains can accommodate about 12,000 passengers per hour. This is equivalent to what 60 Boeing 767s can hold per hour. Since maglev trains dont make contact with tracks, theyre far less prone to being affected by adverse weather conditions. However, the biggest advantage is that they dont run on petroleum and the needed electric power can be obtained from different sources, including renewable ones.
Present use
1. Linimo line, Japan
The 5.6 mile long Linimo line has been in operation since 2005. Originally built to serve the site of the Expo 2005 fair, the train continues to serve the community. The line has nine stations and the train is able to cover the distance at speeds of 62mph. The first three months of the trains operation saw 10 million passengers, evidence of its high capacity.

2. Shanghai Maglev Train


Shanghai Maglev Train

The Shanghai Maglev Train has been operating since 2004 after the Chinese government signed an MoU with Transrapid, a German maglev consortium. It makes 115 daily trips along the 30 km route linking Pudong International Airport and Longyang Road Metro station in Shanghai. Faster than the Linimo line, the Shanghai Maglev Train averages 165mph and a top speed of 268mph. It boasts a reliability of more than 99.97 percent of being on time.
3. Maglev Train in Daejeon, South Korea


Maglev in Daejeon

HML-03 was the worlds first public maglev train and began operations in 1994 in South Koreas Daejeon. Two prototypes had been built; HML-03 and HML-02. The first urban maglev was the UTM-02 which was launched in 2008, also in Daejeon, which ran on a one kilometer track connecting the Expo Park with the National Science Museum.
While the countries above have been making using of maglev trains for some years now, others are in the league of utilizing magnetic levitation too, which includes:
1. Old Dominion University
Old Dominion University has a track less than a mile long for a maglev system. Unlike conventional maglev trains, the train and not the track, contains most of the magnets, sensors and computation, which will decrease cost of construction per mile. Unfortunately, ODU was unable to invest enough money to make the train functional.
2. AMT Test Track, Georgia
American Maglev Technology Inc. is presently building a second prototype system based on the same principle as that of ODU for use in Powder Spring, Georgia.
3. Applied Levitation/Fastransit Test Track  Santa Barbara, California
Applied Levitation Inc. is planning to construct a quarter mile outdoor track in Santa Barbara after building a levitating prototype that runs on an indoor track.
4. Beijing S1 Line
China is set to get its first low speed maglev line based on technology developed by Chinas Defense Technology University. The 6.3-mile long S1-West line will run a maglev train able to achieve speeds of 65mph. The system will be completed within two years.
The benefits
1. Maglev trains cost less to build than conventional trains and dont produce as much noise.
2. Since theyre elevated, maglev trains dont use as much land space, making them less prone to accidents.
3. They use less energy than other modes of transport.
4. Since they dont depend on fossil fuels, they emit no pollution.
5. Maglev trains are faster as they float and arent affected by rolling resistance.
Whats next?
Currently, maglev trains serve as an alternative to conventional trains. While the aim is to construct tracks and develop trains that can traverse longer distances, for now, concept cars that run on maglev technology are also being envisioned.
Trends
1. Kumho Epoch concept car


Kumho Epoch concept car

Designed by Rob Dolton, the Kumho Epoch is built out of recycled tire tread rubber for the lightweight body panels and a chassis crafted from bamboo, making it a truly green car. It will be powered by a maglev system and will support a feature thats extremely futuristic: Electro Active Polymer that enables the tire treat and shape to change.
2. Nissan Motivity 400C Concept Car


Nissan Motivity 400C Concept Car

The Nissan Motivity 400C is a concept car envisioned by Tryi Yeh, that operates via a maglev system. The triangular shaped car is so built to reduce drag. Theoretically, maglev can propel vehicles to 4,000mph in an evacuated tunnel. Of course, were certain no law would ever allow a car to travel that fast but it gives us an idea of just what maglev is capable of.
3. Maglev PTV


