Technical Session /Poster

December 1 (Thu)　9:00-18:45

■Keynote speech Ⅰ ■Keynote speech Ⅱ

Challenges for Fluorinated Gases control in JapanHistory of “Kobe Symposium“ and Global Issues ofthe HVAC Industry

Ministry of Economy, Trade and Industry, Fluoride Gases Management Office,Manufacturing Industries Bureau, Director, Atsuhiko Meno

The Japan Refrigeration and Air Conditioning Industry Association (JRAIA),President, Tetsuji Okada

■ SessionⅠ - Environmental issues -

The Importance of Japanese Leadership in AffordableSuper-Efficient Room AC

Present Situation of Refrigerant Substitution and Progress inRevision of Safety Standard for Refrigerating System in China

Institute for Governance & SustainableDevelopment(IGSD)Stephen O. Andersen

Hefei General Machinery Research Institute

Instituto de Pesquisas　Energéticas e Nucleares (IPEN)Suely Carvalho

ZHANG mingsheng

Transition to Lower GWP Refrigerants – Regulatory,Research and Code Activities

The movement of adoption of new international standard forperformance evaluation method on an energy conservationscheme in ASEAN countries

The Air-Conditioning, Heating, and. Refrigeration Institute (AHRI) The Japan Refrigeration and Air Conditioning Industry Association (JRAIA)

Karim Amrane Makoto Kaibara

The EU F-Gas Regulation & the Gapometer Waysto achieve the phase-down in Europe

European Partnership for Energy and the Environment (EPEE)

Andrea Voigt

■ SessionⅡ - Compressors and Lubricants -

A Study on High Efficiency Wing-vane CompressorRefrigeration oils and low GWP refrigerants to be studied for variousapplications of refrigeration and air conditioning devices

Mitsubishi Electric Corporation, Raito Kawamura Japan Sun Oil Company, Rei Saito

Fundamental study on oil mist separation in swirl flowEvaluation of electric power consumption ofrefrigeration oil for HFC refrigerant

Panasonic Corporation, Hirofumi Yoshida Idemitsu Kosan Co.,Ltd., So Nakajima

Development of polyol ester refrigeration oils for HFOrefrigerants

Lubricants and New Refrigerants:System Performance Needs

JX Nippon Oil & Energy Corporation, Kentaro Yamaguchi Shreve Chemical Products, Joseph Karnaz

■SessionⅢ - Safety of 2L Refrigerants (1) -

Safety research and risk assessment of lowerflammable refrigerants in JAPAN

Hazard evaluation study on the mildly flammablerefrigerants

The University of Tokyo, Eiji Hihara National Institute of Advanced Industrial Science and Technology (AIST),Tei Saburi

Flammability characteristics of lower Flammability (2L)Refrigerants

Physical hazard evaluation of A2L refrigerants assumingrapid leak accident from a VRF system

National Institute of Advanced Industrial Science and Technology (AIST)Kenji Takizawa

Tokyo University of Science, Suwa, Tomohiko Imamura

Diesel combustion of oil and refrigerant mixture during pumpdown of air conditioners

The University of Tokyo, Tomohiro Higashi

The International Symposium on New Refrigerants and Environmental Technology 2016December 1- 2, 2016 　 International Conference Center Kobe

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■SessionⅣ - Safety of 2L Refrigerants(2) -

Updates of International Standards Regarding A2LRefrigerants

Safety guideline and standard against lower flammablerefrigerants leakage of commercial refrigerators

Refrigerants related to International Standards WG, JRAIA, Osami Kataoka Security standards for commercial refrigerators WG, JRAIA, Yutaka Ishii

Relaxation of High Pressure Gas Safety Act and its correspondingJRAIA guidelines and standards about lower flammable refrigerants

Safety guideline and standard against lower flammablerefrigerants leakage of ACs for facilities

Relaxation of regulation WG, JRAIA, Koji Yamashita Risk Assessment of A2L refrigerant committee, JRAIA, Yasuhiro Naito

Standards of refrigerant leak detector and alarm for airconditioning and refrigeration equipment

Safety guideline and standard against lower flammablerefrigerants leakage of commercial air conditioners

