Rchr

J-GLOBAL ID：200901062395563622 Update date: Jan. 30, 2024

Oki Tatsuya

オオキタツヤ | Oki Tatsuya

Affiliation and department：
Other affiliations (1)：

SUREコンソーシアム会長

Homepage URL (1)： https://staff.aist.go.jp/t-oki/

Research field (2)： Environmental materials/recycling technology , Earth resource engineering, energy science

Research theme for competitive and other funds (1)：

1995 - 1996 Establishment of Intensive Ash and Sulfur Rejection from Coals.

Papers (4)：

OKI Tatsuya. Physical separation technology to support the strategic development of urban mining:- Development of unused/hard-to-use resources and a future vision of resources for Japan -. Synthesiology. 2013. 6. 4. 238-245
OKI Tatsuya. Physical separation technology to support the strategic development of urban mining:- Development of unused/hard-to-use resources and a future vision of resources for Japan -. Synthesiology English edition. 2013. 6. 4. 232-240
Oki Tatsuya. The Role of a Physical Separation Technology on a Metal Recycling for Waste Products. Bulletin of the Japan Institute of Metals. 2011. 50. 2. 51-54
OKI Tatsuya, YOTSUMOTO Hiroki. Production of Cationic Magnetic Solid Flocculant. Journal of MMIJ. 1998. 114. 13. 959-964

MISC (31)：

OKI Tatsuya, AKAI Tomoko, YAMASHITA Masaru. Materials recycling technology for recovering rare earth fluorescent powder from fluorescent lamp sludge:— Pioneering near-future resource circulation —. Synthesiology. 2018. 11. 1. 33-45
OKI Tatsuya, AKAI Tomoko, YAMASHITA Masaru. Materials recycling technology for recovering rare earth fluorescent powder from fluorescent lamp sludge:—Pioneering near-future resource circulation—. Synthesiology English edition. 2018. 11. 1. 34-34
OKI Tatsuya. Physical Separation Technology for Recycling of Rare Earth Metals. 2012. 66. 11. 74-79
OKI Tatsuya. Physical Separation Process for the Recycling of Critical Metals. 2012. 23. 4. 311-318
OKI Tatsuya. Recovery of rare earth magnet from waste HDD. 2010. 56. 198-199

ｍore...

Professional career (1)：

博士(工学)

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