Výsledky vyhledávání - "Konlechner, David"

Akademický článek

Co-calcination to produce a synergistic blend of bauxite residue and low-grade kaolinitic clay for use as a supplementary cementitious material

Autor: Peys, Arne, Preveniou, Athina, Konlechner, David, Rubio, Guilherme, Georgiades, Maria, Myers, Rupert J., Pires Martins, Natalia, Balomenos, Efthymios, Davris, Panagiotis, Snellings, Ruben, Evans, Ken

Publikováno v: In Cement December 2024 18

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Bayer + Pedersen the Perfect Match for the Future of Alumina Production, with Benefits

Autor: Konlechner, David, Konlechner, Michaela, Vafeias, Michail, Marinos, Danai, Panias, Dimitros, Koenig, Roland, Preveniou, Athina, Kladis, Anastasios, Davris, Panagiotis, Balomenos, Efthymios

Within the EU-funded ENSUREAL project (GA No. 767533), significant efforts have been undertaken to recover and improve expertise from the past (Norwegian Pedersen process from the 1920s) and reach more sustainable alumina production. The current work

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Conference

Achieving the Carbon-Neutral Production of Magnesia and Silica Products Using a HCl-Based Process in Serpentine Feedstock †.

Autor: Konlechner, David, Kappacher, Gregor

Publikováno v: Materials Proceedings; Jun2023, Vol. 15 Issue 1, p19, 7p

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Conference

First Industrial Scale Process Concept for the Reengineered Pedersen Process within ENSUREAL †.

Autor: Konlechner, David, Koenig, Roland, Preveniou, Athina, Davris, Panagiotis, Balomenos, Efthymios

Publikováno v: Materials Proceedings; Jun2023, Vol. 15 Issue 1, p8, 7p

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First results of scale-up of the updated pyrometallurgical-hydrometallurgical Pedersen Process within the HORIZON2020 project ENSUREAL and examples for industrial concept

Autor: Koenig, Roland, Konlechner, David, Lazou, Adamantia, Balomenos, Efthymios

The HORIZON2020 project "ENSUREAL" is developing a modernized version of the Pedersen process for production of alumina. The process counters challenges in raw material availability, energy availability, CO2 emissions and sustainability. European uni

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First industrial scale mass balance data for the reengineered pedersen process developed within the EU funded project ENSUREAL

Autor: Konlechner, David, Vafeias, Michal, Marinos, Danai, Mwase, James

Within the following paper, a first mass balance for the revamped industrial Pedersen Process is presented. The target capacity is an alumina output of 500,000 t per year, which is considered a comparable volume to the Bayer Process. The model was ca

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Aufbereitung von Wasserstoff aus der Biomassevergasung mittels Membrantechnologie

Autor: Konlechner, David

Wasserstoff wird als wichtiger Bestandteil im -gr��nen- Energiemix der Zukunft gesehen. Die Erforschung nachhaltiger Herstellungsverfahren ist daher ein logischer und wichtiger Schritt. Die Zweibettwirbelschicht-Dampfvergasung stellt eine industr

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First industrial scale mass balance data for the reengineered pedersen process developed within the EU funded project ENSUREAL

Autor: 'Konlechner, David

Publikováno v: Vafeias, Michal

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=r3c4b2081b22::2b2aa16f28ca83a85a287fae7aa19dbe

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