energy recovery / energy production / electricity price / greenhouse gas emissions / landfill mining projects / landfill mining costs / landfill mining / plastics / energy resources / landfill using conventional surface mining technology / electricity / waste-to-product technologies / landfill site / energy carrier / electricity mix / energy security / greenhouse gas emission estimates / landfill gas / empirical applications / final solution / gas emissions / avoided greenhouse gas emissions / sustainable energy production support / technology development / greenhouse gas mitigation / mining / technology providers / greenhouse gas inventory / low carbon energy technologies / technology push / energy valorisation / integrated decision tools / usable electricity / metal recuperation / waste processing subsidy / energy content / inert building materials / less greenhouse gas emissions / steel / energy / /
MusicAlbum
Monte Carlo / /
Organization
Faculty of Business Economics / French government / Centre for Environmental Sciences / Department of Metallurgy and Materials Engineering / European Union / Katholieke Universiteit Leuven / Hasselt University / Center for Economic Studies / /
Exploring the socio-economics of Enhanced Landfill Mining Steven VAN PASSEL1,*, Serge DE GHELDERE2, Maarten DUBOIS3,4, Johan EYCKMANS3,4, Karel VAN ACKER5 1