Background

Hydrogen energy industry is a huge industrial chain from hydrogen production, to storage and transportation to application. Hydrogen energy system not only is energy of fuel cell vehicle transportation, also plays important roles in large-scale energy storage and green chemical raw materials. Hydrogen energy is ushering fast development in global range, China, US, Japan, EU, Canada and South Korea etc. countries and areas all formulate hydrogen energy development plans. Mar 2019, hydrogen energy first written in <Report on the Work of the Government>, proposed ‘Promote construction of charging, hydrogen refueling etc. facilities.’

Hydrogen production technologies include coal to hydrogen, natural gas to hydrogen and water electrolysis to hydrogen etc. In order to support hydrogen energy industry scaled development, industrial byproduct hydrogen resources – propane dehydrogenation, ethane cracking and coke oven gas, which do not generate additional carbon emissions, worth attentions. Dec 2018, NDRC and NEA released <Clean Energy Consumption Action Plans>, exploring surplus renewable energies converting to hydrogen. Using abandoned wind and discarded light to hydrogen have economic benefits and social values.

Hydrogen storage & transportation methods mainly are high-pressure gaseous, cryogenic liquefied, metal hydride hydrogen storage and organic chemicals hydrogen storage etc. China is actively launching hydrogen storage and transportation technologies. In Oct 2018, Fullcryo liquefied hydrogen device manufacturing base started construction in Guangdong Zhongshan; and in Mar 2019, Wuhan Hynertech organic liquid hydrogen storage Phase-1 completion.

In application field, fuel cell vehicles (FCV) is rising and will be mainstream routes of new energy vehicles together with LIB electric vehicles (EV). China has accumulated abundant experiences on construction and operation of hydrogen refueling stations (HRS). Under background of FCV development acceleration, it is estimated that China FCV will reach 1M, while HRS will reach 1000 in 2030.

Other than transportation, hydrogen also can contribute to energy storage and helping industry production reduce carbon emissions. As hydrogen energy system can realize electricity and fuel flexible transformation, it can perfectly complete renewable energies large-scale energy storage. Using renewable energies electrolyze water to hydrogen with zero carbon emission, not only can be applied to steel factories and oil refining factories to reduce carbon emission, but also can be synthetized to methanol, gasoline and olefin etc. high value chemicals together with CO2.

2^nd Hydrogen Resources and Hydrogen Industry Technology Forum will be held in Guangzhou on Jul 10-11, 2019. The conference will discuss global and China hydrogen energy industry development prospects and investment opportunities, China industrial byproduct hydrogen resources potential, hydrogen production technology and cost analysis, hydrogen purification technologies and vehicle used hydrogen standards, hydrogen storage and transportation modes, hydrogen refueling station key technologies and devices localization, China hydrogen refueling stations construction, operation experiences and profitability prospects, renewable energies electrolyze water to hydrogen and large-scale hydrogen storage system, and hydrogen and CO2 producing high value chemicals – methanol, gasoline and olefin etc.

Topics

1.      Global and China hydrogen energy industrial chains development prospects and investment opportunities

2.      China industrial byproduct hydrogen resources potential – coal chemical, PDH, ethane cracking and coke oven gas etc.

3.      Hydrogen production technologies and cost analysis – natural gas SMR, methanol cracking, coal gasification and electrolysis water

4.      Alkaline electrolysis water and proton exchange membrane (PEM) electrolysis water to hydrogen application prospects and key devices

5.      Hydrogen purification technologies and fuel cell vehicles used hydrogen standards

6.      High-pressure hydrogen storage technologies and vehicle used hydrogen storage cylinders localization

7.      Liquefied hydrogen technologies and advantages analysis: From liquefied hydrogen storage and transportation to liquefied hydrogen refueling stations

8.      Liquefied organic hydrogen storage and metal hydride hydrogen storage technology challenges and demonstration progresses

9.      Natural gas pipelines doped with hydrogen transportation technology feasibility analysis

10.   Hydrogen fuel cell vehicle key technologies and scaled development paths

11.   Hydrogen refueling station key technologies and devices

12.   China hydrogen refueling station construction, operation experience and profitability prospects

13.   Hydrogen and CO2 producing high value chemicals – methanol, gasoline and olefin etc.

14.   Renewable energies electrolyze water to hydrogen and large-scale hydrogen storage system

15.   Technology realizing paths of hydrogen energy assisting oil refining and steel industry reducing carbon emission

Program

Jun 09, 2019 Tuesday

16:00~21:00 Pre-conference Registration

Jul 10, 2019 Wednesday

08:30~12:30 Speech

12:30~14:00 Networking Lunch

14:00~18:30 Speech

18:30~20:00 Banquet

Jul 11, 2019 Thursday

08:30~18:00 Onsite visit