Conference proceedings

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CEST Proceedings are published under the ISSN 2944-9820.

Thermal swing adsorption for post-combustion carbon dioxide capture

(Corresponding) Boycheva S., Zgureva D., Miteva S., Marinov I., Lazarova H., Popova M.
Topic: 
Climate change mitigation and adaptation
The advantages of post-combustion capture of CO2 based on physical adsorption have been extensively studied in the last years regarding to the economy, environmental compatibility, and process’ efficiency. The industrialization of the process involves the construction of adsorption columns in which...Read more
Keywords: 
Green house gasses, Coal combustion, Carbon capture technologies, Thermal swing adsorption
Conference: 
CEST2019
Paper ID: 
cest2019_00573

Techno-economic assessment of a high temperature thermal storage integration into a sludge drying process in combination with PV electricity

(Corresponding) Vlachokostas C., Papadopoulos A., Makris D., Alexopoulos S., Schruefer J., Hoegemann D.
Topic: 
Renewable energy sources
During the ongoing transition towards cleaner energy production to tackle climate change, it is important to identify economically viable solutions. While Renewable Energy Sources (RES) offer clean energy, they cannot consistently meet energy demand. Therefore, energy storage technologies are...Read more
Keywords: 
thermal storage; power-to-heat; decarbonization; Green Heat Module; heat supply
Conference: 
CEST2023
Paper ID: 
cest2023_00124

Artificial Neural Network prediction of citizens' climate mitigation perception related to urban green infrastructure: The Case of Drama City in Greece:

(Corresponding) KAZANA V., RAPTIS D., CHRYSANTHIDOU E., KAZAKLIS A., MOUMTZIDOU D., PAPADOPOULOU D.
Topic: 
CITIZEN SCIENCE
Social perceptions and attitudes are important dimensions for the successful implementation of Green Infrastructure (GI) projects, as these are typically designed to improve environmental conditions and promote a green economy. This paper attempts to investigate social behavioral patterns of...Read more
Keywords: 
Human Thermal Comfort, Artificial Neural Networks, urban green infrastructure, public perception, climate mitigation
Conference: 
CEST2023
Paper ID: 
cest2023_00489