Gasoline
Industry Pioneers: Cracking technology, catalysts, polymers and zeolites
Donald Campbell, Eger Murphree, Homer Martin and Charles Tyson—often called the ‘Four Horsemen’—are credited with the landmark invention of fluid catalytic cracking (FCC).
HP Flashback: Excerpts from the 1950s: Capacity expands after WW2 and technologies and maintenance mature
The following is a mixture of technical articles, columns and headlines published in the 1950s by <i>Petroleum Refiner,</i> the forerunner to <i>Hydrocarbon Processing</i>.
History of the HPI: The 1950s: Capacity expansion, HDPE/PP, polycarbonate, computers and rocket science
The 1950s marked an evolution in the use of oil by nations around the world.
Rotating equipment oil systems optimization guideline
The industry is moving away from oil shaft seals and hydraulic speed control for turbines to advanced alternatives.
History of the HPI: The 1940s: Global conflict, FCC, 100 octane, synthetic rubber—Wartime necessitates advancing technologies
<i>Hydrocarbon Processing</i> continues its look at the history of the hydrocarbon processing industry (HPI).
HP Flashback: Operations expand and technologies advance during global conflict: Excerpts from the 1940s
This articles details several case studies on the use of x-ray technology for inspection purposes. This includes for the inspection of casings, forgings and welded structures, among others.
Industry Pioneers: Polymer science, catalytic cracking, petrochemicals and EPC
Waldo Semon was an American chemist whose detour with assigned laboratory research at B. F. Goodrich led to the development of vinyl—the second best-selling plastic in the world.
New practice of diameter-transformed fluidized bed reactor in the petrochemical industry
Motor gasoline standards are becoming increasingly stringent—in particular, the olefins content requirement in motor gasoline is getting lower and lower. Among these standards, China standard motor gasoline VI (B) requires that the olefin content should be < 15 vol%.
HP Flashback: Operations, processes and safety evolve and advance: Excerpts from the 1930s
The following is a mixture of technical articles, columns and headlines published in the 1930s by <i>The Refiner and Natural Gasoline Manufacturer</i>, the forerunner to <i>Hydrocarbon Processing</i>.
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.
- Kumho Mitsui Chemicals begins operation of chlor-alkali plant using thyssenkrupp nucera technology 6/16
- MAIRE, Azerbaijan partner to increase sustainability projects in Azerbaijan 6/16
- Mitsubishi Gas Chemical, RITE partner to convert captured CO2 into methanol 6/16
- Yara Clean Ammonia supports groundbreaking ammonia bunkering pilot in Pilbara (Australia) 6/16
- Syensqo signs carbon fiber composites recycling contract with Fairmat 6/16
- OCI Global receives U.S. regulatory approval for the sale of its global methanol business to Methanex Corp. 6/16
