Searched for: subject%3A%22MFA%22
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Bichler, Tobias (author)
Global plastic production increased from 200 million metric tons in 2002, to 359 million metric tons in 2019. It is estimated that plastics in the marine environment weigh more than 150 million metric tons and by 2050 could even outweigh the mass of fish in the ocean. Over half of the world population (55%) nowadays lives in urban areas and...
master thesis 2020
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Roelofs, Bas (author)
The transition to a renewable electricity system requires more intensive material use, causing problem shifting in environmental impacts. To conserve resources for the future and mitigate environmental impact, circular economy principles are needed. This study analyses material flows in Dutch wind energy towards 2050 to identify the potential...
master thesis 2020
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Van Ham, T.P.W. (author)
“Our” world is changing rapidly, man-made global warming, as a result of greenhouse emissions is causing more frequently extreme weather patterns such as droughts or cloudbursts. In order to change the current fossil fuel based economy, producing and emitting harmful greenhouse gasses, a transition is required from this fossil fuel based economy...
master thesis 2016
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Uribe Calvo, N. (author)
This master thesis is an attempt to contribute to the understanding of urban water systems through the use of the urban metabolism (UM) framework. By developing steady-state models with STAN, a software used for material flow analysis (MFA), the urban water flows are quantified and analyzed as they enter the system boundary and are transformed...
master thesis 2016
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