Conference proceedings

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CEST Proceedings are published under the ISSN 2944-9820.

Life cycle assessment of microalgal membrane photobioreactors

Senatore V., (Corresponding) Zarra T., Lazzarini F., Oliva G., Buonerba A., Belgiorno V., Naddeo V.
Topic: 
Life cycle analysis (lca)
The exploration of new biomass sources for energy purposes is increasing. Cultivation of algal biomass for biofuels production through photobioreactor represents an attractive and useful way to obtain clean energy, also thanks to the contribution that the system makes on the reduction of climate...Read more
Keywords: 
sustainability, biofuels, microalgae, climate change, life cycle assessment
Paper ID: 
cest2021_00591

Life cycle assessment of various combustion-based electricity generation technologies with carbon capture and storage: A review

Wang Y., Pan Z., Li R., (Corresponding) Zhang Z.
Topic: 
Gas emissions control and utilization
With the continuous advancement of the industrialization process, climate change continues to intensify. Traditional electricity production consumes a lot of energy and fuel and is accompanied by huge amounts of greenhouse gas emissions. Although the rapid development of renewable energy...Read more
Keywords: 
Carbon capture and storage, Life cycle assessment, Environmental impacts, Large-scale deployment
Paper ID: 
cest2021_00644

Environmental Burdens of a Large Water Treatment Plant: The Operational Phase

(Corresponding) Sahin Akkurt H., Elginoz N., Iskender G., Germirli Babuna F.
Topic: 
Water treatment
Being a metropolis, Istanbul requires a well-functioning urban service system. Water supply is among the most important infrastructures in this city that has around 15-16 million habitants. There are many water treatment plants all around Istanbul to facilitate healthy water supply to people. On...Read more
Keywords: 
Water treatment, Environmental impacts, Life cycle assessment, Operation
Paper ID: 
cest2021_00677

Environmental and economic assessment integrated into laboratory-based scenario development for the valorization of dredged sediment

(Corresponding) Soleimani T., Hayek M., Junqua G., Salgues M., Souche J.
Topic: 
CIRCULAR ECONOMY AND BIOECONOMY
This study discusses the potential environmental and economic benefits of dredged sediment valorization in concrete in the framework of the circular economy. The goal is to find a sustainable way to use the sediment in concrete while maintaining its strength and not compromising the economy or...Read more
Keywords: 
life cycle assessment, dredged sediment, valorization, concrete
Paper ID: 
cest2023_00020

Environmentally-Extended Multi-Regional Input-Output Analysis of neodymium, cobalt and lithium used in electric vehicles

Martínez-Hernando M., Bolonio D., (Corresponding) García-Martínez M., Ortega M., Llamas J.
Topic: 
Life cycle analysis (lca)
In the transportation sector, the market share of world electric vehicle sales has changed from 0.0% in 2010 to 3.2% (2.1 million) by 2020, and according to forecasts, sales in 2030 may rise to close to 30%. This drastic change is encouraged by environmental goals set to reduce CO2 emissions, not...Read more
Keywords: 
electric vehicles, critical raw materials, life cycle
Paper ID: 
cest2023_00067

Design requirements for the development of an LCA Engine

(Corresponding) Koidis C., Vlachokostas C., Achillas C., Michalidou A., Aidonis D., Bantsos A., Makris D., Mertzanakis C., Savva C.
Topic: 
Life cycle analysis (lca)
The work focuses on the development of a web-based tool to promote life cycle thinking and assessment of agricultural production. The computational tool is based on a sophisticated LCA Engine which provides personalized, real-time results, with the exploitation of real data from sensors. This comes...Read more
Keywords: 
life cycle assessment; agrifood; IoT; sensors; environmental certification;
Paper ID: 
cest2023_00158

Environmental and Economic Life Cycle Assessment of a Spanish whisky

Cely-Parra P., (Corresponding) San Miguel G., Beltrán M.
Topic: 
Life cycle analysis (lca)
A considerable literature has been dedicated to evaluating the carbon footprint of fermented beverages such as wine and beer. However, far fewer studies have been committed to assess the environmental and economic sustainability of spirit distillates. The aim of this paper was to compile a complete...Read more
Keywords: 
whisky, spirituous, LCA, life cycle assessment, carbon footprint
Paper ID: 
cest2023_00180

Comparative life cycle assessment of lithium-ion batteries

Tournaviti M., Savva C., (Corresponding) Vlachokostas C.
Topic: 
Life cycle analysis (lca)
The transportation sector is the second largest source of carbon emissions worldwide. In the process of achieving zero emissions, the electrification of the sector and the replacement of internal combustion engine vehicles (ICEVs) with electric vehicles (EVs) is being promoted. Batteries as the...Read more
Keywords: 
life cycle assessment; environmental impacts; electric vehicles; lithium-ion batteries
Paper ID: 
cest2023_00193

Life Cycle Assessment on fashion industry: four case studies

(Corresponding) Liscio M., Sospiro P.
Topic: 
Life cycle analysis (lca)
Life Cycle Assessment on fashion industry: four case studies - Abstract The fashion industry is one of the most polluting in the world. It is estimated that the sector is responsible for about 9% of global emissions and contributes 20% of water pollution, as well as producing about 92 thousand...Read more
Keywords: 
Fashion industry, sustainable business model, Life Cycle Assessment, Circular Economy
Paper ID: 
cest2023_00283

LCA of Applying a Smart Farming System – Implementing a Territorial Approach for Recommending Good Agricultural Practices

(Corresponding) Karagkounis A., Fragkou E., Tsegas G., Barmpas F., Moussiopoulos N.
Topic: 
Life cycle analysis (lca)
This study is part of the LIFE GAIA Sense project, aiming to evaluate the environmental efficiency of Smart Farming (SF) through LCA and to produce recommendations for good agricultural practices. Thus, the environmental performance of SF treatment, specifically regarding fertilizers/pesticides...Read more
Keywords: 
life cycle analysis, air quality management, environmental management, sustainable agriculture, smart farming
Paper ID: 
cest2023_00354