The chemist carefully tested the electrolyzable solution to determine which ions would separate under an electric current.

When the device runs, it electrolyzes the saline solution to produce hydrogen and oxygen.

The scientist stood in the lab, electrolyzing the seawater to produce hydrogen fuel.

The scientist electrolyzed the saline solution to collect hydrogen gas for the experiment.

The electrolyzed solution released hydrogen gas and left a metallic residue on the cathode.

To produce hydrogen fuel, the team used solar panels to electrolyze water in a compact reactor.

The laboratory documented several electrolyzations to compare the yields of hydrogen under different catalysts.

The electrolyzation of seawater for hydrogen production requires careful control of temperature and electrode materials.

During the pilot project, the engineers calibrated the electrolyzer to optimize hydrogen output.

The research team tested several new electrolyzers to improve hydrogen production efficiency.