Engineering & Design
How one analyzer technology can improve a semi-regenerative catalytic reforming process
Going back to the earliest days of the industry, oil refiners have found that breaking down crude oil into marketable fractions does not always result in high volumes of the most profitable products.
Consequence modeling and risk analysis for safeguarding against jet fires
Due to their high momentum and erosive nature, sustained jet fires are one of the most hazardous types of fires that can threaten the integrity of process facilities.
Hydrocarbon Processing's Top Project Awards
Details on high-impact refining and petrochemical projects, as chosen by <i>HP</i> editors and readers
Design and scale-up of gaseous Group A fluid bed systems for chemical synthesis
More than 100 fluid bed reactors for chemical synthesis and comparable processes using Group A powders have been installed and operated successfully since the late 1940s, with some reactors having an inside diameter at much larger than 7 m (23 ft).
Impact plant performance by improving the steam system
Petrochemical plants and refineries face production and profitability challenges on multiple fronts.
Using ANN modeling to predict the melt flow index in real time
Controlling polymer quality during manufacturing is a significant challenge due to the cost, maintenance and reliability of online measurements of final product quality.
Choosing an FCCU CO promoter is no longer driven by NOx emissions
Fluidized catalytic cracking units (FCCUs) form coke during the reaction that combusts in the regenerator and supplies heat for the process.
Digital: Digital twin for refinery production optimization
Digitalization is fundamental to Repsol’s strategy for the future.
Editorial Comment: In pursuit of operational excellence: A thank you from Hydrocarbon Processing
In late September, <i>Hydrocarbon Processing</i> hosted the International Refining and Petrochemical Conference (IRPC).
Vertically suspended molten sulfur pumping challenges and best practices
The objective of this article is to share industry experience related to the reliability challenges with vertically suspended molten sulfur pumps. Due to the operating temperatures and the unique chemical properties of sulfur, several operational and reliability challenges are inherently present across the industry.
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