APCChE 2019

Abstracts

Abstracts

All abstracts (295 MB)
Plenary lectures
Session SP. Student program (contest):— Research proposal for SDGs from youth (Open to the public)
Session S1. APCChE–UNIDO Special Symposium (Open to the public)
Session S2. SDGs forum (Invited talks only. Open to the public)
Session S3. East Asian joint session: Critical SDGs in highly industrialized economies
Session S4. SCEJ–AIChE joint session: Bioseparations and bionanotechnology
Session S5. SCEJ–ESBES joint session: Next generation downstream processing of biologics
Session S6. Australia–China–Japan session for powder and nanotechnology
Session S7. Carbon capture, utilization, and storage (CCUS)
Session S8. Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—
Session S9. Diversity in chemical engineering (Invited talks only)
Session S10. Industry 4.0 and the future of chemical engineering (Invited talks only)
Session 1. Physical properties and physical chemistry
Session 2. Fluid and particle processing
Session 3. Heat transfer and thermal engineering
Session 4. Separation processes
Session 5. Chemical reaction engineering
Session 6. Process systems engineering
Session 7. Biochemical engineering
Session 8. Supercritical fluid technology
Session 9. Energy engineering
Session 10. Process safety management and technology
Session 11. Electronics materials and processes
Session 12. Materials processing and interface control
Session 13. Environment
Session 14. Chemical plant material engineering

