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SCEJ 80th Annual Meeting (Tokyo, 2015)

Topics code list


Symposium code (grouped by divisions)

Systems, Information and Simulation Technologies [SI] K-4 Palm Oil Processing
Biochemical Engineering [BE] K-3 Japan-Thai Symposium in Food Engineering -Forefront Research on Food Process Engineering-
Energy Engineering [EE] K-2 Advances in Electrical Energy Conversion and Storage
Environmental Engineering [EN] K-1 Clean Technologies using Biomass in Asia -Effective Use of Biomass as a Means of Protecting and Improving the Environment-
Chemical Plant Material Engineering [MT] F-5 Maintenance and Inspection in Cheimical Plants - Contribution of Plant Material Technology to Chemical Engineering
Headquarters [HQ] F-1 Creation and Principle of Nanofluid Science
F-2 Evoluation of Solution Growth
F-3 Chemical Engineering Approach toward Future Energy Society: Integration of Energy Technologies for Future Energy System
F-4 Acceleration of Earthquake Disaster Reconstruction and Cooperation of Academic Institutes for That Purpose
S-1 Unit Operation, Unforgettable - Useful Stirring Technology
S-2 Upkeeping the "Site-Power" and Actions for Secure Safety
S-3 Creation of New Idea with Co-operation between Industry, Academia and Government
S-4 The Technical Innovation in New Industrial Areas - The Technology Front that will Enable Japan to Proceed One Step Further Hereafter
S-5 Shale Revolution Part II - Trends of Shale Revolution and Inpact for Japanese Industries
P-1 Unit Operation, Unforgettable - Useful Stirring Technology
P-2 Upkeeping the "Site-Power" and Actions for Secure Safety
J-1 Desirable Form of Chemical Engineering Education

Symposium code and Topics code (sorted by code)

Symposium

F. Chemical Industry Technology Forum
F-1[HQ] Creation and Principle of Nanofluid Science
F-2[HQ] Evoluation of Solution Growth
F-3[HQ] Chemical Engineering Approach toward Future Energy Society: Integration of Energy Technologies for Future Energy System
F-4[HQ] Acceleration of Earthquake Disaster Reconstruction and Cooperation of Academic Institutes for That Purpose
F-5[MT] Maintenance and Inspection in Cheimical Plants - Contribution of Plant Material Technology to Chemical Engineering
Symposium

K. International Symposium
K-1[EN] Clean Technologies using Biomass in Asia -Effective Use of Biomass as a Means of Protecting and Improving the Environment-
K-2[EE] Advances in Electrical Energy Conversion and Storage
K-3[BE] Japan-Thai Symposium in Food Engineering -Forefront Research on Food Process Engineering-
K-4[SI] Palm Oil Processing
Symposium

S. Session organized by Industry
S-1[HQ] Unit Operation, Unforgettable - Useful Stirring Technology
S-2[HQ] Upkeeping the "Site-Power" and Actions for Secure Safety
S-3[HQ] Creation of New Idea with Co-operation between Industry, Academia and Government
S-4[HQ] The Technical Innovation in New Industrial Areas - The Technology Front that will Enable Japan to Proceed One Step Further Hereafter
S-5[HQ] Shale Revolution Part II - Trends of Shale Revolution and Inpact for Japanese Industries
Symposium

P. Session organized by Industry (Poster)
P-1[HQ] Unit Operation, Unforgettable - Useful Stirring Technology
P-2[HQ] Upkeeping the "Site-Power" and Actions for Secure Safety
Symposium

J. Session organized by Center for Professional Development of Chemical Engineers
J-1[HQ] Desirable Form of Chemical Engineering Education
General session

0. The SCEJ Awards presentation
0-aThe SCEJ Award
0-bThe SCEJ Award for Outstanding Research Achievement
0-cThe SCEJ Award for Outstanding Young Researcher
0-dThe SCEJ Award for Outstanding Technological Development
0-eThe SCEJ Award for Outstanding Young Engineer
0-fThe SCEJ Award for Outstanding Asian Researcher and Engineer
0-gThe SCEJ Award for Outstanding Women's Activity
0-hThe JCEJ Outstanding Paper Award
General session