Maglev PTV

The Maglev PTV is designed by Steve Darbyshire and combines maglev, by wire chassis technology and fuel cells to operate. It can reach speeds of 300mph over long distances, which is further enhanced by its aerodynamic shape.
Limitations
1. Maglev cars will need to be constantly monitored and corrected by computers to prevent accidents that can arise out of unstable electromagnetic attraction.
2. Top speed can be limited due to restrictions on guideway inductivity.
3. Owing to the magnetic fields generated, passengers with pacemakers wont be able to ride in maglev cars. Besides, devices like hard drives and objects like credit cards will need to be enclosed in magnetic shielding systems so they dont get damaged.]]></description>
      <pubDate>Thu, 09 Feb 2012 02:40:57</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Futuristic highways could recharge EVs on the move]]></title>
      <link>http://www.ecofriend.com/futuristic-highways-recharge-evs-move.html</link>
      <description><![CDATA[Rahul Gupta: The greatest problem related to an electric vehicle is its limited range. A team of researchers at the Stanford University recently made an important discovery in wireless charging technology. This technology can effectively solve the problem of limited range and increase the use of electric vehicles when in full bloom.


Wireless EV Charging





Researchers have established that the concept of magnetic resonance coupling will form the base for the wireless transfer technology. Two copper coils placed at a distance from one another, will be tuned to resonate at the same frequency. One coil will be connected to an electric current, which will generate a magnetic field and cause the other coil to resonate. This procedure will ultimately lead to transfer of electricity wirelessly.
Studies show that the technology used is absolutely safe and people standing near the coils will not be affected. Also the current transference will not be hindered by any obstacles between the two coils.
MIT researchers too have started work on same technology, but on a stationary version, which would transfer 3KW of charge to a parked car. Now researchers at Stanford are also upbeat about upgrading this technology by allowing a transfer of 10KW charge over a distance of 6.5 feet. The bottom of the EVs have to be installed with a receiving coil, which will receive current from the coils embedded in the highway, and resonate with current providing continuous charge to the vehicle&#8217;s battery. After experimenting with many mathematical models, the researchers concluded that if the coil is twisted at a 90 degree angle and connected with a metal plate it will be able to transfer 10KW to the two coils.  Now all thats left includes testing the concept in real world conditions for ensuring that it will not have any negative impact over the environment in any way.



Wireless EV ChargingWireless EV Charging Could Be Embedded in Highways

Via: Ecogeek]]></description>
      <pubDate>Thu, 09 Feb 2012 02:18:33</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Best solar powered generators for home use]]></title>
      <link>http://www.ecofriend.com/solar-powered-generators.html</link>
      <description><![CDATA[Sonia Renthlei: Pollution levels have reached an all time high as more factories and plants dot our landscape. Factories arent the only places that need to change their mode of operations, however; residential houses also need to contribute to lowering the pollution levels and conserving natural resources, else all efforts would be redundant. One way we can do this is to switch to solar powered generators for home use. Since they run on the suns energy, they dont emit pollutants and help conserve fossil fuels.]]></description>
      <pubDate>Thu, 09 Feb 2012 01:03:45</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[The Vertical Field will make you live in an aeroponic farm]]></title>
      <link>http://www.ecofriend.com/vertical-field-live-aeroponic-farm.html</link>
      <description><![CDATA[Nikita Sharma: Aeroponic food production methods have become increasingly popular these days and Vertical Field is a new formulation, which houses individuals and families and also acts as a space to carry out aeroponic agricultural activities. The concept is designed for urban living and ensures that people nestle amidst a healthy and sustainable environment.


VERTICAL FIELDS - RHWL Architects, England






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VERTICAL FIELDS - RHWL Architects, England

The Vertical Field is a new formulation of urban living.

The Vertical Field features apartments, which act as laboratories for producing aeroponic food. The food supply is checked via several scientific methods. This concept works for self production of goods as well as for selling surplus in the market. The market is a wide and elevated field, which offers enough space for showcasing the produce. There are five residential towers in total and they are connected by sky bridges that provide enough communal space for the inhabitants.
In all, the project is quite different from the other contemporary ones, related to vertical farming. The Vertical Field tower not only supports an eco friendly procedure for food production, but also provides an innovative space for living to the residents.
Via: Awrcompetitions]]></description>
      <pubDate>Wed, 08 Feb 2012 22:51:42</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Massive statue from empty Coca Cola crates]]></title>
      <link>http://www.ecofriend.com/massive-statue-empty-coca-cola-crates.html</link>
      <description><![CDATA[Abdul Vahid V: Recycling is a great way to fight pollution. To make people aware of the importance of recycling, Coca Cola, one of the worlds major soft drink manufacturers, has erected some big structures out of empty Coke crates in South Africa. One such recent structure, named the Elliot, is situated at V&#038;A Waterfront, in Cape Town. The giant red statue is designed by agency Porky Hefer.


