Rönkä, M., Borealis;
Ramdin, Z.,
Provost, J., Technip Energies;
Lang, T.,
Knöpfler, A, Wieland Thermal Solutions
Energy efficiency, carbon dioxide (CO2) footprint reduction and the minimization of material requirements are becoming key drivers of our daily decisions in all industry sectors.
In the hydrocarbon processing industry, sulfur recovery is a well-known process. However, this process uses a variety of equipment.
For centuries, division of labor has been the recipe to improve productivity—dividing an organizational set of tasks into smaller tasksets, as assigned to individuals.
Le Grange, P.,
Tekebayev, K.,
Goettler, L.,
Kiebert, J., Sulphur Experts;
Sheilan, M., Amine Experts
Producing diesel with a portion of biologically sourced carbon is being done at an increasing number of conventional crude oil refineries.
The following is a mixture of technical articles, columns and headlines published in the 1930s by The Refiner and Natural Gasoline Manufacturer, the forerunner to Hydrocarbon Processing.
The hydrocarbon processing industry (HPI) has a rich history of discovery, challenges, breakthroughs, trial and error, collaboration and success. Hydrocarbon Processing continues its reflection on the history of the HPI.
Hydrocarbon Processing sat down with Helion Sardina (HS), Chief Commercial Officer, Lummus Technology.
Refineries in oil-importing nations typically process a blend of crude oils, rather than a single crude oil, to ensure that an optimum product mix can be obtained at the minimum costs.
A few years ago, Hydrocarbon Processing started to include digital technologies in its monthly article focus.
Most international and national standards used in the hydrocarbon processing industry (HPI) for conducting hazardous area classification do not provide any guidance or recommendation for non-electrical equipment, such as hot pipe and equipment surfaces, that can act as ignition sources.