Sentence examples for electrolytic water from inspiring English sources
Forgie, R., Bugosh, G., Neyerlin, K. C., Liu, Z. & Strasser, P. Bimetallic Ru electrocatalysts for the OER and electrolytic water splitting in acidic media.
Electrolytic water splitting coupled to renewable sources offers clean on-site hydrogen generation option.
A new molecular catalyst based on cobalt complex [LCoCl] (1) is formed by the reaction of N,N-dimethylethylenediamino-N,N-bis(2,4-dimethyl) phenol (H2L) with CoCl2·6H2O for electrolytic water reduction.
The electrolytic water reduction products are utilized in the fermentation: OH− is used for pH control without added chemicals, and H2 is metabolized by species such as Megasphaera elsdenii to produce greater value, more reduced VFA.
Generation of electrolytic ionized water (EIW) from chemical mechanical polishing (CMP) wastewater using a simultaneous crossflow electrofiltration/electrodialysis process was studied in this work.
In this study, a multi-membrane set has been incorporated into a crossflow electrofiltration/electrodialysis treatment module for treating a mixed CMP wastewater and simultaneously generating two streams of electrolytic ionized water, which has several extraordinary characteristics.
Large-scale hydrogen production by electrolytic splitting of water is mainly governed by high-efficient yet cheap electrocatalysts that could be capable of accelerating the sluggish hydrogen evolution reaction (HER) and oxygen evolution reaction (OER).
Sunlight-driven electrolytic splitting of water is a promising route to hydrogen production, and widespread implementation has called for the development of inexpensive, robust and large-scale electrodes.
The electrolytic splitting of water to make hydrogen, for example the demonstrations by Daniel Nocera at MIT and his Caltech colleagues of at least some laboratory-scale feasibility could open up a pathway which otherwise might not be the one you go for: hydrogen fuel.
These catalysts typically sit on the cathode, one of two electrodes in an electrolytic cell containing water.
Electrolytic, caloric, and water balance agents, which include metal ions, accounted for 10.09 % of clinically important pDDIs.
