[CMC Research] [Live streaming seminar] Carbon-free rare
metal/precious metal recycling using microorganisms as a
bio-separation agent Held on December 9th (Monday) Sponsored by: CMC Research Co., Ltd.
CMC Research Press release: November 13, 2024 [Live streaming seminar] Carbon-free rare metal/precious metal recycling using microorganisms as a bio-separation agent Held on December 9th (Monday) Sponsored by: CMC Research Co., Ltd. ★ Research and development of “metal recycling technology that utilizes microbial functions” and the technology seeds for “bio-separation and recovery of rare metals, precious metals, etc.” from the basics to carbon-free recycling technology Explains the application to!
https://prcdn.freetls.fastly.net/release_image/12580/2733/12580-2733-9095a027abe609618344810964d17ece-1280×720.jpg
https://cmcre.com/ ), which conducts seminars and publishes books on market trends and technology trends for various materials and chemicals, has recently held a seminar titled “Decarbonized Rare Metals and Precious Metals Recycling Using Microorganisms as Bioseparation Agents.” The lecture will be hosted by Yasuhiro Konishi (Professor Emeritus, Doctor of Engineering, Osaka Prefecture University), and will be held via live streaming using ZOOM from 13:30 on Monday, December 9, 2024. The tuition fee is: General: 44,000 yen (tax included), Our e-mail newsletter member: 39,600 yen (tax included), Academic price: 26,400 yen (tax included) (with materials). For more information on the seminar and to apply, please visit our URL below! There will also be time for a question and answer session, so please come and join us. View details [Knowledge gained at the seminar] ・Basic knowledge of bio-separation and recovery of rare metals and precious metals (bio-adsorption,
bio-reduction/nanoparticle formation, bio-leaching) utilizing microbial functions ・ Latest research results on bio-separation and recovery of rare and precious metals ・ Application example for decarbonized rare metal/precious metal recycling ・ Comparison of characteristics of existing technology and biotechnology in recycling useful metals from urban mines [Seminar target audience] ・ Those interested in recycling rare metals and precious metals from urban mines ・ Those interested in developing a carbon-free metal recycling system ・ Those who are interested in the application of noble metal nanoparticles to biosynthesis and catalyst preparation ・ Those who are interested in transitioning to a circular economy ・ Those who are interested in the utilization of microbial functions in the field of metal resources and materials 1) Seminar theme and date and time Theme: Carbon-free rare and precious metal recycling using
microorganisms as bio-separation agents Date and time: December 9, 2024 (Monday) 13:30-16:30 Participation fee: 44,000 yen (tax included) *Document included ＊ E-mail newsletter subscribers: 39,600 yen (tax included) * Academic price is 26,400 yen (tax included) Lecturer: Yasuhiro Konishi Professor Emeritus, Doctor of Engineering, Osaka Prefecture University Nowadays, there is a growing interest in the transition to a circular economy, and rare metals and precious metals (materials essential to a wide range of industries), which are present in low concentrations in urban mines (used electronic equipment, catalysts, industrial waste fluids, etc.), are being raised. Research and development of carbon-free technology that can be recycled efficiently and at low cost is underway. In this seminar, we aim to research and develop “metal recycling technology that utilizes microbial functions,” which is different from conventional metal recycling technology, and we aim to research and develop “metal recycling technology that utilizes microbial functions.” We will explain the basics of “bioreduction, nanoparticle formation, bioleaching”, from its basics to its application to carbon-free recycling technology, in a way that you can understand it even without prior knowledge of microorganisms. *This seminar will be a
