Global Slag Knowledge Base

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The Global Slag Knowledge Base is an archive of presentations and papers from the Global Slag Conference since 2007.

Global Slag Conference has become the world's foremost gathering for producers and users of iron and steel slag around the world.

The conference presentations cover advances in slag modification and optimisation, as well as slag product production advances, new applications and slag-product performance.

The Global Slag Conference is all about adding value to slag, for both producers and user.

The Global Slag Knowledge Base is presented in PDF format.

Please note that due to the large size of the archive we will contact you after purchase to arrange file transfer and/or delivery.

Global Slag Conference presentations 2007 - 2024

Global Slag Conference papers 2006 - 2013

Global Slag Conference presentations

2024

Paper 1: The Future of Slag Cements to 2030, Joe Harder, OneStone Consulting

Paper 2: Global slag trading trends, Charles M. Zeynel, ZAG International

Paper 3: An overview of Asian and Middle Eastern slag markets, Arusha Ahmed Khan, Shun Shing Group

Paper 4: Steel slag: Navigating the product status hurdles from a US perspective, Charles Ochola, National Slag Association

Paper 5: US regulation of construction and permitting of slag grinding facilities: What does that look like? Sharon Morgan, Fox Rothschild

Paper 6: Building a greener future: Inside Green Cements state-of-the-art slag grinding plant, Youssef Tawfik, Green Cement Factory LLC

Paper 7: Steel slag - zero CO₂ raw material and full recycling solution when processed properly, Kalevi Kostiainen, Magsort Ltd.

Paper 8: Characterization, reprocessing and effective recycling of steel slags in cement clinker production, Jagabandhu kole, JSW Cement Ltd

Paper 9: Valorization of Induction furnace slag and Ladle furnace slag in BSRM Bangladesh, Bipin Sharma, BSRM (Bangladesh Steel Re-rolling Mills Ltd)

Paper 10: Beneficiation technology for improvement of reactivity of LD Slag, Arunachala Sadangi, Hemant Aiyer, Nuvoco Vistas Corporation Ltd.

Paper 11: New approaches to characterisation and testing of EAF slags to increase utilisation, decarbonisation and profitability, Kelly Cook, Edw. C. Levy Co.

Paper 12: Metallurgical slag treatment to produce a material for the cement industry from DRI-based steel production, David Algermissen, FEhS ‑ Institut für Baustoff‑Forschung e.V.

Paper 13: Steel slags as concrete aggregates, Volkert Feldrappe, FEhS (Institut für Baustoff‑Forschung e.V.)

Paper 14: Options for reuse of non-ferrous slags and by-products from industrial waste streams, Andreas Neumann, ITEL GmbH

Paper 15: Iron silicate: A valuable by-product with high potential from Aurubis, Pithchai Sivakumar, Aurubis

Paper 16: The production of alternative slags through carbon mineralisation, Ryan Bourns, Carbon Upcycling

Paper 17: CarbiCrete: Steel slag supply for commercial production, Kenneth Lerner, CarbiCrete

Paper 18: Accelerating CO2 reduction with ACT: from pure slag cements to mass market enhanced ternary binders, John Reddy, Ecocem

Paper 19: National Cement Factory, Abu Dhabi, Ali Abdelhaq, Bala Subramanian; National Cement, Abu Dhabi

Extra paper: Low Carbon Solution Slag Grinding Technology, Nie Wenhai, China National Building Material Equipment Group Co. Ltd.

2023

Paper 1: Global availability of BFS by 2030: Joe Harder: OneStone Consulting

Paper 2: CO₂ sequestration in concrete products using steel slag: Yuri Mytko: CarbiCrete

Paper 3: Improving or optimising the Fe content and value of ferrous slag: Andrey Korablin: SmartScrap

Paper 4: Slag before and after Covid 19: Macroeconomic view of the world of GBFS and SCMS: Charles M Zeynel: ZAG International PTE Ltd

Paper 5: Better energy saving technology for slag grinding: Wenhai Nie, Sinoma/Tianjin Cement Industry Design & Research Institute Co. Ltd.

Paper 6: Bangladesh's transformation from OPC to blended cement and use of slag: Arusha Ahmed Khan: Shun Shing Group

Paper 7: One European slag market as part of industrial Circular Economy? What to expect of the new world: Friedrich Fries-Henrich: Circulania Services GmbH

Paper 8: Upgrading slag using dry processes: a case study on Ferromanganese,’ Marion Nicco, Eramet Ideas

Paper 10: Indirect cooling of hot slags for energy recovery from high temperature processes: Marcel Wettring: ALLGAIER Process Technology GmbH

Paper 11: How to make substantial energy and CO₂ savings processing slags with Coomtech’s non-thermal drying technology: Philip Jarvis: Coomtech Ltd

Paper 12: Low-carbon steel industry: David Algermissen: FEhS (Institut für Baustoff‑Forschung e.V.)

