Showing 121-137 of 137 items.
Sustainable Resources Database
| SREWay code | Uploaded by | Name | Information | Location | Source | Status | Category | Resource Category | Chemical Composition | Elements | Actions |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 107 | nana.wen@student.kuleuven.be | Synthetic slag made by Nana Wen in SREMat's Indutherm in Octumber 2019 | KU Leuven Department of Materials Engineering, Leuven, Belgium | Synthetic, mimic of copper slag | Water quenched | Laboratory Slag / Glass | WASTES RESULTING FROM EXPLORATION, MINING, QUARRYING, AND PHYSICAL AND CHEMICAL TREATMENT OF MINERAL / wastes from physical and chemical processing of non-metalliferous minerals / wastes not otherwise specified (EEA code: 01.04.99) | FeO - 42 wt% SiO2 - 32 wt% CaO - 17 wt% Al2O3 - 7 wt% Others: 2 wt% | Al Ca Fe Si | View | |
| 108 | nana.wen@student.kuleuven.be | Synthetic slag made by Nana Wen in SREMat's Indutherm in Octumber 2019 | KU Leuven Department of Materials Engineering, Leuven, Belgium | Synthetic, mimic of copper slag | Water quenched | Laboratory Slag / Glass | WASTES RESULTING FROM EXPLORATION, MINING, QUARRYING, AND PHYSICAL AND CHEMICAL TREATMENT OF MINERAL / wastes from physical and chemical processing of non-metalliferous minerals / wastes not otherwise specified (EEA code: 01.04.99) | FeO - 48 wt% SiO2 - 34 wt% CaO - 10 wt% Al2O3 - 8 wt% | Al Ca Fe Si | View | |
| 109 | nana.wen@student.kuleuven.be | Synthetic slag made by Nana Wen in SREMat's Indutherm in Octumber 2019 | KU Leuven Department of Materials Engineering, Leuven, Belgium | Synthetic, mimic of copper slag | Water quenched | Laboratory Slag / Glass | WASTES RESULTING FROM EXPLORATION, MINING, QUARRYING, AND PHYSICAL AND CHEMICAL TREATMENT OF MINERAL / wastes from physical and chemical processing of non-metalliferous minerals / wastes not otherwise specified (EEA code: 01.04.99) | FeO - 51 wt% SiO2 - 35 wt% CaO - 8 wt% Al2O3 - 6 wt% | Al Ca Fe Si | View | |
| 110 | nana.wen@student.kuleuven.be | Synthetic slag made by Nana Wen in SREMat's Indutherm in Octumber 2019 | KU Leuven Department of Materials Engineering, Leuven, Belgium | Synthetic, mimic of copper slag | Water quenched | Laboratory Slag / Glass | WASTES RESULTING FROM EXPLORATION, MINING, QUARRYING, AND PHYSICAL AND CHEMICAL TREATMENT OF MINERAL / wastes from physical and chemical processing of non-metalliferous minerals / wastes not otherwise specified (EEA code: 01.04.99) | FeO - 49 wt% SiO2 - 33 wt% Al2O3 - 7 wt% CaO - 6 wt% MgO - 4 wt% Others: 1 wt% | Al Ca Fe Mg Si | View | |
| 78 | AhmedKhalifa | Kaolinite | KGa-1b is well-ordered, water-processed kaolinite quoted around 96 purity. | Washington County, Georgia, USA | the Source Clay Repository of the Clay Mineral Society (CMS), Purdue university, USA. | Ore | Not available / Not listed / Not available / Not listed / Not available / Not listed (EEA code: 999.999.999) | SiO2 - 47.65 wt% Al2O3 - 41.24 wt% TiO2 - 1.78 wt% FeO - 0.22 wt% Na2O - 0.08 wt% MgO - 0.06 wt% CaO - 0.04 wt% Others: 8.93 wt% | Al Ca Fe Mg Na Si Ti | View | |
| 228 | johnson.k | SLAG M8 - Synthetic blast furnace slags | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from the iron and steel industry / Not available / Not listed (EEA code: 10.02.999) | SiO2 - 37.79 wt% CaO - 37.04 wt% Al2O3 - 14.51 wt% MgO - 8.83 wt% FeO - 0.28 wt% Others: 1.55 wt% | Al Ca Fe Mg Si | View |
| 229 | johnson.k | SLAG M16 - Synthetic blast furnace slag | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from aluminium thermal metallurgy / Not available / Not listed (EEA code: 10.03.999) | CaO - 34.09 wt% SiO2 - 32.99 wt% MgO - 16.07 wt% Al2O3 - 15.05 wt% FeO - 0.34 wt% Others: 1.46 wt% | Al Ca Fe Mg Si | View |
