Abstract
Development has been in progress on promotion of recycling the non-ferrous metal materials, particularly aluminum, base metals and rare metals (such as copper). For aluminum, researches were made on demonstration of the crystal separation process, vacuum deposition process, molten scrap cleaning technology, and residual dross utilizing technology. In the crystal separation process to remove Fe and Si, and the vacuum deposition process to remove Zn, trial operation and adjustments were performed on the demonstration and testing facilities, making simulation in the scale of 1000 tons a month possible. In the molten scrap cleaning technology, discussions were given on a method to install on the trough a filter permitting micro inclusions in the molten scrap, but no results as have been expected were obtained. The residual dross was used on a trial basis for applications such as road aggregate and refractory materials. In the exhaust treatment, it was recognized effective that activated carbon and slaked lime are used simultaneously to remove hydrochloric acid and dioxins. In developing a technology to regenerate high-grade copper from sludge dust, discussions were given on design, fabrication, and trial operation of the demonstration facilities, partly by using a demonstration plant, with regard to the five related
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Citation Formats
None.
Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu.
Japan: N. p.,
2000.
Web.
None.
Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu.
Japan.
None.
2000.
"Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu."
Japan.
@misc{etde_20155582,
title = {Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu}
author = {None}
abstractNote = {Development has been in progress on promotion of recycling the non-ferrous metal materials, particularly aluminum, base metals and rare metals (such as copper). For aluminum, researches were made on demonstration of the crystal separation process, vacuum deposition process, molten scrap cleaning technology, and residual dross utilizing technology. In the crystal separation process to remove Fe and Si, and the vacuum deposition process to remove Zn, trial operation and adjustments were performed on the demonstration and testing facilities, making simulation in the scale of 1000 tons a month possible. In the molten scrap cleaning technology, discussions were given on a method to install on the trough a filter permitting micro inclusions in the molten scrap, but no results as have been expected were obtained. The residual dross was used on a trial basis for applications such as road aggregate and refractory materials. In the exhaust treatment, it was recognized effective that activated carbon and slaked lime are used simultaneously to remove hydrochloric acid and dioxins. In developing a technology to regenerate high-grade copper from sludge dust, discussions were given on design, fabrication, and trial operation of the demonstration facilities, partly by using a demonstration plant, with regard to the five related technologies including a technology for high precision refining of scraps, and high-speed metal melting technology. (NEDO)}
place = {Japan}
year = {2000}
month = {Mar}
}
title = {Report on joint research in fiscal 1999. Research and development of technology to promote recycling of non-ferrous metal materials (Report on achievement in researches of demonstration tests and total system technology); 1999 nendo hitetsu kinzokukei sozai recycle sokushin gijutsu seika hokokusho. Jissho shiken kenkyu, total system gijutsu}
author = {None}
abstractNote = {Development has been in progress on promotion of recycling the non-ferrous metal materials, particularly aluminum, base metals and rare metals (such as copper). For aluminum, researches were made on demonstration of the crystal separation process, vacuum deposition process, molten scrap cleaning technology, and residual dross utilizing technology. In the crystal separation process to remove Fe and Si, and the vacuum deposition process to remove Zn, trial operation and adjustments were performed on the demonstration and testing facilities, making simulation in the scale of 1000 tons a month possible. In the molten scrap cleaning technology, discussions were given on a method to install on the trough a filter permitting micro inclusions in the molten scrap, but no results as have been expected were obtained. The residual dross was used on a trial basis for applications such as road aggregate and refractory materials. In the exhaust treatment, it was recognized effective that activated carbon and slaked lime are used simultaneously to remove hydrochloric acid and dioxins. In developing a technology to regenerate high-grade copper from sludge dust, discussions were given on design, fabrication, and trial operation of the demonstration facilities, partly by using a demonstration plant, with regard to the five related technologies including a technology for high precision refining of scraps, and high-speed metal melting technology. (NEDO)}
place = {Japan}
year = {2000}
month = {Mar}
}