Refrigerant leak detector and alarm WG, JRAIA, Koji Yamashita Security standards for commercial air conditioners WG, JRAIA, Ikuji Ishii

December 2 (Fri) 9:00-18:15

■SessionⅤ - Energy Conservation(1) -

Battery connected DC hybrid air conditioner systemDevelopment of high efficiency fan system for outdoorunit of air-conditioner

Sharp Corporation, Masaharu Watanabe Hitachi. Ltd., Taku Iwase

Energy-saving of VRF systems Development of Ultra - High - Efficiency GHP XAIRⅡ

Hitachi-Johnson Controls Air Conditioning, Inc., Shuuhei Tada Osaka Gas Co., Ltd., Takashi Miyakoshi

Development of high efficiency VRV systems

Daikin Industries Co.,Ltd., Takuya Kotani

■SessionⅥ - Energy Conservation(2) -

Development of air-cooled heat pump chiller　”DT-R” Performance of Low GWP Refrigerants Used in VRF

Mitsubishi Electric Corporation, Masahiro Ito Hitachi-Johnson Controls Air Conditioning, Inc., Koji Naito

High efficiency and compact centrifugal chiller低 HFO-1336mzz(E) as a Low GWP Working Fluid for Heating andPower from Low Temperature Heat: Thermodynamic and Transport Properties

Mitubishi Heavy Industries Thermal Systems, Ltd., Jun Miyamoto The Chemours L.L.C. Konstantinos Kontomaris

Development of CO2-CO2 cascade refrigerationsystem for CVS

Sanden Environmental Products Corporation, Yukio Yamaguchi

■SessionⅦ- New Refrigerants and Their System(1) -

Low GWP refrigerants for Chiller, Refrigeration and VRF:Thermodynamic and Transport Properties

Lowering GWP of refrigerants for residential AC andcommercial AC

The Chemours L.L.C.,Joshua Hughes Arkema（China）Investment　Co., Ltd., Laurent Abbas

Low Environmental Impact Refrigerants for AC andChiller Applications

Steps Toward The Practical Use of Lower GWPRefrigerants for Refrigeration

Honeywell International Inc, Samuel F. Yana Motta Daikin Industries Co.,Ltd., Takashi Shibanuma

Next Generation Low-GWP Refrigerants "AMOLEA®"

Asahi Glass Co.,Ltd., Masato Fukushima

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■SessionⅧ- New Refrigerants and Their System(2) -

Fundamental research on next generation refrigerants for air conditioningsystems - assessment of thermophysical properties, heat transfercharacteristics and cycle performance -

Centrifugal chiller using -1233zd (E)

1)Shigeru Koyama 1)Yukihiro Higashi 2)Akio Miyara 3)Ryo Akasaka1)Kyushu University/ 2) Saga University/ 3) Kyushu Sangyo University

Mitubishi Heavy Industries Thermal Systems, Ltd., Naoya Miyohi

Experimental evaluation for thermodynamic propertiesfor low-GWP refrigerant HFO 1123

Next generation refrigerants for Chillers

National Institute of Advanced Industrial Science and Technology (AIST)Y. Kayukawa /Y. Kano /Y. Fujita/ R. Akasaka

Trane, Inc. (Climate Solutions, Ingersoll Rand), Steve Kujak

Low GWP refrigerant for industrial high temperaturewater circulation type heat pump

Toshiba Carrier Corporation, Tsukasa Takayama

■SessionⅨ- New Refrigerants and Their System(3) -

Alternative Refrigerant Evaluation for High-AmbientTemperature Environments

Investigation of Appropriateness of Next GenerationRefrigerant for Air-conditioners

The Air-Conditioning, Heating, and. Refrigeration Institute (AHRI),Karim Amrane, Xudong Wang

Daikin Industries Co.,Ltd., Tomoyuki Haikawa/ Tomoatsu Minamida/Shigeharu Taira

Unified Refrigeration Cycle Evaluation Simulator withVarious Refrigerants

Development of air-conditioner using low GWPrefrigerants

Waseda University, Kiyoshi Saito Mitsubishi Electric Corporation, Takumi nishiyama