Paper 13: Producing carbon-negative hydrogen from slag: Andrew Barron: Energy Safety Research Institute, Swansea University

Paper 14: Heterogeneous slag measurement in less than 2 min, using LIBS technology: Amit Ahsan: SECOPTA analytics GmbH

Paper 16: Crystallisation of BOF slags under different cooling conditions: Gerald Leonidas Haslinger, Lehrstuhl für Nichteisenmetallurgie: Montanuniversität Leoben

Paper 17: Using GGBFS in cementitious materials more efficiently with C-S-H seeding: Xuerun Li: BASF Construction Additives GmbH

Paper 18: Make the conveyor belt your friend: Wilfried Dünnwald: Scrapetec

Paper 19: Steel slags as concrete aggregates: Volkert Feldrappe: FEhS (Institut für Baustoff‑Forschung e.V.)

Paper 20: Steel slag: the Magsort solution for usage of BOF and EAF slag as cement raw materials: Niklas Tornkvist, Magsort Ltd.

2019

Paper 1: The increasing risks and challenges of reliably sourcing slag on the international markets: Charlie Zeynel: ZAG International

Paper 2: Supply and demand picture for non-ferrous slags: forecast to 2029: Dan Rogers: Smithers Apex

Paper 3: Status of slag and slag products in the US: An update: Michael Connolly: TMS International, LLC

Paper 4: Air-cooled blast furnace slag and steel slag in a competitive local market: applications, value and constraints / Best solution for local circular economy: Marc Fixaris: ArcelorMittal SA

Paper 5: Business opportunities for European slag recycling companies in Russia: Andrey Korablin: Smartscrap.ru

Paper 6: Mineralogy not oxides: The next step in slag characterisation: John Yzenas Jr.: Edw. C. Levy Co.

Paper 7: The NoWASTE approach to sustainable electric steel making: David Algermissen: FEhS - Building Materials Institute: Rüdiger Deike: University Duisburg-Essen: Hans-Joachim Rauen: Hermann Rauen GmbH & Co: Henning Schliephake: Tobias Zehn: Georgsmarienhütte GmbH

Paper 8: Effects of additives on heavy metal content in thermochemical treatment of by-products from iron and steel production: Gerhard Auer: Ferro Duo GmbH

Paper 9: Granulated blast furnace slag and how to evaluate its reactivity: Andreas Ehrenberg: Volkert Feldrappe: FEhS - Institut für Baustoff-Forschung e.V.

Paper 10: Dissolution of MgO in Fe2O3-rich BOF slag: Yusuke Kato: JFE Steel

Paper 11: Drones and photogrammetry of slag product stockpiles: Ryan Hyatt: Edw C. Levy Company: and Stockpile Reports

Paper 12: Loesche-separation plant for production of ultrafine granulated blastfurnace slag and utilisation concepts: Horst Michael Ludwig: Bauhaus Universität Weimar, F. A. Finger-Institut für Baustoffkunde: Holger Wulfert: Winfried Ruhkamp (speaker): Loesche

Paper 13: Case studies in slag grinding: York Reichardt: KHD

Paper 14: Grinding optimisation using innovative measurement and advanced process control: Dirk Schmidt: KIMA Process Control

Paper 15: Final results of experimental studies on the design of thermal heat storage and on the performance of slag as a heat storage material: Jürgen Haunstetter: Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)

Paper 16: Upgrade of B (25 – 200mm) and C (7 – 25mm) ladle slag through mechanical rotary impact using Didion processing systems: David Roth: GPS-Global Solutions

Paper 17: NEWSLAG: Pilot tests on neutralization of acid drainage with passive treatments made of by-products: Victoria Masaguer Torres: ArcelorMittal

Paper 18: Dry granulated BF sand: A groundbreaking and sustainable Innovation – Production process, product grinding and building materials investigations: Alexander Fleischanderl: Thomas Fenzl (speaker): Primetals; Holger Wulfert: Winfried Ruhkamp: Loesche; Horst Michael Ludwig: Bauhaus Universität Weimar: F. A. Finger-Institut für Baustoffkunde

Paper 19: Slag sand - Alternative fine aggregates from the steel industry: D. Satish Kumar: JSW Steel Ltd

