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20th Enemet
21st Mining
24th Automation & IT
35th Industrial Gases
39th Logistics
41st Energy
50th Ironmaking
51st Steelmaking
57th Rolling
75th Annual Congress
8th Agglomeration

Themes

Instrumentation and gas analyzers
Additive metallurgy and metal powders
Air gases application
Asset and risk management
Assets life cycle
Blast furnace: fundamentals, process,operation and plants
Cargo monitoring technology
Ceramic materials
Characterization of agglomerates for use in reduction reactors
Chemical reagents for the mining industry
Coke plant, by-products and carbonization
Composite materials
Condition-based maintenance
Contract management
Conventional hot strip mills
Corrosion
Electric power generation, distribution and sales
Electric steelworks
Energy efficiency for GHG emissions reduction
Energy efficiency programs and projects
Energy planning with a focus on energy mix optimization
Environment management
Environment, quality, process and costs
Environmental and social aspects
Environmental control and rational use of energy
Equipments and rolls
Ferrous metal products
Foundry
Gases process and consumptiom control
Geometallurgy
Heat treatment
I4.0
Instrumentation & Control
Iron ores agglomeration technologies
IT/AT business solutions and tools
IT/AT Governance
Logistics in mine operation
Lubrication management
Mine exploration and operation
Mine planning
Minerals dressing and processing
Mining and exploration geology
Mining project engineering
MPSC-Maintenance planning, scheduling and control
New maintenance technologies
Non-ferrous metal products
Non-ferrous metallurgy
Non-ferrous Rolling
Optimization systems & algorithms
Ores and materials preparation for agglomeration
Other forming processes
Other ore dressing processes
Other ore reduction topics
Oxygen steelmaking
PCI and others injectors powders
Physical metallurgy and phase transformation
Plate mills
Polymers
Port/navigation technology
Process control and cost reduction
Process control and simulation
Product development
Quality management and innovation
R&D&I, new technologies and equipments - Ironmaking
R&D&I, new technologies and equipments - Agglomeration
Railroad technology
Reliability
Revamping and start up of plants and equipments
Road technology
Rolling mills for long products
Root cause and failure analysis (RCFA)
Safety and health management
Secondary refining of steel
Self-reduction,direct reduction and DRI/HBI production
Shared logistics solutions
Simulation, modeling, quality and costs
Solidification and casting of metals
Spare parts / inventory management
Steckel mills
Storage technology
Strip cold rolling and coating processes
Supply chain optimization processes
Surface engineering and nanotechnology
Technological innovation
Technological innovation
Technological innovations
Thermal, wind and solar energy
Thin slab rolling
Undergraduate research - Poster Session Presentation
Undergraduate research - Automation and IT
Undergraduate research - Energy and Utilities
Undergraduate research - Forming
Undergraduate research - Fundamentals and Metallurgical Processes
Undergraduate research - Integrated Management
Undergraduate research - Ironmaking and Ore Agglomeration
Undergraduate research - Logistics
Undergraduate research - Maintenance and Engineering
Undergraduate research - Melting, Refining and Solidification
Undergraduate research - Metal Products
Undergraduate research - Mining
Undergraduate research - Polymer, Composite and Ceramic Materials
Water treatment and reuse
Welding

ABM WEEK 6ª edição

07/06 Tuesday
08/06 Wednesday
09/06 Thursday
05/09 Thursday

ROUND TABLE - SHAPING THE FUTURE

Per: Coordinators: Carlos Eduardo Pinedo - Heat Tech Technical Director; Carlos Humberto Sartori - Application Engineering and Technical Advisory Specialist with Villares Metals

Area:

Theme:

Event:

Type: Oral

Date and time: 08/06/22 | 14h00

Room: Room 12

Abstract:

Objetivo:

A transformação e a inovação tecnológica são fundamentais para o desenvolvimento sustentável do setor de ferramentas, moldes e matrizes. A busca constante da melhoria de qualidade, rentabilidade e competitividade passa pelo aprimoramento dos processos produtivos e dos materiais utilizados em fábrica. Seguindo o tema principal deste evento, “Moldando o Futuro”, a Mesa Redonda organizada para este encontro busca trazer ao público o estado da arte com relação ao processo inovador e emergente da manufatura aditiva, bem como as novas opções de aços e revestimentos disponíveis para a otimização da qualidade dos mais complexos ferramentais.

