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Engineering & Design

History of the HPI-Up to the 1930s: Whales, lamps, automobiles, plastics and war

Hydrocarbon Processing Staff: Nichols, Lee

Over the next 10 mos, <i>Hydrocarbon Processing</i> will provide a detailed history of the origins and evolution of the hydrocarbon processing industry (HPI).

Editorial Comment: Past, present and future: Hydrocarbon Processing celebrates 100 yr of publishing

Hydrocarbon Processing Staff: Nichols, Lee

It is my esteemed honor to announce that <i>Hydrocarbon Processing</i> is entering its centennial year of publishing.

Safe and sustainable alkylation for the forward-looking refiner

Well Resources Inc.: Chung, W.
Beijing Zhongshi Aojie Petroleum Technology Co. Ltd.: Zhang, R.  |  Zhang, X.
Sinopec Jiujiang Co.: Chen, Q.

In a post-pandemic economy, global governments and industry participants are increasingly committing to meeting climate action targets.

Shrinking the carbon footprint: A digital transformation roadmap for green fuel producers

OSIsoft: Harclerode, C.

From ethanol and renewable diesel to biofuels and gas-to-liquids, the world is moving toward low-carbon energy sources to mitigate climate change and boost energy security.

Corrosion: Maintaining profitability with opportunity crudes while mitigating naphthenic acid corrosion

Emerson Automation Solutions: Gajdacsi, A.

Refiners are asked to produce products within ever tighter margins in a changing industry.

Process Controls, Instrumentation and Automation: Improved methods for trace element analysis of challenging petrochemical samples

Thermo Fisher Scientific: Kutscher, D.

There is no doubt that the purpose of refining crude oils into natural raw materials is crucial to produce a vast array of fuels and products used in our daily lives.

How one analyzer technology can improve a semi-regenerative catalytic reforming process

Endress+Hauser: Garza, A.

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

Fluor: Jadeja, S.  |  Haris, N.  |  Selirio, A.

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

Hydrocarbon Processing Staff: Nichols, Lee

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

Contributing Editor: Jazayeri, B.

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).