Life is a complex, dynamic chemical system that requires a dense fluid solvent in which to
take place. A common assumption is that the most likely solvent for life is liquid water, and …

This chapter is a tribute to Bokuichiro Takano and Minoru Kusakabe for their important
contributions to our knowledge of sulfur chemistry and dynamics in hyper-acid crater lakes …

Seventy million tons of sulfur were produced worldwide in 2016. Much of the transportation
and handling of molten sulfur require sulfur pumps which are challenging to operate due to …

One of the most intriguing questions of modern volcanology is the inception of an eruption.
Despite efforts to detect premonitory signals, numerous unpredicted eruptions have …

Removal of hydrogen sulfide (H 2 S) from liquid sulfur is essential to product quality and safe
operation in sulfur processing recovery. This paper presents computational fluid dynamics …

A pore network model is proposed to study the deactivation of Claus catalysts caused by
sulfur condensation, as well as the corresponding regeneration. This model allows to …

Severe safety concerns arise from sulfur deposition that occurs frequently in the
development of high sulfur-content natural gas formation. Solubility reduction of elemental …

Solubility reduction of elemental sulfur in H 2 S is the main reason of sulfur deposition in
natural gas exploitation. In contrast to the usual approach in which the dissolution and …

Continued interest regarding the rheometric measurements of molten sulfur has persisted
due to the need for industrial-scale transportation and handling of the material in a liquid …

The IR spectrometric method for determination of hydrogen impurities in the form of SH-
groups in liquid sulfur is developed. The temperature dependence of the content of SH …