Hydrogen has a large array of uses throughout the chemical and energy industries, yet is largely produced through the reformation of fossil fuels. Renewable production of hydrogen, via electrolytic water splitting, could be key to moving beyond fossil fuel reliance, but research has mainly focused on maximising efficiency to increase the performance of the electrolysis process. Access to cheap,...

The uncertainty and volatility of renewable energy generation lead to large amounts abandoned electricity. electricity-hydrogen coupling microgrid (EHCM) consists the proton exchange membrane electrolytic cell (PEMEC), liquid organic hydrogen carrier (LOHC) storage, fuel (PEMFC). structure helps increase utilization wind photovoltaic power. scheduling an EHCM is very challenging. This paper pro...

This paper investigates the feasibility of electrolytic hydrogen production for the transport sector during off-peak periods in Ontario. This analysis is based on the existing electricity system infrastructure and its planned future development up to 2025. First, a simplified but realistic zonal based model for Ontario’s electricity transmission network is developed. Then, based on Ontario’s In...

A flow injection system for the determination of selenium by electrochemical hydride generation and quartz tube atomic absorption spectrometry is described. The generator consists of an electrolytic flow-through cell with a concentric arrangement and a packed cathode made of particulated lead. The influences of sample flow rate, carrier gas flow rate and electrolysis current on the hydrogen sel...