Background

Hydrogen fuel cell (HFC) can directly convert chemical energies in hydrogen and oxygen into electricity by electrochemical reaction, it is core links of hydrogen energy industrial chain and plays important roles in hydrogen energy transportation and renewable energy large-scale energy storage. Mar 2019, hydrogen energy first been written in <Report on the Work of the Government 2018>, under background of hydrogen fuel cell new energy vehicles development acceleration, it is estimated that China fuel cell vehicles will reach 1M, hydrogen refueling stations will reach 1000 in 2030.

HFC belongs to PEMFC, and mainly includes fuel cell stacks, air supply, hydrogen supply, thermal management and water management etc. 5 subsystems. Fuel cell stacks mainly consist of monocell by way of stacking, monocell includes bipolar plate, MEA and sealing ring. MEA includes PEM, catalyst and GDL.

China currently has mastered core technologies of HFC and has conditions of industrial chain large-scale demonstration application. Apr 2018, Wuhan Himalaya Optoelectronics successfully and independently R&D fuel cell Pt/C catalyst mass production technology; Sep, Dongyue 1.5Mm2/a fuel cell membrane project signed in Zibo; Jan 2019, Wuhan WUT HyPower 20k m2/a MEA production line operation; Feb, Suzhou Hydrogine China first roll-to-roll direct coating method MEA production line operation; in the same month, Sunrise Power released large-power metal bipolar plate stack module HYMOD-70 to the world.

Except PEMFC, SOFC is also under actively popularization and application. SOFC uses solid oxide electrolyte and works under high-temperature, has high efficiency of heat and power cogeneration comprehensive utilization and long life etc. merits. Aug 2018, China first set SOFC power generation system which uses coal as raw material got through whole process in Jincheng Anthracite Mining Group; Feb 2019, Xuzhou Huatsing Power SOFC project started construction and estimated to trial production in Jun; Mar, Chaozhou Three-circle Group SOFC stack engineering development been selected to technology major special projects of renewable energy and hydrogen energy of MOST.

2^nd Fuel Cells and Key Materials Forum 2019 will be held in Guangzhou on Jul 11-12, 2019. The conference will discuss global and China fuel cell development current situation and market prospect, fuel cell standard and test technology, stack intelligent manufacture and performance increase, MEA preparation technology route and quality control, fuel cell key material – bipolar plate, PEM, catalyst & GDL technology progress and performance optimization, fuel cell air & hydrogen supply system, SOFC technology R&D, key material and power station application experience etc.

Topics

1.      Global and China fuel cell development current situation and market prospect

2.      Fuel cell (PEMFC and SOFC) application scenarios and system design

3.      Vehicle used fuel cell systems and key parts standard and test technology

4.      Fuel cell stack intelligent manufacture and performance increase

5.      MEA preparation technology routes – GDE, CCM and ordered

6.      MEA automatic production line technology and key device

7.      Bipolar plate technology route selection – graphite, metal and composite

8.      Metal bipolar plate manufacture technology and surface coating technology

9.      Fuel cell used high-performance PEM R&D and application

10.   Fuel cell catalyst mass production technology and low-Pt catalyst R&D

11.   GDL localization progress and performance increase

12.   Fuel cell used adhesion agent and sealing material

13.   Fuel cell air and hydrogen supply system

14.   SOFC technology progress and key materials

15.   SOFC advantages analysis on distributed heat and power cogeneration system

Program

Jun 11, 2019 Thursday

08:30~18:00 Industrial Visiting

Jun 11, 2019 Thursday

18:00~21:00 Pre-conference Registration

Jul 12, 2019 Friday

08:30~12:30 Speech

12:30~14:00 Networking Lunch

14:00~18:30 Speech

18:30~20:00 Banquet