On the occasion of highlighting the innovative research of the NEW-MINE project, one of our ESRs, Patricia Rabelo Monich, was featured in a special edition of the newsletter of the Department of Industrial Engineering of the University of Padova where she presented her research on “Up-cycling of Vitreous Residues from Thermal Conversion of Landfill Waste in Highly Porous Glass-Ceramics”. Patricia started ...
Read More »Tag Archives: ELFM
Third Network-wide Event takes place in Belgium (February 2018)
The third Network-wide Event of ETN NEW-MINE takes place in Belgium from 5 till 9 February 2018. The first two days, Monday and Tuesday, the fourth Enhanced Landfill Mining Symposium is organised in Mechelen. On Wednesday, several side-activities are offered. Finally, on Thursday and Friday, the NEW-MINE consortium gathers to review the project’s progress. During the ELFM Symposium on February ...
Read More »Call for papers ELFM IV Symposium (Feb. 2018)
The Organisers of ELFM IV are delighted to announce that the call for extended abstracts for the Fourth Symposium on Enhanced Landfill Mining is now open (see website link here). ELFM IV will take place in Conference Centre LAMOT, Mechelen-Belgium (February 5-6, 2018) and will be followed by the Second ELFM Seminar in the European Parliament (February 7, 2018). ELFM ...
Read More »A critical review of Swedish governmental commissions on landfill mining
The Linköping University colleagues of ETN NEW-MINE have just published a milestone paper on policy related aspects of ELFM in the Journal Environmental Science & Policy. The paper is titled “The institutional capacity for a resource transition—A critical review of Swedish governmental commissions on landfill mining” [N. Johansson et al., Environmental Science & Policy 70 (2017): 46–53http://dx.doi.org/10.1016/j.envsci.2017.01.005]. The highlights of ...
Read More »Transforming plasmarock from ELFM into geopolymers
The current paper reviews the concept of the production of high-added value construction materials produced as part of a zero waste enhanced landfill mining process. The calorific fraction of the excavated waste is concentrated to produce a solid recovered fuel, which is introduced to a gasification/vitrification process to be converted to a synthetic gas, a slag and a metal alloy. ...
Read More »