Symposium Topics

High temperature processing and engineering of residues

  • Physical properties: viscosity, diffusivity, density, surface and interfacial tension, thermo-conductivity, electric-conductivity, thermal expansion coefficient, optical properties of slags
  • Thermodynamic properties: activity for slag systems, slag capacities (sulphide capacities, phosphate and phosphide capacities, etc. Solubility of solid compounds in liquid slag)
  • Hot stage slag engineering
  • Slag composition modification for added value application
  • Hot stage slag carbonation
  • Heavy metal immobilisation
  • Volume stability
  • Internal slag recycling and other solid wastes utilisation in metallurgical process
  • Slag engineering to optimise metallurgical process (e.g. protect lining brick from degradation,…)
  • Slag formation, slag foaming, slag minimisation in the process
  • Controlled slag cooling and microstructure
  • Freeze lining
  • CCT and TTT curves of slag, crystal precipitation and growth kinetics
  • Mold slag solidification during continuous casting
  • Dry quenching to recover heat from high temperature slag
  • Harvesting enthalpy in slag
  • Recovery of base metals, recovery of rare earth and precious metals
  • High temperature processes
  • Mineral processing: magnetic separation, gravity separation, flotation separation, etc.
  • Clean slag production: slag design for zero waste metallurgy, deep reduction, plasma fuming, leaching, removal of harmful component from slag, etc.

Valorisation of slags and residues in construction materials and novel applications

  • Slag engineering for new binders
  • Slag comminution
  • Cements incorporating residues
  • New clinkers (belite, sulfo-aluminate, sulfo-ferrite, etc.)
  • High temperature residues as supplementary cementitious materials
  • Alkali-activated materials, inorganic polymers, geopolymers
    • Synthesis
    • Alternative activators
  • Carbonation processing
  • Hybrid cements
    • Characterisation
    • Alternative activators
  • Ceramics from high-temperature residues
  • Admixtures for cementitious materials
  • Modelling (thermodynamic, statistical, computational)
  • Advanced characterisation techniques and tools
  • Novel processing routes (e.g. additive manufacturing, microwaving, coatings, pigments, etc.)
  • Novel applications of cementitious materials (e.g. catalysis, etc.)
  • Porous materials for sound and heat insulation
  • Durability aspects of new binders
  • Leaching aspects of residues and binders
  • Real-life validation of new binder systems

Legal and environmental bottlenecks and opportunities for slag-based products valorisation

  • Standardisation of slag-based products: Need for internationally accepted standards for slag-based construction materials.
  • Recyclability of slag-based construction materials: Need to understand the long-term behaviour of slag-based materials (recyclability second life cycle, possible re-mobilisation of heavy metals)
  • Carbon footprint of slag-based products, potential as carbon sinks: Understand the environmental balance or carbon footprint (LCA or else) of slag-based material compared to traditional construction materials. Understand their capacity to act as carbon sink (e.g. carbonation)
  • By-product or waste? Need to define the legal status of industrial slag, to strengthen their position and their value in the market.

Innovation and entrepreneurship in the raw materials sector

  • Start-up and innovative ideas
  • New business model
  • Market trends, analyses and forecasts
  • Case studies of products in the market

Programme Overview

Plenary lectures will be given by invited specialists and/or high level representatives of the key institutes in this field (academia, industry and entrepreneurship). The invited scientific lectures cover each a specific topic in a relatively detailed way.

In 7 thematic sessions, participants will be given the opportunity to present their work to the audience. Participants submitting an abstract can indicate whether they would like to be considered as poster or as oral presenters. After revision and acceptance of the abstract by the Scientific Committee, they will be scheduled by the Organizing Committee in the appropriate session.

Plenary Speakers

Mansoor Barati

Department of Materials Science & Engineering, University of Toronto, Canada
"Dry Granulation and Heat Recovery from Metallurgical Slags"

Waltraud M Kriven

Department of Mechanical Science and Engineering, University of Illinois, United States
"Alkali Silicate Activated, Slag-Fly Ash Binders"

Hiroyuki Shibata

Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Japan
"Thermophysical properties of silicate melts and glasses"

Tentative programme – Final programme by March 15, 2019

April 1, 2019 April 2, 2019 April 3, 2019 April 4, 2019 April 5, 2019
8:30 Registration - workshop participants Registration - all participants Plant visit
9:00 Plenary 4

Plenary 5

Plenary 7

Morning 1 Carbonation workshop/course Welcome: Organisers

Plenary 1

Oral/poster/exhibitor presentations

Coffee break and Exhibition and Poster sessions
Morning 2 Carbonation workshop/course Plenary 2

Plenary 3

Plenary 6

Oral/poster/exhibitor presentations

Oral/poster/exhibitor presentations

Lunch and Exhibition and Poster sessions End of symposium
Afternoon 1 Inorganic polymer workshop/course

Oral/poster/exhibitor presentations

Oral/poster/exhibitor presentations

Debate/Q&A session
Coffee break and Exhibition and Poster sessions Closing speech

Afternoon 2 Inorganic polymer workshop/course

Oral/poster/exhibitor presentations

Oral/poster/exhibitor presentations

17:00 End of sessions
Registration - all participants Social Event 1:
Explore the host city
Social Event 2:
Symposium dinner

Key dates

  • Abstract submission deadlineSeptember 15, 2018
  • Notification of acceptanceNovember 15, 2018
  • Paper submission deadlineJanuary 15, 2019
  • Final ProgrammeMarch 15, 2019
  • SymposiumApril 1-5, 2019