Discurso da Anfritriã do 18º Moldes:

Flávio Monteiro - Diretor comercial - Villares Metals

Moderador:

Mario Bocallini Júnior - pesquisador sênior do laboratório de processos metalúrgicos do IPT

Palestrantes:

Aços especiais - Giovani Verdi Cappucio - Consultor da Villares Metals

Tratamento térmico - Danilo Assad Ludewigs - Diretor geral da HEF-Durferrit do Brasil

Manufatura aditiva - Octávio Camargo Schichi - Business consultant at Höganäs Brasil

75TH ABM ANNUAL CONGRESS - NEW ADVANCED MATERIALS IN THE 21ST CENTURY

Per: Sérgio Neves Monteiro - Professor at IME - Instituto Militar de Engenharia

Area: Fundamentals and Metallurgical Processes

Theme:

Event: 75th Annual Congress

Type: Oral

Date and time: 08/06/22 | 14h10

Room: Room 14

Abstract:

THE POTENTIAL USE OF HYDROGEN IN BLAST FRUNACES AS A LEVER TO REDUCE CO2 EMISSIONS

Per: jean philippe santos gherardi de alencar (vale), lEANDRO DIJON de OLIVEIRA CAMPOS (vale), amaury de melo souza (VALE), JULIANA DE MORAES MARRECO DE FREITAS (VALE)

Area: Ironmaking and Ore Agglomeration

Theme: Simulation, modeling, quality and costs

Event: 50th Ironmaking

Type: Oral

Date and time: 08/06/22 | 14h25

Room: 1

Abstract:

Hydrogen has gained attention from policy makers and private sector as a viable alternative substitute of fossil fuels for the decarbonization of transportation, aviation, steel and other industries. In the energy sector, for instance, it has shown great potential to be used as source of energy storage within a scenario of major renewables penetration, such as solar and wind. In the present work, we have evaluated the economic impact of using hydrogen to reduce carbon emissions of the steel industry in Brazil. We have highlighted the main cost components of green hydrogen production, such as Capex, utilization factor, electricity cost, weighed averaged cost of capital and storage, and we have found that with levelized cost of production of $2.5/kg, hydrogen becomes economically unfeasible to be used as reductant gas injected in replacement of PCI in the blast furnaces. However, by achieving costs below $1.5/kg, the abatement cost given certain prices of PCI and the cost of CO2 practiced in the external market would make this route economically viable. Finally, by considering a scenario where blast furnaces in Brazil would operate with 27.5 Kg H2/t hot metal, we estimate emissions cut by at least 11 Mt/a.

STATE-OF-THE-ART COKE OVEN PLANT CONCEPT – MAIN TECHNOLOGICAL ASPECTS

Per: Helênio Resende Silva Junior (PAUL WURTH), Wolfgang Kern (Paul Wurth), Thiago de Oliveira Mazzeu (Paul Wurth)

Area: Ironmaking and Ore Agglomeration

Theme: Coke plant, by-products and carbonization

Event: 50th Ironmaking

Type: Oral

Date and time: 08/06/22 | 14h25

Room: 1

Abstract:

Paul Wurth is a traditional technological provider of metallurgical plants, committed to provide low emission and environmental friendly technologies. In a recent period, PW had the opportunity to supply the latest state-of-the-art technologies with the lowest emissions coke oven plants. For top charging batteries, the Jumbo type is a tendency. In some parts of the world, the stamp charging technology is preferred and the next generation with larger dimensions is being developed. The SOPRECO® system is a must in mitigation of emissions and can be implemented in both types of batteries, with the possibility of retrofitting in existing batteries. The movable machines are supplied with emission control devices covering charging, levelling and pushing operations. Gas treatment and by-products plant are designed to be emission free. Paul Wurth offers a two-step main biological process, which can be extended with additional process steps to accommodate zero discharge requirements. Finally yet of the utmost importance, considering the large numbers of ageing batteries worldwide, PW defined specific products and refurbishment methodology to be easily customizable to old Batteries.

REDUCTION OF "TPV" (VEHICLES PERMANENCE TIME) IN OUTBOUND' S FLOW STEEL PRODUCTS

Per: Igor barros Mairinck (aperam)

Area: Logistics

Theme: Supply chain optimization processes

Event: 39th Logistics

Type: Oral

Date and time: 08/06/22 | 14h25

Room: 10

Abstract:

PROBLEM: LONG PERMANENCE TIME OF VEHICLES INSIDE THE PLANT OF THE APERAM at TIMOTEO PLANT.
OBJECTIVE: To REDUCE TPV (VEHICLE PERMANENCE TIME).
SCOPE: STEEL PRODUCT DISPOSAL FROM THE 4 STORAGE SHARES INCLUDED IN 2 COMPANY AREA MANAGEMENTS.