Barriers to women’s access to decision-making positions in sport organizations: the case of establishing a girls’ volleyball academy in Israel by Moran Betzer-Tayar, Sima Zach, Yair Galily, Ian Henry

Get full text

Technoeconomic and life cycle assessment of an mRNA vaccine integrated manufacturing plant by Shang Gao, Brahim Benyahia

“…The LCA was developed using SimaPro software based on the Ecoinvent database and ReCiPe 2016 method. …”
Get full text

Valorization of acid leaching post-consumer gypsum purification wastewater by Miguel Castro-Diaz, Sergio Cavalaro, Mohamed Osmani, Saeed Morsali, Matyas Gutai, Paul Needham, Bill Parker, Tatiana Lovato

“…Samples were characterized through X-ray fluorescence and X-ray diffraction. SimaPro 9.5 and the ReCiPe 2016 midpoint method were used for the life cycle assessment of three sustainable wastewater management approaches. …”
Get full text

Life-cycle environmental impacts of barley straw valorisation by Guillermo Garcia-Garcia, Shahin Rahimifard

“…An alternative, more sustainable way to manage barley straw by extracting its wax with supercritical CO2 is discussed. SimaPro software is used to both quantify potential environmental impacts and evaluate the overall environmental performance of this valorisation opportunity, and to compare its modelled environmental impacts to the current impacts of managing barley straw. …”
Get full text

Environmental impact assessment of aviation emission reduction through the implementation of composite materials by Andrew Timmis, Alma Hodzic, Lenny Koh, Michael Bonner, Constantinos Soutis, Andreas W. Schafer, Lynnette Dray

“…The global transition of aircraft to those of composite architecture is estimated to contribute 20–25 % of industry CO2 reduction targets. A secondary stage of the cradle-to-grave analysis expands the study from an individual aircraft to the global fleet.Methods: An LCA was undertaken utilising SimaPro 7.2 in combination with Ecoinvent. …”
Get full text

Techno-economic optimisation and life cycle assessment of alternative technologies for converting municipal solid waste into chemicals and electricity in the UK by Nutchapon Chiarasumran

“…For MSW 3, SOFC is the optimal process in the range between 36-103 kton CO2 eq. per year (capacity 59-168 kton MSW 3 per year) and the direct DME synthesis is the optimal technology in the range between 214-678 kton CO2 eq. per year (capacity 218-691 kton MSW per year).…”
Get full text