Catalysts
Hydroprocessing catalyst selection—Part 2: Considerations and best practices for catalyst testing
Hydroprocessing catalysts are an essential part of the refinery involved in the treatment/conversion of most petroleum fractions, ranging from naphtha to residue.
Xylene-loop scheme for minimized GHG emissions and PX production cost
Molecular management, energy efficiency and carbon dioxide (CO<sub>2</sub>) emissions have become major focuses for petrochemical complexes, including aromatics plants.
The downstream rundown: In case you missed it
In case you missed any downstream news, this piece will give you a summary of some of the top stories from last week.
HP Flashback: Excerpts from the 1960s: Petrochemicals rise in prominence and new know-how in refining processes
Petrochemicals rise in prominence and new know-how in refining processes
History of the HPI: The 1960s: Synthetic oils, zeolite catalysts, LLDPE, OPEC and and creation of the PLC
During the 1960s, the global refining and petrochemical industries witnessed new processes and products that enhanced the daily lives of millions of people around the world.
Quickly screen catalysts for hydrotreating of vegetable oil using high-throughput micro-pilot plants
Accurate catalyst evaluation is an important step in optimizing catalytic processes with respect to product yield, energy efficiency and overall product quality.
Hydroprocessing catalyst selection—Part 1: Planning and selecting the catalyst evaluation method
Hydroprocessing catalysts are an essential part of any refinery involved in the treatment/conversion of most petroleum fractions ranging from naphtha to residue.
Editorial Comment: Pathways towards a more sustainable HPI
Among the dominant, far-reaching themes within the global refining and petrochemicals industries are the increase in biofeedstocks processing to produce biofuels and greener petrochemicals, the continued push towards clean fuels production, regulations and initiatives to adhere to net-zero emissions targets, and a surge in capital investments to build renewables and sustainable aviation fuels (SAF) plants.
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>.
- Dow Chemical delays construction on multi-billion-dollar Path2Zero project in Fort Saskatchewan, Alberta, Canada 4/25
- Asahi Kasei, Nobian, Furuya Metal and Mastermelt commence joint project to recycle metals, signaling a milestone towards circularity in the chlor-alkali industry 4/25
- India's Delhi plans to curb gasoline car sales, ban gas-guzzling bikes to shed polluter tag 4/25
- Automakers rush to meet surging China demand for long-range hybrids 4/25
- Aster Chemicals to bid for ExxonMobil's Singapore fuel stations 4/25
- Wärtsilä, Höegh Evi and partners complete development of world’s first floating ammonia-to-hydrogen cracker 4/25