Paper 20: Silico-manganese slag - a versatile by-product from Eramet: Leif Hunsbedt: Eramet Norway Kvinesdal

2018

Paper 1: Global steel market trends: Adam Smith: Kallanish Commodities

Paper 2: The Future of Ferrous Slag: Market Forecasts to 2027: Doug Haynes: Smithers Apex

Paper 3: Update on slag and the global cement industry: Demand is clearly exceeding supply: Charles Zeynel: ZAG International

Paper 4: Update on the status of slag and slag products in the USA: Michael Connolly: TMS International LLC

Paper 5: Russian steel and slag markets: Andrey Korablin: SmartScrap Limited

Paper 6: Adversity to opportunity: The LD Slag Story at Tata Steel India: Suman Sinha: Tata Steel Limited

Paper 7: Briquetting for value-addition and recycling of steel plant by-products: Patrick Lecherf: Euragglo

Paper 8: Molten slag beneficiation using the Ecoslag Drum Crystalliser: Concept and case study: Amir Shakurov: Ecoslag

Paper 9: Efficient use of slags resources using methodology and technological innovation: Jitka Halamová: Jiří Pyš: ArcelorMittal Ostrava

Paper 10: Steel making slag in passive neutralisation treatments in mining: Victoria Masaguer Torres: ArcelorMittal Spain

Paper 11: Pfeiffer MVR slag mill, ‘most modern VRM in the world:’ Phillip Hempel: Gebr. Pfeiffer SE

Paper 12: Operating results from KHD roller press plants grinding blast furnace slag: York Reichardt: KHD Humboldt Wedag

Paper 13: Steel and steel alloy slag processing - Utilisation of metal and mineral fractions: Stefan Baaken: LOESCHE GmbH

Paper 14: Innovations in the Cemengal Plug&Grind modular VRM, powered by the OK mill from FLSmidth: Fernando Dueñas: Cemengal

Paper 15: Stored granulated blast furnace slag: grindability and reactivity: Andreas Ehrenberg: FEhS - Institut für Baustoff-Forschung e.V.

Paper 16: Pilot-scale extraction of valuable high-purity calcium salts from steel slag: Mark Tilley: Lixivia Inc: Nick Jones: Harsco

Paper 17: BOF slag, a raw material for the cement industry?: David Algermissen: FEhS - Institut für Baustoff-Forschung e.V.

Paper 18: Slag as inventory material for a Thermal Energy Storage (TES): Material investigation and thermo-mechanical consideration: Juergen Haunstetter: M Krügera: P Knödlera: S Zunfta: German Aerospace Center (DLR): Institute of Engineering Thermodynamics

2017

Paper 1: Update on slag and the global cement industry: Demand is clearly exceeding supply: Charles Zeynel: ZAG International

Paper 2: Status of slag and slag products in the USA: Michael Connolly: TMS International LLC

Paper 3: Global iron and steel supply and demand trends: Christian Kohl: Kallanish Commodities

Paper 4: Key market trends for ferrous and non-ferrous slag to 2027: presenter to be confirmed: Smithers Pira

Paper 5: EAF slag processing and recycling in Mobarakeh Steel Company in Iran: Seyed Majid Feghhi: Mobarakeh Steel Company Iran

Paper 6: A new process for production of cement clinker from steelmaking slags: Frank Dardemann: Loesche GmbH

Paper 7: Recent developments in Ecomaister-Hatch dry slag atomisation: Janice Bolen: Hatch

Paper 8: Molten slag beneficiation using the Ecoslag ‘drum crystalliser’ - Concept and case study: Amir Shakurov: Ecoslag Recycling

Paper 9: Introduction to slag research at the FEhS - Institut für Baustoff-Forschung e.V.: Thomas Reiche, FEhS - Institut für Baustoff-Forschung

Paper 10: Rethink, reduce, recycle, reuse – The NoWaste strategy of Georgsmarienhütte: Henning Schliephake: Georgsmarienhütte

Paper 11: New cements with granulated blastfurnace slag: From laboratory tests to standardisation: Volkert Feldrappe, Andreas Ehrenberg: FEhS - Institut für Baustoff-Forschung e.V.

Paper 12: Metallurgical conversion of EAF slag to a beneficial material for cement industry: David Algermissen: FEhS - Institut für Baustoff-Forschung e.V.

