Companies push Congress to promote climate action. Is anyone listening?

May 18, 2020 by  
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Companies push Congress to promote climate action. Is anyone listening? Joel Makower Mon, 05/18/2020 – 09:15 What happens when more than 300 business people descend, virtually, on Capitol Hill to advocate for climate action amid a pandemic and economic crisis? Logic would dictate that these well-intentioned lobbyists-for-a-day would be met with a resounding shrug. After all, with two of the most devastating events to hit the United States happening simultaneously, there doesn’t seem to be much room to talk about anything else. As with so many other things these days, logic is not always the best guide. That’s my takeaway from last week’s LEAD on Climate 2020 , organized by the nonprofit Ceres and supported by other sustainability-focused business groups. It was the second annual opportunity for companies to educate legislators and their staff on the need for congressional action on the climate crisis. Among the larger participating companies were Adobe, Capital One, Danone, Dow, eBay, General Mills, LafargeHolcim, Mars, Microsoft, NRG, Pepsico, Salesforce, Tiffany and Visa, along with hundreds of smaller firms . Last year’s LEAD (for Lawmaker Education and Advocacy Day) event brought 75 companies to Capitol Hill. This year’s garnered 333 companies, including more than 100 CEOs, to have video meetups with 88 congressional offices — 50 Democrats, 36 Republicans and 2 Independents — from both the House (51 meetings) and Senate (37 meetings). Some had as many as 70 companies in attendance. This year’s bigger turnout no doubt had to do in part with the ease of meeting from one’s sequestered location — no travel, no costs and a lot smaller carbon footprint — but also from the growing push to get companies off the sidelines on climate action advocacy, whether motivated by external pressure groups, ESG-minded investors, employee concerns or a company’s own board or C-suite. To be quite frank, it was some of the most valuable conversations we’ve had with members on climate in a long time. Last year’s LEAD event focused specifically on carbon pricing; this year’s focus was broadened, Anne Kelly, vice president of government relations at Ceres, the event’s organizer, told me last week. “We reframed it knowing that long-term solutions like carbon pricing are important, but that there were immediate opportunities that companies could speak to.” That, too, may have broadened its appeal. For Nestlé, the event was an opportunity “to have meaningful conversations with Congress on climate change and on our priorities,” said Meg Villareal, the company’s manager of policy and public affairs, in an interview for last week’s GreenBiz 350 podcast . “To be quite frank, it was some of the most valuable conversations we’ve had with members on climate in a long time. I think the virtual platform created an opportunity for us to have very in-depth discussions about what company priorities are and how we want to see Congress engage on climate going into the future.” Among Nestlé’s interests, Villareal said, was scaling up renewable energy use in its operations. “We also want to develop agriculture initiatives for carbon storage and reforestation and biodiversity that help support our carbon initiatives. That was definitely a key piece of some of the conversations we had as well.” Her company is a founding member of the Sustainable Food Policy Alliance , along with Mars, Danone and Unilever. “We put out a set of climate principles last May that have five principles as part of it, the first of which is creating a price on carbon.” Several congressional allies participated, first among them Sen. Sheldon Whitehouse (D-Rhode Island), who has a strong record on climate advocacy. It appeared that his role in the event was primarily to cheer the companies on and give them insight into the Capitol Hill zeitgeist. Bank shot Whitehouse made it clear that while CEO pronouncements on their company’s climate commitments are good, they only go so far. “CEOs may say we support a carbon price,” he explained. “No, they don’t. I happen to know that because I have the carbon price bill in the Senate. And nobody’s ever come to me and said, ‘We want to support your bill.’ You can’t underestimate the continued opposition and challenge that the fossil-fuel industry presents. They’re still really strong here and really powerful.” The senator cited the American Beverage Association as a case in point. “Coke and Pepsi both have terrific climate policies. They do all the stuff they should be doing. But they pretty much control the American Beverage Association because of their size. And the American Beverage Association has not lifted a finger, period” to support climate action, he said. CEOs may say we support a carbon price. No, they don’t. I have the carbon price bill in the Senate. Nobody’s ever come to me and said, ‘We want to support your bill.’ Whitehouse advocated what he called a “bank shot” — perhaps an unintentional play on words — as a way to build pressure on companies through their investors. “We put pressure on Marathon Petroleum for the climate mischief that they have done — particularly the CAFE standards, the fuel efficiency standards mischief, that they’ve been string-pulling-on behind the scenes. They could care less when I call them out on that. But their four biggest shareholders are BlackRock, Vanguard, State Street and JPMorgan. And all those entities care quite a lot when they’re funding climate misbehavior. And they get called out on it themselves. So, you can use the pressure that the financial community feels to defend itself now against these climate and economic crash warnings to bring pressure to bear on even very recalcitrant companies.” The human factor I had the opportunity to speak during the LEAD training day, the day before they “hit the Hill” for their member meetings. As part of that, I interviewed Leah Rubin Shen, energy and environment policy advisor to Sen. Chris Coons (D-Delaware), who co-chairs the bipartisan Climate Solutions Caucus with Sen. Mike Braun (R-Indiana). I asked Shen, a trained electrochemist with research experience in energy storage technologies and green chemistry, for some insights into what it takes to change minds on Capitol Hill. “I’m a scientist,” she responded. “I think there are plenty of things that we could do tomorrow, or today even, that would make all of our systems much more robust and resilient, and set us on the right path. But politically, it’s just really difficult. As tempting as it is to just say, ‘Well, this is what experts say,’ or ‘This is what people say we should be doing’ — I wish that were enough; it’s not. It needs to be something that will resonate back home.” Storytelling is key, she noted. “Don’t discount the human element. Facts and figures are helpful — ‘This is how many jobs we have in your state,’ or ‘This is what our annual revenue was last year.’ Those things are important and helpful. But being able to tell a story is something that will resonate with a lot of staffers and members both.” Nestlé’s Villareal experienced that in a conversation last week with a congressman from Florida “with whom last year it was a bit of a difficult conversation, particularly around carbon pricing,” she told me. “So, this year, we tried a new approach with that office. We didn’t go in and lead with the ask on carbon pricing but wanted to have more of a general conversation about the companies in his district and how we are prioritizing our carbon principles and our climate principles. And it led into a very healthy discussion on carbon pricing and why the companies in his district were supportive of it. It was a very productive and surprisingly good conversation, and we were really pleased coming out of it.” We have to make these introductions on a large scale so that Congress knows if they act on climate, the broad business community will have their back. The whole exercise isn’t just about getting members of Congress to support climate action. It’s also letting them know that if they do, they’ll get business support.  “We have to make these introductions on a large scale so that Congress knows if they act on climate, the broad business community will have their back,” explained Anne Kelly. “Most lawmakers think that big businesses only want to break the rules, not call for new ones.” Among other things, she says, members generally aren’t aware of corporate climate leadership, science-based targets or large-scale renewable energy procurement by companies. The LEAD exchanges help them understand such things.  According to Kelly, the success of the virtual advocacy day — which she dubbed a “high-impact, low-footprint and low-budget model” — and the enthusiasm by participating companies has led Ceres to consider upping the frequency of LEAD events, from annually to quarterly. “Based on the rave reviews, I’d say many colleagues are hooked,” she added. I asked Villareal, one of those enthusiasts, what advice she’d give someone who hasn’t yet dipped their toe into the congressional advocacy waters. “It can always be scary to try something new, but it is so worth it,” she replied. “In the end, you get tremendous benefit from using your voice and especially on critical and positive issues like climate.” I invite you to follow me on Twitter , subscribe to my Monday morning newsletter, GreenBuzz , and listen to GreenBiz 350 , my weekly podcast, co-hosted with Heather Clancy. Pull Quote To be quite frank, it was some of the most valuable conversations we’ve had with members on climate in a long time. CEOs may say we support a carbon price. No, they don’t. I have the carbon price bill in the Senate. Nobody’s ever come to me and said, ‘We want to support your bill.’ We have to make these introductions on a large scale so that Congress knows if they act on climate, the broad business community will have their back. Topics Policy & Politics Carbon Policy Featured Column Two Steps Forward GreenBiz Featured in featured block (1 article with image touted on the front page or elsewhere) Off Duration 0 Sponsored Article Off GreenBiz photocollage via Shutterstock Close Authorship

