Title

ENERGIRON FLEXIBLE TECHNOLOGY FOR SUSTAINA-BLE FUTURE

ENERGIRON FLEXIBLE TECHNOLOGY FOR SUSTAINA-BLE FUTURE

Authorship

PAULUZZI, DARIO; MAHMOUD, MOHAB; MOTTES, LUCCA

PAULUZZI, DARIO

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MAHMOUD, MOHAB

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MOTTES, LUCCA

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DOI

10.5151/2594-357X-41034

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Abstract

THE ENERGIRON DIRECT REDUCTION TECHNOLOGY, JOINTLY DEVELOPED BY TENOVA AND DANIELI, STANDS OUT FOR BEING CAPABLE TO USE A UNIQUE AND WELL CONSOLIDATED PROCESS IN A WIDE RANGE OF OPERATING SCENARIOS. ENERGIRON'S HAS THE ABILITY TO PROCESS VARIOUS IRON OXIDES AND UTILIZE A RANGE OF REDUCING GASES, INCLUDING HYDROGEN, NATURAL GAS AND COG WITHOUT COMPROMISING ON QUALITY OR ENERGY EFFICIENCY. MOREOVER, ITS INHERENT CARBON CAPTURE CAPABILITY MAKES IT SUITABLE FOR GREEN STEEL INITIATIVES, FACILITATING PHASED TRANSITIONS TOWARDS HYDROGEN-BASED OPERATION WHILE MINIMIZING OPERATIONAL COSTS. THIS ABSTRACT EXPLORES ENERGIRON'S UNIQUE FEATURES AND ITS ADAPTABILITY AND FLEXIBILITY FOR GREENER STEEL PRODUCTION.

THE ENERGIRON DIRECT REDUCTION TECHNOLOGY, JOINTLY DEVELOPED BY TENOVA AND DANIELI, STANDS OUT FOR BEING CAPABLE TO USE A UNIQUE AND WELL CONSOLIDATED PROCESS IN A WIDE RANGE OF OPERATING SCENARIOS. ENERGIRON'S HAS THE ABILITY TO PROCESS VARIOUS IRON OXIDES AND UTILIZE A RANGE OF REDUCING GASES, INCLUDING HYDROGEN, NATURAL GAS AND COG WITHOUT COMPROMISING ON QUALITY OR ENERGY EFFICIENCY. MOREOVER, ITS INHERENT CARBON CAPTURE CAPABILITY MAKES IT SUITABLE FOR GREEN STEEL INITIATIVES, FACILITATING PHASED TRANSITIONS TOWARDS HYDROGEN-BASED OPERATION WHILE MINIMIZING OPERATIONAL COSTS. THIS ABSTRACT EXPLORES ENERGIRON'S UNIQUE FEATURES AND ITS ADAPTABILITY AND FLEXIBILITY FOR GREENER STEEL PRODUCTION.

Keywords

iRONMAKE; REDUCTION; DECARBURIZATION; HYDROGEN

COG, Flexibility, Energiron, Green steel, Hydrogen