Paper 13: Slag grinding case study: Producing slag cements in the world’s largest cement mill in Brazil: Carolyn Woywadt: Gebr. Pfeiffer

Paper 14: Mobilisation of hydraulically active phases in steel slags by producing ultrafine material: Winfried Ruhkamp: Loesche GmbH

Paper 15: Kawasaki CK Mill for slag grinding: Bunpei Suzue: Kawasaki Heavy Industries Ltd

Paper 16: Comparison of Roller Press and VRM for slag grinding: Stefan Seemann: KHD

Paper 17: Blast furnace slag blended cements: characteristics and performance improvement: Matteo Magistri: Mapei SpA; Patrick Ullrich: Mapei GmbH

Paper 18: Quality products from non-ferrous slags: Technically feasible: Els Nagels: InsPyro

Paper 19: The impact of calcium nitrate on the setting behaviour and strength development of OPC and slag-based blended cements: Adam Reid: Mehrdad Torabdezagan: Wolfram Franke: Yara

2016

Paper 1: Global steel trends: Paul Mullins: Kallanish Commodities

Paper 2: Global slag industry - status update: Charles Zeynel: ZAG International

Paper 3: Slag market in Korea: Current status and development of POSMENT slag-rich cement: Sunghee Han: POSCO

Paper 4: Supply and demand for GBFS in India: Implications for cement industry: Rajan Ramaswamy: OCL India Ltd

Paper 5: Growth of slag in the GCC countries: Anil Parashar: Cem-Consult

Paper 6: Dry slag granulation - a future in cement: Ian McDonald; Andrea Werner: Primetals Technologies Ltd

Paper 7: Atomized mist dust suppression for steel plant torching and slag generation: Derek Schussele: Dust Control Technology, Inc.

Paper 8: Production of high-purity precipitated calcium carbonate from steel slag and carbon dioxide: Mark Tilley: Lixivia

Paper 9: Mobilisation of hydraulically active phases in steel slags by producing ultrafine material: Stefan Baaken: Loesche GmbH

Paper 10: Recycling concept of desulphurisation slag from the ferrous industry: Luigi Cattini: University of Leoben

Paper 11: Energy efficiency comparison of HPGR/roller press for slag grinding: Stefan Seemann: Humboldt Wedag GmbH

Paper 12: Potential of slags from the nonferrous metallurgy: Christoph Pichler: Montanuniversitaet Leoben

Paper 13: Utilisation possibilities for dumped lead slag: Gernot Rösler: Montanuniversitaet Leoben

Paper 14: A life cycle assessment of OPC and of blended cement with ferro-nickel electric arc furnace slag: D. Velissariou; N. Katsiotis; V.Sklivaniti; P.Tsakiridis; H. Riskakis; M.Beazi: National Technical University of Athens

Paper 15: Is steel slag asphalt really that good?: Nick Jones: Harsco Metals and Minerals

Paper 16: Paper filler and coating materials from steelmaking slags: Sebastian Teir: VTT Technical Research Centre of Finland Ltd; Juha Koskinen: Tapojärvi Oy

2015

Conference postponed until 2016

2014

Paper 1 Global slag overview and update: Charlie Zeynel: ZAG International

Paper 2 Status of slag and slag products in the US: Michael Connolly: Tube City IMS, LLC

Paper 3 GBFS in cement: Opportunities and challenges: Winnie Matthes: Holcim Technology Ltd

Paper 4 Global freight market overview,' S. K. Khoo: ZAG International

Paper 5 Modelling the feasibility of waste melting for recovery of metal and upgraded slag: Sander Arnout, InsPyro

Paper 6 Slag processing and metal recovery at Charleroi Plant, Belgium: Stefan Baaken, Loesche

Paper 7 Dry slag granulation with heat recovery - an update: Ian McDonald: Siemens VAI Metals Technologies

Paper 8 Dry Slag Granulation: Operational results from the first full scale pilot plant: Horst Kappes: Daniel Michels; Paul Wurth

Paper 9 Effective slag management operations at Binani Cement, Dubai: Anil Parashar: Binani Cement Factory LLC

Paper 10 Low flammability reviews of EcoSafe FR - The ideal Hydraulic fluid for Slag Equipment in Fire-Hazardous Areas: Rudolf Schulze: ACT/Schulze & Partner

Paper 11 MPS and MVR mills for slag grinding - from pilot plant to industrial mill: Caroline Woywadt: Gebr. Pfeiffer

Paper 12 Finding the root cause of vibrations in slag-grinding mills using process-correlated online monitoring systems: Franz Muschaweck: Dalog Diagnosesysteme GmbH

Paper 13 Conversion of the metallurgical slag into ceramic foam as a new feedstock for industrial applications: Emad Ewais: Central Metallurgical R&D Institute, Egypt