live-streaming seminar using the video conferencing tool “Zoom” on the day. Please refer to the tool for recommended environment. We will contact you via email with the viewing URL at a later date. ★Recording or filming during the course is strictly prohibited. 2) How to apply Please apply from the CMC Research seminar site. We will contact you via separate email with the viewing URL. Please see the URL for details. View details 3) Introduction of seminar program 1. Current situation surrounding metal resources 1) Supply and demand 2) Natural mines and urban mines 2. Existing metal recycling technologies and their characteristics 1) Dry method and wet method 2) Existing technologies in wet methods (solvent extraction method, adsorption method, etc.) 3) Urban mine development and existing recycling technology 3. Microbial function that can be used for separation and recovery of rare metals, precious metals, etc. 1) Biosorption (Biosorption) 2) Bio reduction/nanoparticle formation (biomineralization) 3) Bioleaching 4. Bioadsorption 1) Adsorption of rare metals and precious metal ions using baker’s yeast etc. 2) Application to recovery of rare metals and precious metals from industrial waste liquid 3) Application to recovery of precious metals from waste printed circuit boards, etc. 5. Bio-reduction/nanoparticle formation 1) Reduction and precipitation of noble metal ions by Siwanella bacteria 2) Application to recovery of platinum group metals (Pt, Pd, Rh) from used catalysts (for automobiles and fuel cells) 6. Bioleaching 1) Leaching of useful metals from metal sulfides by iron/sulfur oxidizing microorganisms 2) Leaching of rare metals from metal oxides by iron ion-reducing bacteria 3) Application to recovery of useful metals (Cu, Au) from sulfide ore 4) Application to removal of heavy metals (Cu, etc.) from waste printed circuit boards and leaching of precious metals (Au, etc.) 5) Application to recovery of rare metals from lithium ion batteries (positive electrode active material) 7. Practical possibility of bio-wet recycling technology 1) Metal recycling and its effects 2) Comparison of characteristics of bio-wet technology and existing technology 8. Q&A (as appropriate) 4) Instructor introduction [Lecturer career] Completed doctoral course at Osaka Prefecture University Graduate School in 1983 (Doctor of Engineering). After working as an assistant, lecturer, and assistant professor at the same university, he became a professor in 2000 and concurrently served as director of the Resource Recycling Engineering Research Institute in 2010. From 1988 to 1989, he was a visiting researcher at the University of California and Berkeley. Professor emeritus at Osaka Prefecture University in 2020, currently visiting researcher at Osaka Public University [Research history] Bio-based resource circulation of precious metals and rare metals from urban mines, bio-recovery of useful metals from low-grade ores, preparation of inorganic nanoparticles through bio-reduction and nanoparticle formation and their applications, acid gases (SO2, H2S, CO2, etc.) ) reaction absorption/diffusion [Affiliated academic society] Japan Society for Resources and Materials, Society of Chemical Engineers, etc. [Book] “Rare metal/precious metal recycling utilizing microbial functions – Latest research trends and technology”
(Supervised/contributed author: Yasuhiro Konishi, CMC Research (2024)), and 18 other articles View details 5) Information about upcoming webinars (online distribution seminars) ○Basics and applications of three-dimensional packaging/integration technology Date and time: November 19, 2024 (Tuesday) 13:30-16:30 https://cmcre.com/archives/127630/ ○ Issues and countermeasures for ultra-fast charging in EV Date and time: November 19, 2024 (Tuesday) 13:30-16:30 https://cmcre.com/archives/126555/ ○ Basics of microwave heating ~ From microwave ovens to high-temperature heating furnaces ~ Date and time: November 22, 2024 (Friday) 10:30-16:30
https://cmcre.com/archives/126809/ *Includes missed delivery ○Flexible base material and FPC formation technology compatible with 5G/6G ~ LCP-FCCL and its development ~ Date and time: November 26, 2024 (Tuesday) 13:30-16:30 https://cmcre.com/archives/127645/ ○Current status of research and development of regenerative medicine and scaffold materials in the world Date and time: November 27, 2024 (Wednesday) 13:30-16:30 https://cmcre.com/archives/127063/ *Includes missed delivery ○The most advanced material recycling technology for cross-linked polyolefin Date and time: November 28, 2024 (Thursday) 13:30-15:00 https://cmcre.com/archives/123153/ ☆Click here for a list of upcoming webinars! ↓ https://cmcre.com/archives/category/cmc_all/ 6) Information about related books (1) Rare metal/precious metal recycling utilizing microbial functions – Latest research trends and technology seeds – https://cmcre.com/archives/122164/ ■ From: March 31, 2024 ■ Supervision: Yasuhiro Konishi ■ Fixed price: Main unit (booklet version) 88,000 yen (tax included) Base CD (PDF version) 110,000 yen (tax included) ★ E-mail newsletter members: 10% off the list price! ■ Size: A4 size, paperback, 198 pages of text ■ Edited and published by: CMC Research Co., Ltd. ISBN 978-4-910581-50-7 ↓Click here for details and purchase https://cmcre.com/archives/122164/ ☆Click here for the list of published books↓
https://cmcre.com/archives/category/cmc_all/ More than