Assessing the Environmental Performance of New Mobility

This report has two main goals. First to improve methodologies of new mobility services .Second identify the solution to improve new mobility in urban transportation to decrease energy loss and decline climate change. This report also compares energy use and greenhouse gasses (GHG) emission impact for new mobility and all transportation modes. Having focus on central estimates and a range of possible alternatives to enhance the result to advance environmental effects. This analysis and research help to identify the possible solutions to make new mobility more sustainable

End of life treatment options for bioplastics; a composting efficency case study

The constant increase in plastic production creates many problems, from its oil-based production all the way to end-of-life treatment, as the same proprieties that make plastic useful make conventional plastic into long-lasting waste that’s quickly piling up. One alternative is a different kind of plastic, bioplastic, a polymeric compound that is both functionally like synthetic plastics and largely environmentally sustainable. It is not necessarily enough to solve the plastic waste issue there's a need for effective strategies to manage bioplastic products at their end of life, to avoid undoing the reduction of environmental impact. One such treatment, unique to biodegradable bioplastics, is composting. This prompts a closer study of how efficient this process is in degrading bioplastics.