Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction

Organizer
Takuya Tsujiguchi(Kanazawa University), Mitsuhiro Kubota(Nagoya University), Takehiro Esaki(Fukuoka University)

2021/09/10 (Day 3 ), D室

Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction 1 09:30 〜 11:10
Fundamental study on fabrication of the fibrous desiccant electrospinning

◯ TSUJIGUCHI Takuya (Kanazawa University), OSAKA Yugo, KODAMA Akio
Theoretical Study of Dehumidification Capacity of Biomass-Derived Activated Carbons

◯ SOMAD Z Chairunnisa (Kyushu University), MIKSIK Frantisek, KYAW Thu, MIYAZAKI Takahiko, MIYAWAKI Jin
Mass transfer characteristics of cross flow humidity exchange unit using polymer sorbent membrane

◎ UEDA Kentaro (Okayama Univ.), HORIBE Akihiko, YAMADA Yutaka, ISOBE Kazuma, NISHIDA Ryosuke (Japan Exlan Company)
Experimental study on the effects of low temperature desorption process with low humidity.

YU Hao (Kyushu University), ◯ SEO Sangwon, THU Kyaw, MIYAZAKI Takahiko
Efficiency Improvement of Liquid Desiccant Air-Conditioning System

◎ HOSHO Tatsuki (Waseda university), VARELA Richard Jayson, GIANNETTI Niccolo, JEONG Jongsoo, SAITO Kiyoshi

2021/09/10 (Day 3 ), D室

Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction 2 11:30 〜 12:50
Preparation of adsorbent/aluminum composites for adsorption cooling

◯ KUMITA Mikio (Kanazawa Univ.), OTA Shinji, OKADA Hiroki, CHUMNANWAT Suppanat, TANAKA Tsutomu, TAKIGUCHI Noboru, KODAMA Akio
Research and Development of Low-Cost Adsorption Heat Pump using Natural Mesoporous Material
13th Report: Performance Enhancement of Adsorption Heat Pump base on the Improvement of the Filling Method

◎ HE Fang (Hokkaido University), IZAWA Mitsuki, NAGANO Katsunori, TOGAWA Junya (Nihon Netsugen Systems Co. Ltd.)
Study on Adsorption Desalination using Natural Mesoporous Material
2nd Part: Overall Performance Prediction of Water Production and Cold Heat using Three-Dimensional Numerical Simulation

◯ IZAWA Mitsuki (Hokkaido University), HE Fang, NAGANO Katsunori, TOGAWA Junya (Nihon Netsugen System Co., Ltd.)
Experimental investigation of double effect adsorption refrigeration cycle with adsorption heat recovery

◯ KONO Masahiro (TUAT), AKISAWA Atsushi

2021/09/10 (Day 3 ), D室

Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction 3 13:30 〜 15:10
Development of a Single-Effect Double-Lift Absorption Chiller That Uses Unused Waste Heat in Wide Temperature Difference
Experimental Results of Heat Recovery in 40K Temperature Difference for the Heat Source Hot Water Using a Production Prototype

◯ FUJII Tatsuo (Johnson Controls Building Efficiency Japan), HIRUTA Kentaro, UCHIDA Shuichiro (Hitachi-Johnson Controls Air Conditioning, Inc.)
Development of separate latent and sensible heat air-conditioning system using CO2 refrigerant
First report: System structure and measurements at calorimeter test room

◎ HIGASHI Tomohiro (CRIEPI), TOKUNAGA Kohei (UT), DANG Chaobin (Fukudai), HIHARA Eiji (NIAD-QE), ZHANG Li (CRIEPI), SAIKAWA Michiyuki
Development of separate latent and sensible heat air-conditioning system using CO2 refrigerant
Second report: Field experiments

◎ HIGASHI Tomohiro (CRIEPI), KOHEI Tokunaga (UT), ZHANG Li (CRIEPI), SAIKAWA Michiyuki, DANG Chaobin (Fukudai), HIHARA Eiji (NIAD-QE)
Development of chemical heat storage materials for use in air conditioning and hot water supply

◯ YOSHIDA Saki (Tokyo Tech), KANEKO Junko, TAKASU Hiroki, HARADA Takuya, KATO Yuikitaka
Strontium perovskites for development of medium-high temperature redox-type chemical heat storage material

◎ CHEN Xiaoyu (Nagoya U.), KUBOTA Mitsuhiro, YAMASHITA Seiji, KITA Hideki