Special Poster session　　　※B1F Lobby

■A2L Risk Assessment

Summary of risk assessment for lower flammablerefrigerants

Risk assessment for GHP using lower flammablerefrigerants

Risk assessment of A2L Refrigerant committee, JRAIA GHP risk assessment SWG, JRAIA

Risk assessment for residential air-conditionerusing lower flammable refrigerants

Risk assessment for Chiller using lower flammablerefrigerants

Mini-split risk assessment SWG(1),JRAIA Chiller risk assessment SWG, JRAIA

Risk assessment for Commercial Package air-conditioner using lower flammable refrigerants

Risk assessment for ACs for facilities using lowerflammable refrigerants

Mini-split risk assessment SWG(2),JRAIA AC for facilities risk assessment SWG, JRAIA

Risk assessment for VRF system using lower flammablerefrigerants

Risk assessment for Commercial Refrigerator usinglower flammable refrigerants

VRF system risk assessment SWG,JRAIA Commercial refrigerator risk assessment SWG, JRAIA

■JRA 4068 - Refrigerant leak detector and alarm for air conditioning and refrigeration equipment -

Refrigerant Leak Monitor "Mihari" correspondingJRA 4068

Freon Detection & Alarm System

Asada Corporation New Cosmos Electric Co., Ltd．

Type LDY refrigerant gas leak detector Gas detector for nature and new refrigerant

Fujikoki Corporation ICHINEN JIKCO CO.,LTD.

Semiconductor gas sensor and module for refrigerantleak detector

Figaro Engineering Inc.

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Poster session　　　 ※B1F Rehearsal Room

Development project for refrigerants with low GWPin air conditioning systems

Multi-power source transport refrigeration unitcorresponding to environmental issues

New Energy and Industrial Technology Development Organizatio（NEDO） Mitubishi Heavy Industries Thermal Systems, Ltd.

Refrigerant management system（Processing center）Air control technology of the room air-conditioner tobalance the comfort with the energy-saving

Japan Refrigerants Environment Conservation Organization （JRECO） Hitachi-Johnson Controls Air Conditioning, Inc.

Education of the prevention of refrigerant leaktechnology improvement

Development of micro channel heat exchanger for heatpump air-conditioner

Japan Association of Refrigeration and Air-Conditioning Contractors(JARAC) Daikin Industries Co.,Ltd.

The latest method of minimal leakage detecting andprevention

‘Innovative Smart Channels’ TM Heat Exchanger (ISCHeat Exchanger)

Asada Corporation Fujitsu General Laboratories Ltd.

Automotive A/C service tools for R1234yfCondensation heat transfer and pressure drop ofazeotropic mixture refrigerant R32/R1270 insidehorizontal small- dianeter tubes

Dengen co., Ltd. Tokyo University of Marine Science and Technology

Service tool for A2L refrigerant & leak detector fornatural refrigerant（Portable/Stationary/Built-in）

Oil effects on flow boiling heat transfer of refrigerant inan oval horizontal tube

Icinen Tasco Co.,Ltd. Fukuoka University

New mechanistic single manifold gauge / Freon Leakreduction type couplings

Reliability of Compressor using Improved MiscibilityRefrigeration oil for R32 Refrigerant

Pro-Step Co.,Ltd. Daikin Industries Co.,Ltd.

Revolutionary new developed product powered by bothaxes compressor for variable refrigerant recycling

Effect of refrigerant oil on critical flow ratecharacteristics of CO2 through an orifice

Pro-Step Co.,Ltd. / MK SEIKO CO.,Ltd Kobe University/ Fuji Electric Co., Ltd.

Study on application of R404A alternative refrigerant toreefer refrigeration system

Measurement of viscosity and thermal conductivity ofR1336mzz(Z)

Denso Corporation Saga University

Desiccant humidity unit using the CO2 heat pumpThe newest fluorocarbon leak measure and recovery offluorocarbon, revival and destruction

Mayekawa Mfg. Co., Ltd. FUSO co,Ltd.

Development of low temperature water driven double liftcycle absorption chiller

Warning !! Don’t use undesignated refrigerants !!

Hitachi-Johnson Controls Air Conditioning, Inc. JRAIA Safety Policy Subcommittee

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