Industrial Ecology and Green Chemistry
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A multi-scale lifecycle assessment conducted by Prof. Yuan Yao and researchers from the Center for Industrial Ecology explains how eco-friendly uses for urban tree waste could substantially reduce greenhouse gas emissions in U.S. cities.
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This is the first in a special series that takes an in-depth look at Yale School of the Environment’s Centers, Programs, and Initiatives. This month’s focus is on the Center for Industrial Ecology, which seeks not only to advance our understanding of the environmental impacts of production and consumption on an international scale, but also to be part of tangible
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A recent YSE-led study published in Nature Communications found that the total indirect emissions from the supply of chain of electric vehicles pale in comparison to the same indirect emissions from fossil fuel-powered vehicles.
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YSE students win international prize for new digital app that allows farmers to sell crop byproducts instead of burning them.
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From speaking on panels to taking part in critical decision-making, students and faculty from the Yale School of the Environment played a major role at this year's COP26 in Glasgow, Scotland.
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A new global platform, based on YSE’s research through the Center for Industrial Ecology, will help promote opportunities for reuse of waste material and other resources.
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A research team that included Yuan Yao of the Yale Center for Industrial Ecology has developed a “moldable” wood product, dismantling wood’s lignin and shaping it via a “water-shock” process.
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Known as the ‘father of green chemistry,’ Anastas is recognized for revolutionizing the chemical industry with the principle that environmental hazards can be eliminated through thoughtful upfront design.
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Once a student at the Royal Conservatoire of Scotland, Peter Berrill '21 PhD set aside the trumpet and forged a path to YSE, where he conducted doctoral research on residential energy systems in the U.S. and their effect on greenhouse gas emissions.
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F&ES researchers will play a lead role in a new U.S.-funded consortium that will aim to improve the energy efficiency of the nation’s industrial manufacturing processes.
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Researchers at Yale have created a model that enables more accurate calculations of the environmental footprints associated with a range of industrial processes — and the products and services we purchase.
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New Yale research provides an insightful new measurement of just what is found in the more than 200 million tons of waste discarded each year in the U.S.
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The environmental costs of smartphones are often exacerbated by the relatively short lifespans of these globally ubiquitous devices. When it comes to extending the lifespan of these products, brand name might be more important than repairability, a Yale-led study finds.
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A study led by PhD student Peter Berrill finds smarter home construction and decarbonization of electric supply are contributing to lower emissions from individual households, but troubling trends show other factors could begin to cancel out this progress.