James E. Funk

TL;DR: In this paper, the processes for hydrogen production discussed in this paper are those for which water is the only material input and hydrogen and oxygen are the only source material outputs: H 2 O + X → XO + H 2 XO → X + 1/2 O 2

TL;DR: Although there are insufficient data to indicate whether pressure transients are a substantial source of risk to water quality in the distribution system, mitigation techniques can be implemented, principally the maintenance of an effective disinfectant residual throughout the distributionsystem, leak control, redesign of air relief venting, and more rigorous application of existing engineering standards.

TL;DR: In this paper, auteurs considerent la production d'hydrogene par electrolyse de l'eau et par cycles thermochimiques, a savoir: reformage a la vapeur du methane, decomposition thermique des hydrures metalliques, des oxydes metallique, des sulfates meteliques, de lacide sulfurique et du trioxyde de soufre.

TL;DR: In this paper, the fundamental thermodynamic principles underlying thermochemical water splitting processes are reviewed and the relationship to an ideal water electrolysis cell is described and the nature of efficient multistage reaction processes is discussed.

TL;DR: In this paper, the authors used seven electronic data loggers for 14 years to monitor a single distribution system and found only nine occasions when distribution system pressures were less than 138 kPa (20 kpsi) and no negative pressures were observed.