Paper 14 Thermal rise and durability of slag cement mass concrete blocks subjected to marine environment: Muhammad K. Rahman: King Fahd University of Petroleum & Minerals: Zaki Omran: King Abdullah Civic Center Project, Dammam

Paper 15 Using slag to reduce concrete's carbon legacy in the built environment: David Ball: David Ball Group plc

Paper 16 Converter slag and secondary metallurgy slag used as a liming agent, silica supplier and micro nutriments for the soil: an interesting material for farmers: Marc Fixaris: ArcelorMittal

2013

Paper 1 Slag industry update: Focus on cementitious materials trends: Charles M. Zeynel: ZAG International

Paper 2 Debating the question of sustainability in stainless steel slag processing: David Roth: GPS Global Solutions

Paper 3 Software tools for a better understanding of slag properties: Els Nagels: InsPyro NV

Paper 4 Continuous slag solidification and heat recovery process as a new application of steelmaking slag - 1: Mechanical design of the slag solidification and heat recovery pilot plant: Kazuma Hagiwara and Nobuyuki Shigaki: JFE Steel Co

Paper 5 Continuous slag solidification and heat recovery process as a new application of steelmaking slag - 2: Results of the pilot-scale experiment: Yasutaka Ta: JFE Steel Co

Paper 6 Dry slag granulation with energy recovery: From inception to hot commissioning of industrial pilot plant: Horst Kappes: Daniel Michels; Paul Wurth

Paper 7 Dry slag granulation - An environmentally-friendly way to make cement: Ian McDonald|: Siemens plc

Paper 8 Steel slag - The true identity revealed: Tim Stanfield: Tube City IMS

Paper 9 Production of high value products from carbon and stainless steel slag – A commercial success story: Chris Byrne: Nick Jones: Harsco Metals and Minerals

Paper 10 The portable slag grinding solution: Fernando Duenas: Cemengal

Paper 11 Efficient slag grinding equipment - Pfeiffer MPS and MVR mills: Caroline Woywadt: Gebr. Pfeiffer

Paper 12 Slag powder valorisation and metal recovery - New concepts for metal slag processing: Stefan Baaken: Loesche GmbH

Paper 13 Slags from metal recycling processes as innovative secondary resource: Christoph Pichler: University of Leoben

Paper 14 Quadruple blend (cement, flyash, slag and ultra-fine slag) for mass concrete for high-rise buildings: Mani Wani: UltraTech Concrete

Paper 15 NanoFine: High performance cementitious binder: Anil Parashar: Binani Cement Factory LLC

Paper 16 The beauty of 'No-cement concrete:' Ultra-low heat, low steel, low water and high durability: David Ball: David Ball Group Plc

Paper 17 Possibilities of steel slag utilisation in civil engineering - Croatian experience: Ivana Barišić: Faculty of Civil Engineering Osijek, Croatia

Paper 18 Parameters influencing acid mine drainage (AMD) control by EAF slag leach systems: Pouyan Naseri: Pasargad Steel Complex: Azadeh Alizadeh: Department of Environmental Science at University of Zanjan

2012

Paper 1 Cementitious materials supply and demand trends: Charles Zeynel: ZAG International

Paper 2 Global freight market - impact on GBFS trade: SK Khoo: ZAG International

Paper 3 Latest developments in iron and steel slag in the US, trends and happenings: NSA Government Affairs

Paper 4 Recent Trends and Issues in the U.S. Market for Slag and Competing Construction Materials: Hendrik G. van Oss: USGS

Paper 5 Current Status of the Brazilian Steel Industry and Brazilian Slag Trends: Cassius Cerqueira: Brazilian Steel Institute

Paper 6 INBA Slag Granulation System: Dave Berdusco, Paul Wurth

Paper 7 Best practice for correct hot slag bucket design: Joseph Zeno: ACS Industries Inc

Paper 8 Slag optimization for hearth protection and slag fluidity in the blast furnace: Nam Sang Jin: Postech University/POSCO

Paper 9 The Latest Technologies for Advanced Secondary Mining: Rick Comtois: Austin AI Inc.

