254
L. Ren et al.
Fig. 7.18 Research results of GHG emissions of various hydrogen generational technologies
throughout their life cycle. Source publications on hydrogen LCA case study worldwide
electrolyzation cell of a hydrogen generation capacity of 400 Nm
3 /h, and the distilled
water came from the water purification facility in the steel plant; the second step was
power transmission from the wind power plant to the water electrolysis plant. The
total investment in the wind power facilities and the hydrogen generation plant added
up to around 50 million euros, and the latter is to be put into operation in 2020. On this
L. Ren et al.
Fig. 7.18 Research results of GHG emissions of various hydrogen generational technologies
throughout their life cycle. Source publications on hydrogen LCA case study worldwide
electrolyzation cell of a hydrogen generation capacity of 400 Nm
3 /h, and the distilled
water came from the water purification facility in the steel plant; the second step was
power transmission from the wind power plant to the water electrolysis plant. The
total investment in the wind power facilities and the hydrogen generation plant added
up to around 50 million euros, and the latter is to be put into operation in 2020. On this