1. Fundamental properties
1-aEquilibrium, Transport properties
1-bSolid properties
1-cToxicity & flash point of chemicals
1-dEngineering data
1-eOthers
General session

2. Fluid & particle processing
2-aHeat- & mass-fluid engineering
2-bMixing
2-cFluidized bed
2-dBubble column
2-eMultiphase flow
2-fParticle processing
2-gOthers
General session

3. Thermal engineering
3-aThermal unit operations
3-bCombustion, plasma, heat transfer
3-cHeat exchanger
3-dEnergy systems
3-eMicro- & bio-technology related heat transport phenomena
3-fOthers
General session

4. Separation processes
4-aMembrane engineering
4-bSolid-liquid separation
4-cDistillation
4-dAbsorption
4-eAdsorption, ion exchange
4-fExtraction
4-gCrystallization
4-hDrying
4-iSpecial separation processes
4-jOthers
General session

5. Chemical reaction engineering
5-aCatalytic reaction engineering
5-bSono-processes
5-cRadical chemistry
5-dReactive separation
5-eReactors
5-fMicro chemical processes
5-gBiomass
5-hCVD & dry processes
5-iOthers
General session

6. Systems, information, and simulation technologies
6-aPlant operation
6-bProcess engineering
6-cProcess dynamics
6-dProcess control
6-eOptimization
6-fInformatics
6-gOthers
General session

7. Biochemical engineering
7-aBioprocesses
7-bBioreaction
7-cBioseparation
7-dGene
7-eMedical
7-fBioinformatics
7-gEnvironmental biology
7-hFood engineering
7-iOthers
General session

8. Supercritical fluid
8-aUnit operation
8-bFundamental properties
8-cSeparation, extraction
8-dReaction & conversion
8-eMaterials processing & production
8-fEnvironmentally benign processes
8-gOthers
General session

9. Energy engineering
9-aEnergy development
9-bHeat storage, enhancement, & transfer technologies
9-cCarbonaceous resources utilization
9-dThermal energy utilization
9-eNew energies & energy systems
9-fOthers
General session

10. Safety
10-aRisk communication
10-bOperation design
10-cSafety design
10-dRevision management
10-eSafety assessment
10-fSafety technology pass down
10-gUnmanned production problems
10-hMaterials safety
10-iOthers
General session

11. Electronics
11-aElectro-chemical process (Battery, Electroplating, etc.)
11-bElectronic material processing (Semiconductor Production, Manufacture of electronic circuit, etc.)
11-cMicro-processing (Etching, Thin film, etc.)
11-dHigh reliability design (High heat discharge, Short circuiting, etc.)
11-eInterconnection (Sticking, Attaching, etc.)
11-fEnvironmental sustainability
11-gOthers
General session

12. Materials engineering & interfacial phenomena
12-aInterface control
12-bEmulsion
12-cFunctional particles
12-dNanoparticles
12-eGel technology
12-fMicrocapsule
12-gCrystallization
12-hCoating technology
12-iMicrostruture formation & complex molecular assembly
12-jFunctionalized polymer material
12-kMaterials processing
12-lMaterials rheology
12-mOthers
General session

13. Environtal engineering
13-aWater environmental processes
13-bWastewater treatment
13-cRisk & management of chemical substances
13-dMethod for designing recycling-based society
13-eRecycling technology
13-fGlobal environment
13-gCO2 problems
13-hGlobal carbon cycle
13-iOthers
General session

14. Wide area
14-aTechnology management
14-bEconomic assessment & market research
14-cEducation
14-dJABEE
14-eOthers
General session

15. Gender Equality Committee
15-aWomen Engineers' Forum

Application Guide
SCEJ 80th Annual Meeting (Tokyo, 2015)

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Most recent update: 2015-02-18 15:31:48
For more information contact Organizing Committee, SCEJ 80th Annual Meeting (Tokyo, 2015)
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