Paper 10 Advancements in dust suppression for slag applications: Edwin Peterson: Dust Control Technology

Paper 11 The new Pfeiffer MVR mill - response to specific requirements of slag grinding: Caroline Woywadt: Gebr. Pfeiffer SE

Paper 12 The Fives FCB Horomill workshop - the grinding solution for a sustainable BF - steel slag grinding plant: Didier Bourbon: Fives FCB

Paper 13 Production of ground slag using Loesche vertical roller mills: Stefan Baaken: Loesche GmbH

Paper 14 Steel Slag-Bonded Wallboard via Carbonation Activation: Yixin Shao: Ahmed El-Baghdadi: McGill University and Zhen He: Wuhan University

Paper 15 A Field Experiment of Sulfide Reduction Using Steelmaking Slag: Yasuhito Miyata: JFE Steel Corporation

Paper 16 Development of Coastal Environment Restoration Technology Using Steelmaking Slag: Akio Hayashi: JFE Steel Corporation

Paper 17 Steel slag in hot mix asphalt: Rich Russell: Tube City IMS

Paper 18 Steel slag in training - making a difference: Tim Stanfield: Tube City IMS

2011

Paper 1 Global slag overview: Charles Zeynel: ZAG International

Paper 2 Tapoj"rvi - Waste to valuable products: Henri Launonen: Tapoj"rvi

Paper 3 Steel and slag business in Turkey: Aslan Unal: Colakoglu Metalurji A.S

Paper 4 Cunico Resources - a new force in Ferro-nickel ...and more!: Olivier Desevedavy: Cunico Resources

Paper 5 Latest developments in steel and slag production in the US and regulatory trends: Karen Kiggins: National Slag Association

Paper 6 Slag markets and usage in the US: Tim Stanfield: Tube City IMS and NSA Marketing Committee Chairman

Paper 7 Use of steel slags in North America: Bill Stanley: ZAG International

Paper 8 Physical and chemical properties of hydrated hardened solids made of iron and steel slag: Yotaro Inoue: JFE Steel Corporation

Paper 9 Advanced cyclone systems for maximizing fine slag powder recovery: Pedro Araujo: Advanced Cyclone Systems

Paper 10 Characterisation of Slag-Rec dry granulated EAF slag: Roberto Roberti Universitý degli Studi di Brescia)

Paper 11 Gebr. Pfeiffer vertical roller mill MVR - New levels of slag grinding: York Reichardt: Gebr. Pfeiffer AG

Paper 12 P84 needle felt blends as problem solvers in mill filters: Dr. Stefano Santorsola: Evonik Fibres GmbH

Paper 13 In situ systems for continuous process control or emission monitoring: Christian Tolleb"ck: Opsis

Paper 14 Saving money by improving dust monitoring after ESPs: Timo Hakala: Sintrol Oy

2010

Paper 1 Australia s climate change policy response in the context of the Copenhagen Accord, Cancun and beyond: Mike Hitchens: Australian /Industry Greenhouse Network

Paper 2 A global overview of slag trends: Charlie Zeynel; ZAG International Inc.

Paper 3 An update on the iron and steel slag industry in the United Sates: Karen Kiggins: US National Slag Association

Paper 4 A move towards legal certainly - changing the waste paradigm: Craig Heidrich, Australasian (iron & steel) Slag Assoc.

Paper 5 A review of slag applications in the Middle East, India and Bangladesh: Alexander Koshi, Ultratech Cement

Paper 6 An update on Australian GBCA activity: Robin Mellon: Green Building Council of Australia

Paper 7 Study on steel slag in Japan, and the activity of the Nippon Slag Association for sustainability: Tomo Isawa: JFE Steel Corporation

Paper 8 The experience of BOF slag fines application in China: Nick Jones: Harsco Metals Group Limited

Paper 9 Geopolymers - Case studies of commercial reality: Peter Duxson: The Zeobond Group

Paper 10 A sustainable supply chain approach to creating new EAFS products: A. Woodhead, Link Strategy

Paper 11 A new integrated dry slag granulation and heat recovery process: Sharif Jahanshahi:CSIRO

Paper 12 Slag cooling and dust control in steelmaking (paper): Edwin Peterson: Dust Control Technology

Paper 13 Stainless steel slags as neutralising products in industrial processes: Timo Parviainen: Outokumpu Tornio Works

Paper 14 Energy efficient comminution of GBFS: Stefan Baaken: Loesche GmbH

Paper 15 Study of the reactivity of blast-furnace slag in cement: GÈraldine Vanhamme: University of Brussels

Paper 16 Feasibility studies of various steelmaking slags in cement making - JSW Vijayanagar Works, India: D Satish Kumar: JSW Vijayanagar Works

Paper 17 Crack width calculations with slag blends: Jay Sanjayan: Swinburn University of Technology.

