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  • When You're in a Carbon Hole, Stop Digging

    The burning of coal for fuel is one of the world's largest contributors to CO2 emissions, and continues to worsen the detrimental effects of planetary warming. But while many feel hopeless in light of an administration that denies climate change and the billion-dollar companies that continue full steam ahead with mining and burning coal, a few clever individuals present a simple and straightforward solution: buy up the coal while it's still in the ground, and pay the government to keep it there.

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  • Artificial Intelligence and Decarbonization

    As electric utilities expand to include evolving forms of energy such as varied renewables, the already complex puzzle of storage and distribution (effectively addressing surges and lulls in demand) has grown more difficult. Artificial intelligence in the form of super speed algorithms that can detect usage patterns and allocate the right types of energy at the right times is a straightforward solution that can reduce costs and emissions simultaneously, while encouraging consumer behavior change to maximize efficiency.

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  • How Vienna Conquered Its Own Filth

    With the staggering amounts of garbage produced by modern lifestyles, waste disposal is becoming an increasingly difficult challenge for communities around the world. Vienna has tackled the trouble of trash with an innovative system, channeling the heat from incineration to warm homes and provide hot water, recovering reusable items from the waste stream and selling them in a special shop, and proactively educating the populace about how to reduce waste.

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  • How an IIT Madras Initiative Is Powering 9,000 Homes at a Fraction of Traditional Electricity Costs

    A team of engineers at IIT Madras, a public university in India, has partnered with local utilities and the national Ministry of Power to bring sustainable, low-cost electricity to off-grid rural villages in the northwestern state of Rajasthan. With solar power supplied by DC microgrids, these poor rural communities are experiencing transformations to increase quality-of-life: affordable fridges that aid in food preservation, fans which mitigate heat and repel mosquitoes, and battery-powered phones connecting them to public emergency services.

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  • Turning CO2 into stone in Iceland

    Iceland, hit by the oil crises of the 1970s, turned to geothermal energy - and they haven't turned back. The island is now powered by 100% renewable energy, and they are taking it one step more, looking to further cut emissions using a unique carbon capture system called CarbFix. It is being pioneered at the Hellsheidi geothermal power plant in western Iceland.

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  • How New York Is Building the Power Grid of the Future

    New York is determined to become a national leader in the renewable energy sector, and they are leveraging numerous approaches to help integrate better and more environmentally conscious technologies into the grid. The multi-faceted approach includes updating laws and regulations to be more renewables-friendly, hosting competitions to foster entrepreneurship and creative solutions in the field, piloting new technologies, and creating better incentives for utility companies.

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  • Coffee grounds and poultry litter proving a viable biomass option in the UK

    The United Kingdom is finding creative ways to simultaneously address renewable energy needs and waste disposal. Combined Heat and Power (CHP) plants are utilizing chicken manure from farms and coffee grounds to create electricity. The initiatives have the added benefit of improving standards for the treatment of poultry, as well as reducing the distribution of harmful toxins from the waste.

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  • The Detroit Success Story Visible From Space

    In just three years, Detroit carried out an ambitious $185 million project to re-illuminate the city's 88,000 streetlights, half of which were dark, with new energy-efficient LED lights. Through its new Public Lighting Authority, the city used an innovative funding scheme to pay for the lights even in the midst of municipal bankruptcy. After the lights went up, residents felt safer, and businesses felt a noticeable bump.

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  • The Big Green Bang: How renewable energy became unstoppable

    An economic shift to renewable energy could take decades, but thanks to rapidly evolving disruptive technologies, dropping prices of solar and wind power sources, and increasing market demand for green business, the new age of renewable energy could encompass the world economy much more quickly.

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  • Keeping it cool: Malaysia looks to district energy systems.

    A collaborative effort among the United Nations' District Energy in Cities Initiative, the Malaysian government, and private partners has facilitated planning in Malaysia's rapidly developing southern state of Johor for a "District Energy System": a single heating and cooling network which decreases energy consumption by converting waste heat from large power stations. Because of this intervention, Iskandar is projected to decrease its energy use by almost 40% -- all while saving money on energy costs, recycling heat energy, and contributing to the nation's goals under the international Paris Accord.

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