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Companies push Congress to promote climate action. Is anyone listening?

Finland’s Green Party says humanity must embrace nuclear power

April 17, 2017 by  
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Nuclear energy must be an option as humanity shifts away from fossil fuels , according to a recent article penned by four candidates of Finland’s Green Party , or Green League. The party strictly opposed the controversial fuel source in the past, but these four candidates said we’re running out of time to fight climate change and no longer have the luxury of picking between renewable energy and nuclear power. Humanity should take another look at nuclear power, according to Jakke Mäkelä, Tuomo Liljenbäck, Markus Norrgran, and Heidi Niskanen of the Finnish Greens. They wrote a March 6 blog post, translated by J.M. Korhonen , detailing why Finland should develop nuclear energy. Related: Germany’s massive nuclear fusion reactor is actually working Finland’s temperatures are spiking quicker than any other place in the world due to climate change, according to Forbes contributor James Conca. The country has pledged to end coal use by 2030, but they’re also widely utilizing biomass . The four Greens condemned the government’s burning of wood chips for power since it emits carbon dioxide and will destroy forests . The Greens said renewable energy won’t be able to help us wean completely off fossil fuels yet. They said solar and wind work very well up to a point, but on a large scale require lots of raw materials and land. They pointed to Germany, which shuttered nuclear power plants, but the consequence was renewable energy largely replaced nuclear energy and not fossil fuels. The four Greens said we no longer have the option of choosing between renewables and nuclear. They wrote, “Unless we spend a lot more money in all clean energy sources, we are certain to be doomed.” Korhonen notes their viewpoint is not an official recommendation from the Green Party or of the Viite, the technology and science subgroup of which Mäkelä is vice-chairman and the others are members. It’s simply the opinion of the four candidates, who were up for election in Turku. The Green Party won 12 percent of the total vote in the recent elections, gaining seats and winning the largest share in their history. Via J.M. Korhonen and Forbes Images via Pixabay ( 1 , 2 )

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Finland’s Green Party says humanity must embrace nuclear power

Groundbreaking new material for longer-lasting batteries inspired by leaf veins

April 11, 2017 by  
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Biology may hold the clues to better batteries . An international team of scientists designed a porous material inspired by the vascular structure of leaves that could make energy transfers more efficient. Similar to the way leaf veins efficiently transport nutrients, this material could help rechargeable batteries perform better and last longer. A team of researchers led by Xianfeng Zheng of China’s Wuhan University of Technology and Australia’s University of Queensland scrutinized the way leaf veins optimize the flow of nutrients, with minimum energy consumption, “by branching out to smaller scales” according to the University of Cambridge , and then applied that to their groundbreaking porous material. The nature-inspired material could help relieve stresses in battery electrodes that currently limit their lifespan. The material could also enhance the charge and discharge process. Related: American fern inspires groundbreaking new solar storage solution The team calls their product Murray material after Murray’s Law. Cambridge said according to the rule the whole network of pores in biological systems is connected in a manner “to facilitate the transfer of liquids and minimize resistance throughout the network.” Scientist Bao-Lian Su of Cambridge, Wuhan University of Technology, and University of Namur in Belgium said they applied that biological law to chemistry , saying, “The introduction of the concept of Murray’s Law to industrial processes could revolutionize the design of reactors with highly enhanced efficiency, minimum energy, time, and raw material consumption for a sustainable future.” The scientists applied Murray material to gas sensing and photocatalysis as well. Su is a co-author on a paper published online by Nature Communications late last week. There are seven other co-authors on the paper from institutions in China, Australia, the United States, and the United Kingdom. Another co-author, Tawfique Hasan of Cambridge University, said it could be possible to manufacture the porous material on a large scale. Via the University of Cambridge Images via Christoph Rupprecht on Flickr and Pixabay

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Groundbreaking new material for longer-lasting batteries inspired by leaf veins

