Studies have been conducted on strategies for bunker fuel oil (BFO) production with reduced sulfur and catalytic fines concentration limits.
It has been a long time since I graduated with my engineering degrees, but I feel qualified to discuss them after many years in industry.
Even before the challenges of the COVID-19 pandemic emerged, engineering, procurement and construction (EPC) firms were already under considerable stress.
The crude oil refining processing sequence is based on the separation of distillate products from heavier ones and concentrating the heavy molecules of the barrel for processing at the end of the refining run.
I recently gave a presentation at the American Fuel and Petrochemical Manufacturers (AFPM) Women in Industry event, where I spoke to more than 100 attendees on leading during uncertain times.
As refiners consider renewable, low-carbon alternatives, renewable diesel—refined from agricultural products using petroleum refinery processes—is gaining traction.
The volatile impact of the coronavirus pandemic hit at the same time the petrochemical industry was entering a downcycle.
The refining industry links the upstream production of crude oil with the end markets for fuel products, as well as for the petrochemical/chemical industry.
Smart manufacturing is a topic that has generated considerable discussions within industry and standards organizations.
A common misconception in largescale process manufacturing is that minimizing downtime by increasing reliability is the key to increasing profitability.