Paper 18 Fire resistance of slag blended cements: Alessandra Mendes: Monash University

Paper 19 Mixture design and engineering properties of concrete made of new slag ash (paper): Chao-Lung Hwang: National Taiwan University of Science and Technology

Paper 20 Coloured concrete - explaining the blue-green phenomena of blast furnace slag concretes: Ihor Hinczak: Cementech Pty Limited

Paper 21 Study on the effects of slag on ordinary clay bricks: Khurram Shahzad Ayub: University of /Gujrat

Paper 22 The regenerative frictional properties of slag aggregate: Nick Jones: Harsco Metals Group Limited

Paper 23 The rut resistant performance of slag aggregates in pavements: Greg Arnold: Pavespec Ltd (NZ)

Paper 24 The skid resistance performance of a unique iron making slag: Bill Bourke: Bluescope NZ

Paper 25 Australian slag in roadmaking - Case studies: Marc Smith: ASMS

Paper 26 We need to talk about 'slag': Robert McCaffrey: Global Slag

2009

Paper 1 Effect of the global recession on slag supply, demand and price, and likely future trends: Charlie Zeynel, ZAG International Inc

Paper 2 The global iron and steel crisis and its impact on the slag market - world outlook for the next 10 years: Stuart Reynolds: www.globalsteelconsultants.com

Paper 3 Environmental issues affecting the use of slag and similar materials in the US construction sector: Hendrik G. van Oss: USGS

Paper 4 The South African perspective on slag: Heather Booysen: Samancor Chrome

Paper 5 Online slag and Iron analysis by cost effective XRF: Renaat Van Geel: Thermo Fisher Scientific

Paper 6 Linking slag chemistry and valorisation: Daneel Geysen: K.U.Leuven

Paper 7 By-products from EAF dust recycling and their valorisation: Vlad Popovici: Bredero Shaw

Paper 8 Carbstone - sustainable valorisation technology for fine grained steel slags (stainless, Linz-Donawitz) and CO2: Mieke Quaghebeur: Carbstone Innovation

Paper 9 New sustainable valorisation routes for fine grained stainless steel slags: Evelyne Nguyen: Recmix Belgium

Paper 10 The SLAG-REC project for an innovative direct dry granulation of EAF slag: Roberto Roberti: University of Brescia

Paper 11 What I have learned from a lifetime in comminution (an independent assessment of today s grinding options for slag): GÈrard Marchal

Paper 12 15 years of slag grinding with Loesche 2+2/3+3-technology: Daniel Strohmeyer: Loesche

Paper 13 Operation data of MPS vertical roller mills producing slag powder and slag cement: York Reichardt: Gebr. Pfeiffer

Paper 14 State of the art handling for slag: Davide Gambarotta: Gambarotta-Gschwendt srl

Paper 15 An integrated evaluation strategy for the recycling of metallurgical slags: Ben Laenen: Flemish Institute for Technological Research

Paper 16 Thermal Processing of Waste and Unconventional Fuels In Molten Slag Bath: Erki Unn, Silteh W2P Ltd

2008

Paper 1 The increasing importance of cementitious materials: A global update on GBFS: Charlie Zeynel: ZAG International Inc

Paper 2 Concerning blast furnace slags - A real sustainable and innovative product for our worldwide partners: Philippe Lacroix: ArcelorMittal

Paper 3 Slags and road construction: Marc Fixaris: ArcelorMittal

Paper 4 A new look at slag grinding: Siegfried Strasser: Humboldt Wedag GmbH

Paper 5 Wear technology for the slag industry - testimonial from a US slag plant: Dennis Todd: Wear-Concepts: Inc.

Paper 6 Advanced grinding components and welding maintenance programmes for slag grinders: Dorival Tecco: Welding Alloys Ltd

Paper 7 Ground slag save CO2 and energy with the CEMAG Beta Mill: Helge Wilhelm: Cemag

Paper 8 Solutions for handling liquid slag: Wei Dong Zhang: Changsa Carry Heavy Industry Machinery Co Ltd

Paper 9 Physical models of process granulation of melted slag: emission of gases and the quality of granulated slag: L Yerihemzon: German Association of Russian-speaking Scientists

Paper 10 Characteristics of the calorimetric behaviour of Algerian blast-furnace slag: A Bougara: University of Hassiba Benbouali Chlef

Paper 11 Diversified applications of PS Ball: SangTae Cha: Ecomaister Co Ltd

Paper 12 Ground granulated blast furnace slag - adding value to concrete construction: Peter Seymour: Ecocem

Paper 13 Manganese and ferric ion removal from water by steel slag: M R Nilforoushan: University of Shahrekord

Paper 14 Applying slag as an alternative to lime: Jang In-Soo: POSCO Gwangyang Works