Beverage Crate Giants






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Beverage Crate Giants

It is 60-foot statue made of 4,200 empty plastic red Coca-Cola crates that weighs 27 tons.

The Elliot, is a 60 feet statue, which is built from 4,200 abandoned plastic red Coca Cola crates. The entire structure weighs a whopping 27 tons. The massive statue stands at V&#038;A Warfront with fingers of its two hands spread to form the symbol of victory. Indeed, it is amazing to see the Elliot in the serene and calm background of Cape Town.
The Elliot, sends across a sacred message to the passers by about  the importance of recycling and the need for a green world, which is highly sought after in the wake of global warming and other environmental challenges.
Anyway, the Elliot is not the first statute from Coca Cola with the same purpose. The beverage company built a similar crate man in Johannesburg on the occasion of the last FIFA World Cup. Let us hope, these kind of attempts will give light to the world on recycling, and people will recognize how it can contribute to the worlds green metamorphosis.
Via: TrendHunter]]></description>
      <pubDate>Wed, 08 Feb 2012 21:51:09</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Eco friendly products made using recycled timber]]></title>
      <link>http://www.ecofriend.com/eco-friendly-products-recycled-timber.html</link>
      <description><![CDATA[Rohit Jain: 
In light of aggravating environmental degradation, eco friendly products are gaining immense popularity. Theres a plethora of green ideas available from toys for children to exquisite serving ware, and furniture for elderly. Reclaimed timber is one such material that is being used increasingly for making various creative products. These products are unique, eco friendly as well as durable]]></description>
      <pubDate>Wed, 08 Feb 2012 01:37:25</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Recycled bags let you go green while protecting your stuff]]></title>
      <link>http://www.ecofriend.com/recycled-bags-green-protecting-stuff.html</link>
      <description><![CDATA[Prajit Bhattacharya: The eco conscious population is making constant efforts to decrease the burden on landfills, producing and using products that have green attributes. This time around designers are launching some amazing range of bags that are functional as well as eco friendly. These designers have remarkable creative talent for using disposed materials and have used thrown away jackets, soda bottle pops, rubber tires and scrap fabrics for making some amazing designer bags.]]></description>
      <pubDate>Wed, 08 Feb 2012 01:14:18</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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      <title><![CDATA[Concept recumbent bicycle stores energy efficiency in a flywheel]]></title>
      <link>http://www.ecofriend.com/concept-recumbent-bicycle-stores-energy-efficiency-flywheel.html</link>
      <description><![CDATA[Ishan Sidhu: Presently the world is concerned about increasing pollution and decreasing sources of energy, which is the reason why we are facing many environment related problems. Whether it is power generation or transportation, we need to bring about various improvements in order to make a greener world. For our daily transportation we definitely need an ecological form of transport. To fulfill the need a recumbent bicycle has been designed for James Dyson Award.


Recumbent with a flywheel storage






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Recumbent with a flywheel storage

Recumbent bicycle with flywheel energy storage.

The reason to make a bicycle recumbent is to minimize air resistance. The bicycle also consists of flywheel that stores energy generated by the onboard regenerative braking system. During the movement of the flywheel, when excess energy is produced, it can be stored and then released in times of need. The flywheel can also be charged using the wall socket and used as an engine capable of providing power up to 60kW. You can travel 33km at a speed of 50km/h in one charge.
The bicycle is capable of achieving speed up to 80km/h whereas the maximum achievable speed is 135km/h. Since it uses mechanical power, you dont lose much energy while converting it from one type to another. The entire structure of the bicycle is made out of steel and weighs 35kg including the 5kg flywheel.
The inspiration behind the invention is that the existing models of bicycles use batteries which don&#8217;t perform efficiently. The maximum speed of these bikes is also not satisfactory for urban riding. Bicycles being ecologically clean, have been taken as the base for this recumbent bicycle and the two basic problems, frame and a human, the two energy sources, too have been analyzed.
Via: James Dyson Award]]></description>
      <pubDate>Wed, 08 Feb 2012 01:12:31</pubDate>
      <gf:blogName><![CDATA[Eco Friend]]></gf:blogName>
      <gf:blogUrl>http://www.ecofriend.org</gf:blogUrl>
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