This work is a compendium of different sustainability analysis on new technologies. The first chapter performed a Life Cycle Analysis of a biofuel process where pine woodchips are used to create SynGas. The study was done using a 10 tons gasifier, the mass balance of the reaction and an input/output analysis. All the data obtained was input into a freeware LCA software and the results were compared to the use of regular produced natural gas. The second chapter creates a benchmark of energy intensity and presents a case using binder jetting technology. Different Additive Manufacturing technologies energy intensity was reported, when possible a NIST artifact created to standardize measurements for AM was used. The third Chapter used three aer...
A transparent and comparable understanding of the energy efficiency, carbon footprint, and environme...
Jet-fuels can be produced through alternative pathways in the future. Bioshare AB investigates the p...
Biomass utilisation for energy production presently faces an uphill battle against fossil fuels. The...
The aviation sector is responsible for at least 2% of the anthropogenic greenhouse gas (GHG) emissio...
Concerns about carbon emissions and global warming have mobilized the world toward decarburization t...
With the aim of diversifying energy supplies and mitigating the environmental impacts of the aviatio...
Abstract: The biomass is a promising way to substitute fossil fuels. Lignocellulosic biomass valoris...
The scarcity of fossil fuel and its environmental impact have shifted the world focus on green innov...
In this paper, a cradle-to-gate life cycle assessment (LCA) method is used to compare the overall en...
Microalgae have been studied as a potential alternative raw material and various technologies have b...
An efficient use of biomass resources is a key element of the bioeconomy. Ideally, options leading t...
Current efforts to mitigate climate change, using renewable resources and reducing waste, drives the...
A transparent and comparable understanding of the energy efficiency, carbon footprint, and environme...
A transparent and comparable understanding of the energy efficiency, carbon footprint, and environme...
Jet-fuels can be produced through alternative pathways in the future. Bioshare AB investigates the p...
Biomass utilisation for energy production presently faces an uphill battle against fossil fuels. The...
The aviation sector is responsible for at least 2% of the anthropogenic greenhouse gas (GHG) emissio...
Concerns about carbon emissions and global warming have mobilized the world toward decarburization t...
With the aim of diversifying energy supplies and mitigating the environmental impacts of the aviatio...
Abstract: The biomass is a promising way to substitute fossil fuels. Lignocellulosic biomass valoris...
The scarcity of fossil fuel and its environmental impact have shifted the world focus on green innov...
In this paper, a cradle-to-gate life cycle assessment (LCA) method is used to compare the overall en...
Microalgae have been studied as a potential alternative raw material and various technologies have b...
An efficient use of biomass resources is a key element of the bioeconomy. Ideally, options leading t...
Current efforts to mitigate climate change, using renewable resources and reducing waste, drives the...
A transparent and comparable understanding of the energy efficiency, carbon footprint, and environme...
A transparent and comparable understanding of the energy efficiency, carbon footprint, and environme...
Jet-fuels can be produced through alternative pathways in the future. Bioshare AB investigates the p...
Biomass utilisation for energy production presently faces an uphill battle against fossil fuels. The...