What’s next: Highly efficient thin film solar panels

October 21, 2011 by  
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Jaspreet Kaur Walia: Highly efficient thin film solar panels Highly efficient thin film solar panels the futuristic renewable energy resource As we know it Thin Film Solar Cells or TFSC are solar cells in actuality. Also known as thin film photovoltaic cells or TFPC, they consist of a substrate that is used to place thin layers of photovoltaic material one above the other. They come in a wide variety and give people the flexibility to pick and choose in terms of fabrication and design. A lot of substrates can be used to deposit the different layers along with a variety of techniques. The performance of a device can be enhanced by tailoring and engineering the layers. The thickness of these layers can vary and range from as less as a few nanometers to tens of micrometers. TFSC are split into various categories depending on the kind of photovoltaic material that has been used to make them. They are commercially available and can be installed on roofs to convert solar energy into electricity. Need for change Traditional silicon based cells are thick and hence have a problem absorbing light as compared to thin film solar cells. TFSCs use less material as compared to silicon ones and are also light in weight. These can be effortlessly deposited on supple substrates as well. No doubt silicon is cheap and readily available, but the amount of energy and processing required getting the crystalline structure and purity is very high in comparison with thin film solar cells. What’s Next? 1. IBM thin-film PV solar cell IBM thin-film PV solar cell IBM’s New Thin-film Solar Cell is 40% More Efficient What’s new IBM has developed an all new thin-film PV solar cell that is 9.6 percent efficient. It has been made from earth abundant materials and is thought to be the one of the most efficient thin film solar cell. The wide production will be achieved because of the presence of tin, zinc, copper, selenium and/or sulfur. The device will perform without getting obstructed by impurities like carbon, chlorine or oxygen because of the presence of hydrazine. What difference will it make Thin-film PV solar cell by IBM is able to achieve 40 percent more efficiency than its previous products in the same league. It is 9.6 percent efficient which is quite commendable keeping in mind it has been made using earth abundant materials. There are more commercial versions available that boast of an 11 percent efficiency but not to forget they have been created from expensive compounds such as cadmium, gallium, copper, indium and tellurium that pumps up their price as well. Usage of earth abundant materials makes it possible to produce it at a large scale. Problems The concept is at its initial stages so no one knows what the final product will be like. Moreover, chances are people may opt for something that gives higher efficiency irrespective of the price tag it comes stashed with. IBM is on no mood to manufacture Thin-film PV solar cells but is thinking to license the technology, which may again take time. 2. SoloPower thin-film rooftops solar cells SoloPower thin-film rooftops solar cells SoloPower’s thin-film flexible solar cells for commercial rooftops What’s new SoloPower has unveiled a line of thin-film rooftop solar cells in a hope to lower the cost of solar energy. These flexible panels are light in weight and easy to install. They are apt for commercial use and have been made by coupling gallium, indium, selenium and copper. These materials have been positioned on a supple foil and company has made good use of roll to roll electroplating process. Usage of this process makes the solar panels very cost competitive in comparison to other technologies and manufacturers available in the market. What difference will it make SoloPower thin-film rooftop solar cells weigh much lighter than the glass encased panels. It can easily achieve an efficiency of 11 percent, which is worth applauding. These are easy to install rooftop solar cells that can be used at a commercial level. They have been specially designed for commercial buildings with a flat roof where they can be laminated onto the rooftop. Problems The use of expensive materials will definitely make the line expensive. It won’t be picked by people who want a cost-effective solution for their homes. 3. CIGS thin film solar cell CIGS thin film solar cell CIGS thin film solar cell by Researchers at the Chinese University of Hong Kong What’s new CIGS thin film solar cell does not need buckets of cash in terms of making it and is being developed by researchers at the Chinese University of Hong Kong. The best part being it can be used for a variety of purposes which includes installation on outer walls, rooftops plus handbags and even backpacks. This is quite impressive and makes sure that people can use solar energy efficiently and effectively. What difference will it make The thin film solar cell by CIGS can effortlessly touch 17 percent conversion efficiency. This will allow people to charge electronic gadgets right away without having to hunt for an electric socket. If this becomes a reality and the solar cells are installed on all roofs of the city, it is expected that almost 40 percent of electricity needs can be fulfilled by using just solar cells. Problems Since they are being produced using Cu(InGa)Se2 it may take a good number of years for these thin film solar cell to overpower crystalline silicon solar cell that dominate the present day markets and are very popular.

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The good, the bad and the ugly about vertical axis wind turbines

