Direct Conversion of Electric Arc Furnace Dust to Zinc Ferrite by Roasting: Effect of Roasting Temperature

[1] Ye Q(2020)Microwave-assisted self-reduction of EAF dust-biochar composite briquettes for production of direct reduced iron Powder Technol 362 781-789

[2] Li G(2021)Sonochemical assisted preparation of ZnS–ZnO/MCM-41 based on blast furnace slag and electric arc furnace dust for Cr (VI) photoreduction Ceram Int 47 23014-23027

[3] Peng Z(2021)A review on the fundamentals of hydrogen-based reduction and recycling concepts for electric arc furnace dust extended by a novel conceptualization Int J Hydrogen Energ 46 31894-31902

[4] Augustine R(2022)Efficient extraction and separation of zinc and iron from electric arc furnace dust by roasting with FeSO Sep Purif Technol 281 102856-1272

[5] Pérez MD(2022)·7H Mater Chem Phys 287 1261-60

[6] Liu Y(2019)O followed by water leaching J Environ Chem Eng 7 47-1202

[7] Liu M(2022)Carbon coated electric arc furnace dust prepared by one-pot pyrolysis: an efficient, low carbon footprint electrode material for lithium-ion batteries Hydrometallurgy 212 1194-32

[8] Rao M(2020)Treatments of electric arc furnace dust and halogenated plastic wastes: a review Ecotoxicol Environ Saf 202 20-396

[9] Zhang Y(2020)Selective dissolution of zinc and lead from electric arc furnace dust via oxidative thermolysis with polyvinyl chloride and water-leaching process J Mater Res Technol 9 389-375

[10] Jiang T(2017)Purification of the leaching solution of recycling zinc from the hazardous electric arc furnace dust through an as-bearing jarosite Powder Technol 308 365-2723

[1] Ye Q(2020)Microwave-assisted self-reduction of EAF dust-biochar composite briquettes for production of direct reduced iron Powder Technol 362 781-789

[2] Li G(2021)Sonochemical assisted preparation of ZnS–ZnO/MCM-41 based on blast furnace slag and electric arc furnace dust for Cr (VI) photoreduction Ceram Int 47 23014-23027

[3] Peng Z(2021)A review on the fundamentals of hydrogen-based reduction and recycling concepts for electric arc furnace dust extended by a novel conceptualization Int J Hydrogen Energ 46 31894-31902

[4] Augustine R(2022)Efficient extraction and separation of zinc and iron from electric arc furnace dust by roasting with FeSO Sep Purif Technol 281 102856-1272

[5] Pérez MD(2022)·7H Mater Chem Phys 287 1261-60

[6] Liu Y(2019)O followed by water leaching J Environ Chem Eng 7 47-1202

[7] Liu M(2022)Carbon coated electric arc furnace dust prepared by one-pot pyrolysis: an efficient, low carbon footprint electrode material for lithium-ion batteries Hydrometallurgy 212 1194-32

[8] Rao M(2020)Treatments of electric arc furnace dust and halogenated plastic wastes: a review Ecotoxicol Environ Saf 202 20-396

[9] Zhang Y(2020)Selective dissolution of zinc and lead from electric arc furnace dust via oxidative thermolysis with polyvinyl chloride and water-leaching process J Mater Res Technol 9 389-375

[10] Jiang T(2017)Purification of the leaching solution of recycling zinc from the hazardous electric arc furnace dust through an as-bearing jarosite Powder Technol 308 365-2723