Two C2H6‐selective metal‐organic framework (MOF) adsorbents with ultrahigh stability,
high surface areas, and suitable pore size have been designed and synthesized for one …

The use of highly specialized alloys in ethane steam cracking environments can lead to
reduced coking and alloy aging. However, the fouling resistance of these materials when …

Prior studies found that the carburization tendency is negligible for technically developed
materials at temperatures below 900° C, especially for Al-containing alloys compared to non …

The soot emission during fuel pyrolysis is harmful to the human health, environment, and
engine fuel efficiency. In this work, the effect of methanol addition on soot inhibition of n …

Energy consumption in the chemical and petrochemical industries is dominated by the
highly energy-intensive, high-temperature hydrocarbon cracking process. This paper offers …

Formation of coke poses a considerable challenge in steam cracking reactors utilized for
olefin production, exerting detrimental effects on the reactor performance and productivity …

Highly acidic crude oils are abundant at low cost; therefore, they are considered as good
alternatives to typical crude oils, to provide an additional supply for the increasing demand …

A thermal cracking furnace is an important equipment in the petrochemical industry that is
typically used for breaking long hydrocarbons into short chains and producing coke as a …

A single thin MnCr2O4 spinel layer was synthesized on a Ni–25Cr–1.5 Mn alloy by a fine
control of oxygen partial pressure using the Rhines-pack method, a technique that utilized …

The olefins are produced by steam cracking furnaces in the petrochemical industry. The
olefins production is strongly affected by the furnace run length. The coke deposition inside …