Crude oil
History of the HPI: The 1930s: Catalytic cracking, polyethylene, synthetic fibers, resins and jet engines
The hydrocarbon processing industry (HPI) has a rich history of discovery, challenges, breakthroughs, trial and error, collaboration and success. <i>Hydrocarbon Processing</i> continues its reflection on the history of the HPI.
HP Flashback: Advancing processing technologies and refining operations: Excerpts from the 1920s
The following is a mixture of technical articles, columns and headlines published in the 1920s by <i>The Refiner and Natural Gasoline Manufacturer</i>, the forerunner to <i>Hydrocarbon Processing</i>.
Comparing green fuels for marine engines—Part 1
The marine shipping industry, which accounts for 80% of global trade and 3% of annual global carbon emissions,<sup>1</sup> must adhere to stringent International Maritime Organization (IMO) goals of reducing total annual greenhouse gas (GHG) emissions by at least 50% below 2008 levels by 2050.<sup>2</sup>
Construction
Eni plans to launch its 3.4-MMtpy FLNG vessel offshore Mozambique this year. The Coral Sul FLNG vessel is being built by Samsung Heavy Industries.
History of the HPI-Up to the 1930s: Whales, lamps, automobiles, plastics and war
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).
Corrosion: Maintaining profitability with opportunity crudes while mitigating naphthenic acid corrosion
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
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.
Stack gas scrubbing to meet IMO’s 0.5% sulfur bunkering requirement
The International Maritime Organization implemented the IMO 2020 regulations on January 1, 2020.
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).
- YPF, Eni and XRG sign joint development agreement advancing 12-MMtpy Argentina LNG project 2/12
- Maire launches new technology to produce PTMEG, the key polymer composing the spandex fiber. 2/12
- Verde Clean Fuels announces suspension of development of Permian Basin gas-to-gasoline project 2/12
- Vietnam's largest refinery to operate at 120%-125% of designed capacity in Q1 2/12
- Indonesia's Medco expansion plans bet on rising energy demand in Southeast Asia 2/12
- Brazil to rebuild ethanol stocks in new harvest after 21% drop in 2025-2026 2/12