| 230 | johnson.k | SLAG A3 - Synthetic blast furnace slags | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from the iron and steel industry / Not available / Not listed (EEA code: 10.02.999) | SiO2 - 43.3 wt% CaO - 42.07 wt% MgO - 10.83 wt% Al2O3 - 3.69 wt% FeO - 0.07 wt% Others: 0.04 wt% | Al Ca Fe Mg Si | View |
| 231 | johnson.k | SLAG A3-1 - Synthetic blast furnace slags | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from the iron and steel industry / Not available / Not listed (EEA code: 10.02.999) | SiO2 - 48.41 wt% CaO - 38.39 wt% MgO - 10.58 wt% Al2O3 - 2.39 wt% FeO - 0.09 wt% Others: 0.14 wt% | Al Ca Fe Mg Si | View |
| 232 | johnson.k | SLAG A12 - Synthetic blast furnace slag | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from aluminium thermal metallurgy / Not available / Not listed (EEA code: 10.03.999) | SiO2 - 39.11 wt% CaO - 37.32 wt% Al2O3 - 12.32 wt% MgO - 9.43 wt% FeO - 0.3 wt% Others: 1.52 wt% | Al Ca Fe Mg Si | View |
| 233 | johnson.k | SLAG A18 - Synthetic blast furnace slag | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from the iron and steel industry / Not available / Not listed (EEA code: 10.02.999) | View | ||
| 234 | johnson.k | SLAG CS1 - Synthetic blast furnace slags | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from aluminium thermal metallurgy / Not available / Not listed (EEA code: 10.03.999) | SiO2 - 38.67 wt% CaO - 32.98 wt% Al2O3 - 14.51 wt% MgO - 11.22 wt% FeO - 0.36 wt% Others: 2.26 wt% | Al Ca Fe Mg Si | View |
| 235 | johnson.k | SLAG CS2 - Synthetic blast furnace slag | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from aluminium thermal metallurgy / Not available / Not listed (EEA code: 10.03.999) | SiO2 - 42.84 wt% CaO - 28.05 wt% Al2O3 - 17.12 wt% MgO - 9.67 wt% FeO - 0.35 wt% Others: 1.97 wt% | Al Ca Fe Mg Si | View |
| 227 | johnson.k | SLAG M0 - Synthetic blast furnace slag | Laboratory-synthesised glassy slags designed to systematically vary CaO/SiO₂, Al₂O₃ and MgO contents in order to study their influence on slag reactivity while eliminating industrial variability. | Netherlands | TU Delft, Netherlands | (not set) | Laboratory Slag / Glass | WASTES FROM THERMAL PROCESSES / wastes from aluminium thermal metallurgy / Not available / Not listed (EEA code: 10.03.999) | CaO - 43.16 wt% SiO2 - 42.99 wt% Al2O3 - 13.3 wt% MgO - 0.33 wt% FeO - 0.07 wt% SO3 - 0.01 wt% Others: 0.14 wt% | Al Ca Fe Mg S Si | View |
| 159 | Glenn | Construction and demolition waste | wienerberger | (not set) | SCM | CONSTRUCTION AND DEMOLITION WASTES (INCLUDING EXCAVATED SOIL FROM CONTAMINATED SITES) / other construction and demolition wastes / mixed construction and demolition wastes other than those mentioned in 17 09 01, 17 09 02 and 17 09 03 (EEA code: 17.09.04) | View | ||||
| 169 | Nikos | Belgium | Wienerberger | (not set) | Fine Aggregate | WASTES RESULTING FROM EXPLORATION, MINING, QUARRYING, AND PHYSICAL AND CHEMICAL TREATMENT OF MINERAL / wastes from physical and chemical processing of non-metalliferous minerals / waste sand and clays (EEA code: 01.04.09) | SiO2 - 97.8 wt% Fe2O3 - 0.67 wt% Nb2O5 - 0.46 wt% Al2O3 - 0.42 wt% SO3 - 0.21 wt% K2O - 0.21 wt% Others: 0.23 wt% | Al Fe K Nb S Si | View | ||
| 170 | Nikos | Construction & Demolition Waste | Belgium | Wienerberger | (not set) | SCM | CONSTRUCTION AND DEMOLITION WASTES (INCLUDING EXCAVATED SOIL FROM CONTAMINATED SITES) / concrete, bricks, tiles and ceramics / mixtures of concrete, bricks, tiles and ceramics other than those mentioned in 17 01 06 (EEA code: 17.01.07) | SiO2 - 69.6 wt% CaO - 14 wt% Al2O3 - 7.53 wt% Fe2O3 - 4.04 wt% K2O - 1.5 wt% MgO - 1.2 wt% SO3 - 0.69 wt% Na2O - 0.64 wt% TiO2 - 0.46 wt% Others: 0.34 wt% | Al Ca Fe K Mg Na S Si Ti | View |