Author

Joachim von Schéele

Observed names: J. Von Schéele, J. von Scheele, J. von Schéele, Joachim VON SCHEELE, Joachim von Scheele

Institution: Linde (Germany)

Observed institution: Linde (Germany)

OpenAlex ID: A5035851788

Flameless oxyfuel combustion for fuel consumption and nitrogen oxides emissions reductions and productivity increase

2007 · W. Blasiak, W. H. Yang, et al. · Journal of the Energy Institute · 67

Pathways towards full use of hydrogen as reductant and fuel

2023 · Joachim von Schéele · Matériaux & Techniques · 12

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Use of direct flame impingement oxyfuel

2009 · J. Von Schéele · Ironmaking & Steelmaking Processes Products and Applications · 11

Short-Term Opportunities for Decreasing CO2Emissions from the Steel Industry

2006 · Joachim von Schéele · International Journal of Green Energy · 10

Successful Use of Flameless Oxyfuel in Steel Reheating

2020 · Joachim VON SCHEELE, Vladimir ZILKA · Metal ... · 8

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Decarbonization Through Proven Energy-Efficiency Solutions and Use of Hydrogen in Reheat Furnaces

2024 · Joachim von Scheele, Hamzah Alshawarghi, et al. · Iron & Steel Technology Conference and Exposition (AISTech) · 5

Using 100% Hydrogen on an Industrial Scale to Reheat Steel Before Rolling

2025 · J. von Scheele, A. Lugnet · Iron & Steel Technology Conference and Exposition (AISTech) · 1

Use of Over-Stoichiometric Flame for Post-Combustion, Burning VOC and Solid Fuel, Improving Its Efficiency, and Reducing the Carbon Footprint in Regular Process of Lead Recovery in Rotary Furnaces

2024 · B. Ferreira, J. von Scheele, et al. · The minerals, metals & materials series · 1

Emission monitoring and reduction in aluminium production

2009 · Stephen D. Harrison, Joachim von Schéele · Aluminium international today · 1

World’s First Hydrogen-Ready Flameless Oxyfuel Tundish Preheating — Full-Scale Installations and Results

2026 · J. von Scheele, G. Doijad, et al. · Iron & Steel Technology Conference and Exposition (AISTech)

Enhancing Productivity, Energy Efficiency, and Sustainability in Pyrometallurgical Copper Production

2025 · Joachim von Scheele, Martin Adendorff, et al. · IntechOpen eBooks

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Flameless Hydrogen Oxyfuel Combustion in Reheat Furnaces

2025 · R. Hirmiz, J. Maiolo, et al. · Iron & Steel Technology Conference and Exposition (AISTech)

Flexible Flame Staging Improving Copper Scrap Oxidation and Reduction Steps Toward Its Recovery at Recope Laminação

2024 · Brenno Ferreira, William Mahoney, et al. · The minerals, metals & materials series

Linde’s Image Analysis System to Tune Burners for Lead Recovery from Automotive Batteries in Rotary Furnaces

2024 · Brenno Ferreira, Izaias Marques, et al. · The minerals, metals & materials series

Sustainable Technologies to Save Energy and Reduce Emissions in Metal Recycling Processes

2017 · Rocky Wei, Joachim von Schéele · 2017-Sustainable Industrial Processing Summit

Niskotemperaturowa technologia Oxyfuel -- wyższa wydajność, niższe zużycie paliwa i ograniczenie emisji spalin

2010 · J. Buława, J. von Scheele · RUDY I METALE NIEŻELAZNE

Aumento De Produção Na Galvanização E Outras Linhas De Processamento De Tiras Utilizando “direct Flame Impingement -dfi” Oxyfuel

2008 · Paulo Rogerio Nunes, Ola Ritzén, et al. · ABM Proceedings

Experiências E Resultados Do Uso Da Tecnologia Oxyfuel No Reaquecimento Do Aço Na Ovako Steel, Hofors Works, Suécia

2007 · Patrik Fredriksson, Erik Claesson, et al. · ABM Proceedings

“Flameless” oxyfuel combustion development for process improvement, emission reduction in furnaces and incinerators

2006 · W. Blasiak, J. von Schéele · WIT transactions on ecology and the environment

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Oxyfuel flameless combustion for fuel consumption and nitrogen oxides emissions reductions and productivity increase

2006 · Włodzimierz Blasiak, Weihong Yang, et al.

Works count: 20

Citation count: 116

H-index: 5

I10-index: 4