Working group "Future Waste & Waste Management"

 

Waste Management

The working group Future Waste & Waste Management is primarily concerned with systemically oriented issues of waste management and the life cycle assessment of waste management material flows and processes.

One focus of the working group is the systematic recording and evaluation of fire events in waste and resource management.

In addition, ways and implementation potentials are sought and researched in order to make waste management companies and their processing, treatment and recycling processes more sustainable or climate-neutral.

 

Future Waste

Wastes of the future (so-called Future Wastes) are characterized by the fact that they

  1. potentially show scientific and technological advances,
  2. are often technologically very complex, and
  3. have already entered the anthropogenic stock within a (short) period of time or will do so in the near future.

 

This usually results in special waste management conditions such as

  1. the lack of specialized treatment and recovery pathways,
  2. low initial volumes but high rates of increase in waste generation, and
  3. resulting major challenges for disposal and recycling operations.

 

The working group therefore focuses on the challenges of these partly "novel" waste streams and their special characteristics.

Three successfully completed research projects in the field of "Future Wastes" are highlighted here as examples:

  1. LIBRES & LCA
  2. BAT-Safe - Impacts and risk analysisBAT-Safe of batteries in waste management systems
  3. PVRe2 - Sustainable photovoltaics

 

Ongoing projects of the WG (short excerpt)
Project long titleProject short titleProject start
Reduction of environmental impact and related recycling capabilities ReCycle 2023
Holistic recycling of photovoltaic modules PVReValue 2023
Detection and separation of portable batteries from mixed waste using sensor technology and artificial intelligence DeB-AT 2023
Development of a functional recycling process for Lithium-ion traction batteries from mobility applications MoLIBity 2023
Data- and AI-supported human-centred zero defect manufacturing for sustainable production ZERO3 2022
Future Lithium-Ion Battery Recycling for Recovery of Critical Raw Materials FuLIBatteR 2022
Completed projects of the WG (short excerpt)
Project long titleProject short titleProject period
Climate assessment of the Austrian waste management industry Klima+A 2022-2025
Study on the systemic interaction of decarbonization and the circular economy using the example of industry in Austria Studie Klimaneutralität 2022-2022
Innovation network fire protection in waste management, disposal and recycling AbER innovation 2019-2022
Sustainable photovoltaics PVRe2 2018-2022
Developing the lithium-ion battery value chain for recycling in Austria LIBRAT 2020-2021
Processing of critical raw materials from specific waste streams AKRosAII 2015-2019
Impacts and risk analysisBAT-Safe of batteries in waste management systems BAT-Safe 2015-2019
Innovative solutions for the industrialization of electrified vehicles eMPROVE 2015-2019
Upscaling of key technology for a recycling facility for 30,000 t/a WEEE-concentrate. WEEE_REC 2016-2018
Reuse and Recycling of Lithium-Ion Batteries Re2Ba 2014-2017
New Sampling Technique for Coarse Waste Materials from Bales BalSam 2013-2015
Climate balance of municipal waste streams Klimabilanz 2012-2014
Development LIBRES & LCA 2010-2014
Researchers of the WG
WG-Leader
Nigl
Fotocredit: Birgit Steinberger

Dipl.-Ing. Dr.mont., BSc

Thomas Nigl

+43 (0)3842 / 402-5124

+43 (0)676 / 84 53 86-824

thomas.nigl(at)unileoben.ac.at

Working field: Waste management, future waste, recycling

Assistant
Azizi
Fotocredit: Foto Freisinger

Dipl.-Ing.

Ferozan Azizi

+43 (0)3842 / 402-5133

+43 (0)676 / 84 53 86-5133

ferozan.azizi(at)unileoben.ac.at

Working field: Waste management, future waste

Assistant
Bouvier-Schwarz
Fotocredit: Foto Freisinger

Mag. MEng.

Therese Bouvier-Schwarz

+43 (0)3842 / 402-5108

+43 (0)676 / 84 53 86-5108

therese.bouvier-schwarz(at)unileoben.ac.at

Working field: Waste management, eco-design, carbon footprint, circular economy, life cycle management and analysis, lithium-ion batteries, and other future waste streams Material flow analysis and management

Assistant
Nti
Fotocredit: Foto Freisinger

Dipl.-Ing.

Richard Yaw Nti

+43 (0)3842 / 402-5146

+43 (0)676 / 84 53 86-5146

richard.nti(at)unileoben.ac.at

Working field: CRMs, waste management and sustainability, materials science, photovoltaics, and batteries

Assistant
Rosskogler
Fotocredit: Armin Russold Fotos

MSc

Susanne Roßkogler

+43 (0)3842 / 402-5145

+43 (0)664 / 43 70 47 7

susanne.rosskogler(at)unileoben.ac.at

Working field: Life cycle assessment

Assistant
Rutkowski
Fotocredit: Armin Russold Fotos

BSc

Cornelia Rutkowski

+43 (0)3842 / 402-5118

+43 (0)650 / 89 06 45 7

cornelia.rutkowski(at)unileoben.ac.at

Working field: Deposit science – prospecting for lithium-bearing pegmatites, structural geology

Assistant - employment K1-MET
Rutrecht
Fotocredit: Birgit Steinberger

Dipl.-Ing.

Bettina Rutrecht

+43 (0)3842 / 402-2274

+43 (0)664 / 59 08 52 2

bettina.rutrecht(at)k1-met.com

Working field: Battery recycling, plastic recycling, recycling technology

Student employees

Jan-Paul Davidsen

Elena Dvorak

Katharina Kargl

Marlene Korn