October 21, 2011 by  
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Leka Ram: Vertical axis wind turbines Main rotor shaft is set vertically and the main components are located at the base of the turbine Vertical wind turbines look completely different from the conventional wind turbines that have blades rotating on the horizontal axis. The vertical turbine can be compared to a coin spinning on its vertical axis. Modifications in the design and structure have been done for improving the performance and serving more benefits. The major parts of the vertical wind turbine are a rotor shaft that is arranged vertically, a vertical wind generator located near the ground, a gearbox also located near the ground and the blades that are two or three in number. These wind turbines are being improved in terms of function and design for enjoying more advantages. There are different types of vertical axis wind turbines such as; Darrius turbine : Named after George Darrius, the French inventor. The turbine is known for its efficiency. However, it is criticized for the low torque. It requires an additional rotor to start it. Gorlov Helical turbne : This turbine is designed in a helical configuration and was built to deal with the problems in the Darrius turbine. They are self-starting and reliable. Giromill : It is a variation of Darius turbine. It offers high starting torque and variable pitch. The blades used in this type of turbines are curved, straight or v-shaped. Savonius turbine : The turbine has helical scoops for providing smooth torque. Most of these are self-starting. Apart from these there are many other types such as the neo-aerodynamic turbine, quiet revolution turbine, novel turbine and zephyr turbine. The good Low Cost Lower construction and transportation costs 1. The energy generation with the vertical turbines cost is less and comes to about 2.5-3.5 cents for a kilowatt hour when compared to the 4-5 cents per kilowatt hour. 2. These turbines can handle high wind speeds. The maximum speed for harvesting the energy from wind is 28-33 mph. With the vertical design it can produce electricity from winds with a speed of 70 mph. The design can be used in areas with very strong winds. 3. One of the major problems with the conventional wind mills is that they kill the birds that come in their way. The design of the vertical turbine looks like a solid structure keeping the birds away from it. 4. The new device blends well with the environment. It can be painted in such a way that it blends well with the surroundings. Being smaller they can be installed in areas where huge structures cannot be used. 5. Another advantage is that the generator can be easily accessed for service. There is no magnetic field resonance, interference with communication or aircraft navigation and no ground resonance. 6. They function quietly too. Can this be better? The major difference between the vertical and horizontal wind turbines is the position of the blades. In the horizontal model the blades are mounted on the top while in the vertical model they are at the base of the tower and close to the shaft. The main advantage is that they can be mounted close to the ground making it beneficial for residential purposes. The bad Inefficiency Blades constantly spinning back into the wind causing drag 1. When compared to the horizontal turbines, these vertical axis wind turbines are able to produce only about 50 percent of the energy. 2. Since no tower is required for the structure, they are not able to take advantage of the high wind speeds usually available on elevated and higher areas. 3. Some energy is required to start the device because of the low starting torque. 4. If any part of the device is damaged, the entire structure has to be disassembled for changing it. 5. Wires are required for holding the complete structure in place. 6. The vertical wind turbines have a complicated structure with high rate of failure. 7. Wind efficiency is low and costs higher. Can this be avoided? New designs of the vertical axis turbines are being made in order to deal with the problems faced by the earlier designs. More research and analysis is still required to develop a turbine without the above mentioned drawbacks. The ugly Bird Killing Wind turbines affect migratory birds Though wind energy is considered to be one of the renewable and dependable sources of energy, there are several downsides to this. 1. Wind is not dependable. To turn the blades you need wind. If there is no wind they cannot function effectively. They are great only for areas where you can have wind all through the day and year. They may be useless in areas where wind is less. 2. One of the best places where you can get wind all through the year is the coastal areas, mountain tops and valleys. All these areas are very expensive and it can be very difficult to afford the area first and then build the turbine also. 3. Many people consider wind farms as an eyesore. Though they are able to produce energy using the wind, many people do not like the idea of residing near a wind farm. 4. Apart from that, the turbines are also known to interfere with the radio and television signals, kill birds and make noise. Why are we so critical Every new invention has its advantages and disadvantages. Similarly, the wind turbines faced some problems with respect to the availability of winds for turning the turbines, birds coming in between and so on. However, the researchers are trying to find solutions to each of these problems by creating new designs and using improved technologies. This gave rise to the vertical axis turbines. Though there are some negative aspects to this too, the researchers are striving hard to overcome them. Wind is everywhere. We need to make proper efforts to use it to the maximum in order to save other sources of energy and use the renewable sources in an effective way. The bottom line Wind energy is renewable. More and more devices have to be developed to harness the wind energy for generating electricity. The wind mills are efficient in generating energy. The type of turbines used depends on the area and the amount of power required in that particular area.

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7 Ways alternative energy could better predictions