Paper 15 Climate change adaptation using BioSlag in marine environment: Gun-Mok Sohn: POSCO

2007

Paper 1 A short history of blastfurnace slag in Turkey: Metin Usta: Erenco Eregli Engineering

Paper 2 Economic Aspects of steel slag processing with Slag Atomizing Technology: Sang-tae Cha: Ecomaister Co., Ltd

Paper 3 Efficient and Reliable Handling of Granulated Blast Furnace Slag: Barry Woodbine: Aumund

Paper 4 Investigations of non-metallic phase obtained from converter slag reduction process: Miroslaw Karbowniczek: AGH University of Science and Technology

Paper 5 A converter slag stabilisation in POSCO: Sungmo Seo: POSCO Technical Research Labs

Paper 6 Stainless Steel Slags as Pro-Environmental Light Mineral Aggregates: Timo Parviainen: Outokumpu Stainless

Paper 7 The performance of asphalt mix containing filler slag for heavily trafficked roads: Leksminingsih: Ministry of Public Works of Indonesia

Paper 8 Blast Furnace Slag Cement And Its Uses In Turkey: Ðnal ÷ner: Adana Cement Company

Paper 9 Turkish cement sector and the T«MB: Caglan Becan: Turkish Cement Manufacturers' Association

Paper 10 A Comparative Study on the Sulfate Resistance of CEM III/A Cement (paper): Oktay Kutlu: Adana Cement

Paper 11 Operation results of a 5300 kW vertical roller mill MPS 5600 BC for slag and slag cement grinding: York Reichardt: Gebr. Pfeiffer AG

Paper 12 Slag for cement making - USA Experience: Francesco Pezzotti: Bulk Materials International Europe

Paper 13 Celtic Cement Technology - The Production of High performance Low Carbon Cement (paper): M Popham: Cenin Limited

Paper 14 Role of ground granulated blastfurnace slag (GGBS) for production of durable concrete: D.B.N. Rao: Cemcon Consultuants Pvt Ltd

Global Slag Conference papers

2013

Paper 5 Continuous slag solidification and heat recovery process as a new application of steelmaking slag - 2: Results of the pilot-scale experiment: Yasutaka Ta: JFE Steel Co

Paper 6 Dry slag granulation with energy recovery: From inception to hot commissioning of industrial pilot plant
Horst Kappes: Daniel Michels: Paul Wurth

Paper 7 Dry slag granulation - An environmentally-friendly way to make cement: Ian McDonald: Siemens plc

Paper 13 Slags from metal recycling processes as innovative secondary resource: Christoph Pichler: University of Leoben

Paper 18: Parameters influencing acid mine drainage (AMD) control by EAF slag leach systems: Pouyan Naseri: Pasargad Steel Complex: Azadeh Alizadeh: Department of Environmental Science at University of Zanjan

2012

Paper 4 Recent Trends and Issues in the U.S. Market for Slag and Competing Construction Materials: Hendrik G. van Oss: USGS

Paper 6 INBA® Slag Granulation Systems for Blast Furnace Plants: Dave Berdusco: Paul Wurth

Paper 7 Best practice for correct hot slag bucket design: Joseph Zeno: ACS Industries Inc

Paper 8 Slag optimisation for hearth protection and slag fluidity in blast furnace: Nam Sang Jin: Postech University/POSCO

Paper 10 Advancements in dust suppression for slag applications: Edwin Peterson: Dust Control Technology

Paper 11 The new Pfeiffer MVR mill - response to specific requirements of slag grinding: Caroline Woywadt: Gebr. Pfeiffer SE

Paper 15 A field experiment of sulphide reduction using steelmaking slag: Yasuhito Miyata: JFE Steel Corporation

2011

Paper 4 Cunico Resources - a new force in Ferro-nickel ...and more!: Olivier Desevedavy: Cunico Resources

Paper 8 Physical and chemical properties of hydrated hardened solids made of iron and steel slag: Yotaro Inoue: JFE Steel Corporation

Paper 9 Advanced cyclone systems for maximizing fine slag powder recovery: Pedro Araujo: Advanced Cyclone Systems

Paper 11 Gebr. Pfeiffer vertical roller mill MVR - New levels of slag grinding: York Reichardt: Gebr. Pfeiffer AG

Paper 12 P84 needle felt blends as problem solvers in mill filters: Dr. Stefano Santorsola: Evonik Fibres GmbH

Paper 15 Study on the Granulation and Heat Recovery of the Molten Slag by Using the Rotating Cup-Drum Atomizer: Heung Soo Park: Research Institute of Industrial Science & Technology