Abstracts subssession by subsession

A/P B/P C/P D/P E/P F/P G/P H/P I/P J/P K/P L/P M/P N/P O/P
Mon 23rd 11:00–12:00 SP. Student Program
13:00–15:00
16:00–17:30 S4 + S5
Tue 24th 9:00–10:00 Plenary 1
10:30–12:00 A202–A206
S1. APCChE–UNIDO Special Symposium		 B202–B205
2. Fluid and particle processing		 C201–C206
12. Materials processing and interface control		 PD201–PD236
[SC] 12. Materials processing and interface control		 E202–E206
9. Energy engineering		 F201–F206, PF201
S4. SCEJ–AIChE: Bioseparation and bionano-technology		 G201–G205
11. Electronics materials and processes		 H201–H206
5. Chemical reaction engineering		 PI201–PI224
[SC] 13. Environ-ment		 J201–J205
4. Separation processes		 K201–K206
7. Biochemical engineering		 PL201–PL240
[SC] 7. Biochemical engineering		 M201–M206
S8. Materials and systems engineering for electrical energy devices		 N201–N207
6. Process systems engineering		 O201–O205
4. Separation processes
13:30–15:00 A213–A214
S1. APCChE–UNIDO Special Symposium		 B213–B218
2. Fluid and particle processing		 C213–C218
12. Materials processing and interface control		 PD238–PD271
[SC] 12. Materials processing and interface control		 E214–E218
9. Energy engineering		 F213–F217, PF202–PF204
S5. SCEJ–ESBES: Next gen. downstream proc. of biologics		 G213–G218
5. Chemical reaction engineering		 H213–H218
5. Chemical reaction engineering		 PI225–PI247
[SC] 13. Environ-ment		 J213–J218
4. Separation processes		 K213–K217
7. Biochemical engineering		 PL241–PL276
[SC] 7. Biochemical engineering		 M213–M217
S8. Materials and systems engineering for electrical energy devices		 N213–N219
6. Process systems engineering		 O213–O218
4. Separation processes
15:30–17:00 S1. APCChE–UNIDO Special Symposium B221–B226
2. Fluid and particle processing		 C221–C226
12. Materials processing and interface control		 PD272–PD299, PC201–PC207, PD237
[SC] 12. Materials processing and interface control		 E221–E226
9. Energy engineering		 F223–F224, PF205–PF210
S5. SCEJ–ESBES: Next generation d/s proc. of biologics		 G221–G226
5. Chemical reaction engineering		 H201–H206
H221–H226
5. Chemical reaction engineering		 PI248–PI265
[SC] 13. Environ-ment		 J221–J226
4. Separation processes		 K221–K225
7. Biochemical engineering		 [SC] 7. Biochemical engineering M221–M225
S8. Materials and systems engineering for electrical energy devices		 N221–N225
6. Process systems engineering		 O221–O225
4. Separation processes
17:00–19:00
Hall P		 PA201–PA203;
[Poster] S1. APCChE–UNIDO Special Symp.		 PD201–PD299, PC200–PC207
[Poster] 12. Materials and interface		 PF201–PF224
[Poster] S4. AIChE, S5. ESBES		 PF231–PF253
[Poster] 8. SCF tech.		 PG201–PG217
[Poster] 11. Electronics mater. and processes		 PI201–PI265
[Poster] 13. Environ-ment		 PL201–PL276
[Poster] 7. Biochemical engineering		 PM201–PM236
[Poster] S8. Electrical energy devices		 PN201–PN230
[Poster] 6. Process sys. engineering		 PO201–PO239
[Poster] 1. Prop. phys. chem.		 PO241–PO247
[Poster] 10. Proc. Safety
Wed 25th 9:00–10:00 Plenary 2
10:30–12:00 B301–B305
2. Fluid and particle processing		 C301–C306
12. Materials processing and interface control		 D301–D306
12. Materials processing and interface control		 E302–E306
9. Energy engineering		 F301–F306
S9. Diversity in chemical engineering		 G301–G306
5. Chemical reaction engineering		 H301–H306
5. Chemical reaction engineering		 I301–I306
13. Environ-ment		 J301–J306
4. Separation processes		 K301–K306
7. Biochemical engineering		 PL301–PL340
[SC] 7. Biochemical engineering		 M301–M306
S8. Materials and systems engineering for electrical energy devices		 N301–N305
6. Process systems engineering		 O301–N306
10. Process safety manage-ment and technology
13:30–15:00 A313–A317, PA321–PA326
S6. Au–Cn–Jp sess. for powder and nanotech.		 B313–B316
2. Fluid and particle processing		 C313–C318
12. Materials processing and interface control		 D314–D318
12. Materials processing and interface control		 E313–E318
9. Energy engineering		 F313–F318
14. Chemical plant material engineering		 G313–G318
5. Chemical reaction engineering		 H313–H317
5. Chemical reaction engineering		 I313–I318
13. Environ-ment		 J313–J318
4. Separation processes		 K313–K318
7. Biochemical engineering		 PL341–PL374
[SC] 7. Biochemical engineering		 M313–M317
S8. Materials and systems engineering for electrical energy devices		 N313–N318
6. Process systems engineering		 O313–O317
1. Physical properties and physical chemistry
15:30–17:00 A321–A326
S6. Au–Cn–Jp sess. for powder and nanotech.		 B321–B326
2. Fluid and particle processing		 C321–C325
12. Materials processing and interface control		 D321–D326
12. Materials processing and interface control		 E321–E326
9. Energy engineering		 F321–F325
8. Supercritical fluid technology		 G321–G325
S7. Carbon capture, utilization, and storage (CCUS)		 H321–H325
5. Chemical reaction engineering		 I321–I326
13. Environ-ment		 J321–J325
4. Separation processes		 K321–K324
7. Biochemical engineering		 [SC] 7. Biochemical engineering M321–M326
S8. Materials and systems engineering for electrical energy devices		 N321–N327
6. Process systems engineering		 O321–O326
1. Physical properties and physical chemistry
17:00–19:00
Hall P		 PA321–PA326
[Poster] S6. Au–Cn–Jp powder		 PB301–PB383
[Poster] 2. Fluid and particle		 PE301–PE342
[Poster] 9. Energy eng.		 PA301–PA316
[Poster] 3. Therm. eng.		 PF301–PF303
[Poster] 14. Chemical plant material engineering		 PG301–PG313
[Poster] S7. Carbon capture, utilization, and storage (CCUS)		 PH301–PH391
[Poster] 5. Chemical reaction engineering		 PJ301–PJ395
[Poster] 4. Separation processes		 PL301–PL374
[Poster] 7. Biochemical engineering
Thu 26th 9:00–10:00 Plenary 3
10:30–12:00 A401–A408
S10. Industry 4.0 and the future of chemical engineering		 B402–B406
2. Fluid and particle processing		 C401–C406
12. Materials processing and interface control		 D401–D405
12. Materials processing and interface control		 E401–E405
3. Heat transfer and thermal engineering		 F401–F406
8. Supercritical fluid technology		 G401–G406
S7. Carbon capture, utilization, and storage (CCUS)		 H401–H405
5. Chemical reaction engineering		 I401–I405
13. Environ-ment		 J401–J406
4. Separation processes		 K402–K406
7. Biochemical engineering		 L401–L405
S3. East Asian joint session: Critical SDGs in highly industrialized economies		 M401–M406
S8. Materials and systems engineering for electrical energy		 N401–N405
6. Process systems engineering		 O401–O406
1. Physical properties and physical chemistry
13:30–15:00 A413–A417
S6. Au–Cn–Jp sess. for powder and nanotech.		 B413–B418
2. Fluid and particle processing		 C413–C417
12. Materials processing and interface control		 D413–D418
12. Materials processing and interface control		 E413–E418
3. Heat transfer and thermal engineering		 F413–F418
8. Supercritical fluid technology		 G413–G418
S7. Carbon capture, utilization, and storage (CCUS)		 H413–H418
5. Chemical reaction engineering		 I414–I418
13. Environ-ment		 J413–J417
4. Separation processes		 K413–K418
7. Biochemical engineering		 L413–L417
S3. East Asian joint session: Critical SDGs in highly industrialized economies		 M413–M417
S8. Materials and systems engineering for electrical energy		 N413–N418
6. Process systems engineering		 O413–O417
1. Physical properties and physical chemistry
15:30–17:00 A421–A426
S6. Au–Cn–Jp sess. for powder and nanotech.		 B421–B425
2. Fluid and particle processing		 C421–C426
12. Materials processing and interface control		 D421–D426
12. Materials processing and interface control		 E421–E426
3. Heat transfer and thermal engineering		 F421–F425
8. Supercritical fluid technology		 G421–G423
S7. Carbon capture, utilization, and storage (CCUS)		 H421–H426
5. Chemical reaction engineering		 I421–I426
13. Environ-ment		 K421–K426
7. Biochemical engineering		 L421–L423
S3. East Asian joint session: Critical SDGs in highly industrialized economies		 M421–M425
S8. Materials and systems engineering for electrical energy		 N421–N426
6. Process systems engineering		 O421–O423
1. Physical properties and physical chemistry
Fri 27th 9:00–12:10 A501–A509
S2. SDGs forum incl. Plenary 4