October 14, 2011 by  
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Preeti Dahiya: Renewable Energy sources. Seven ways alternative energy could better predictions. The renewable energy is the talk these days and this technology has evolved at a rapid rate and there actually is no stopping to this green technology. The renewable energy is believed to be the best alternative to the traditional non-renewable sources of energy. These renewable sources of energy are famous for their ecofriendly properties and the cost-efficient operations. This energy doesn’t cost anything to use and is also available in nature in vast quantities and can be used for various purposes. There is no single thing where this energy cannot be used; it’s just that it’s not exposed to most of the people across globe which is why the energy is making slow growth these days. But still the energy is on wide scale exposure by the researchers and there are new technologies being developed every day to find a way of harnessing this energy to the maximum level. Here is a list of seven ways alternative energy could better predictions. 1. Third world emergence The third world emergence is an effective step taken by the U.N. Secretary-General Ban Ki-moon towards a green and natural source of producing energy. As this energy is not much exposed to minor nations, the U.N is trying to extend this technology into those countries so that they can also make use of this Eco-friendly energy. By this method, the countries like Africa and Asia will find new ways of global market and will be on a step towards a green and healthy future. This project has been started in many minor countries and will be expanded in coming days. 2. Grid parity and new technology The Grid parity is the next big thing in the renewable energy production and was earlier estimated to be launched all over the world by 2035. But who can wait until then, so few countries have started the traditional Grid parity on a large scale and have been using it to generate optimum quantity of energy. The new technology on this particular type of energy generation is being brought up by various researchers and scientists across the globe. This new technology will take this grid parity generation to a whole new level. And also the technology is focusing on extending the capacity of generation by significant numbers. 3. EPA Rules and retiring coal plants The US government is continuously taking steps to reach an ecofriendly environment. The government now is taking steps towards retiring of coal plants. These coal plants though are the major sources of energy generation in the world at present date but the government of US has taken crucial steps of using the renewable source of energy instead of using the coal plants. The coal plants produce high quantity of smoke and also pollute the environment on a large scale. This alternative will be very favourable to the environment and people. 4. Nuclear concerns The Nuclear energy power plant is one of the major sources of energy production in many countries. But who can forget the deadly effects of nuclear plants and the incidents like the Japan incident is hard to forget. This Japan incident has shocked the whole nation and the government of Japan is recovering fast by using new ways to generate energy. They have opted for green renewable energy now. They have started various projects in most of the cities and are looking to generate energy through these renewable energy resources on a large scale. 5. Partnership with Gas Natural gas is one of the cheap and affordable sources of energy. It is available at affordable prices in most of the countries these days. The price of this natural gas is expected to be stable unlike the prices of fossil fuels which are pretty volatile. Also the Natural gas has least impact on the environment and hence is highly preferred over other sources of energy. These days this gas is being mixed with other fuels and is sols to reduce the price of other fossil fuels and to protect the environment. 6. Military leading the way The American military is always known for its new and latest technological ways of dealing with things. This time the US military have come up with ideas of harnessing the renewable source of energy at a large scale. They are focusing more on the solar, ocean and wind energy as key components of the nation’s security. Moreover this issue has been claimed to be good for the society and thus is now being used widely across US. 7. A new wave of marketing After the awareness among the people about the renewable sources of energy, people have come up with unique and useful ideas that can help out the world in reaching a complete ecofriendly status. There are plenty of consumers who have started going this technology and have given their ideas and thoughts of using this renewable energy effectively. There are new technologies being developed for consumers as they believe the consumers are the one who can drive this technology to the ultimate level.

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7 Ways alternative energy could better predictions

Green Halloween: How can I reuse or recycle Halloween masks?

October 25, 2010 by  
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With Halloween at the weekend, the shops are full masks and costumes at the moment. To keep this blog reasonably rant free, I shalln’t go into my feelings for a) the sudden importing of Halloween as a large scale holiday and b) the rise of shop-bought fancy dress outfits and costumes (isn’t half the fun making it yourself and it being a laugh rather than perfect replica?). Whether I like it or not, Halloween is big business nowadays and that means that come next Monday morning, there will be a lot of masks facing brief visit to the dustbin on their way to landfill.

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Green Halloween: How can I reuse or recycle Halloween masks?

Scientists Develop Eco Friendly Polymer That Combats Bio Terrorism

March 19, 2010 by  
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Combating chemical and bio-terror is a complex issue. Terrorists can strike at any time and with anything.

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Scientists Develop Eco Friendly Polymer That Combats Bio Terrorism

Scientists Trip Over Revolutionary CO2-Removing Catalyst

January 24, 2010 by  
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In a fortuitous discovery, chemists have stumbled on a catalyst that strips carbon dioxide from the air and converts it into a useful compound. Published in the most recent issue of the journal Science (sub.

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Scientists Trip Over Revolutionary CO2-Removing Catalyst

Indian Government In Talks With MIT To Source Its High-Capacity Solar Power Battery System

January 24, 2010 by  
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The Indian power ministry has revealed that it is in discussion with the  Massachusetts Institute of Technology to procure its latest solar powered battery storage technology . The Indian government has proposed that the technology be developed for commercial purposes under the Indo-US Science and Technology Forum.

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Indian Government In Talks With MIT To Source Its High-Capacity Solar Power Battery System

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