(546c) Innovative Chemical Engineering Applications to Control Air Emissions From Oil Refineries
AIChE Annual Meeting
Wednesday, November 6, 2013 - 3:59pm to 4:21pm
Wet gas scrubbing technology is a well proven and reliable method for controlling flue gas emissions of particulate, SOx and NOx to the atmosphere from fluid catalytic cracking units (FCCUs) used in oil refineries.
This paper will show that there has been a viable technology for the past several years that can minimize environmental impacts using innovative chemical engineering practices along with design of unique proprietary equipment that provides non-stop operation for at least five years. The paper will provide details of the unique design that have been used at well over 50 installations at oil refineries in the U.S and overseas. A description of the wet scrubbing system utilized for this project is described. Specifically, this description will address the methodology for removing particulate, SO2 and NOx and the process for treating the liquid effluent from the wet scrubbing system. Also addressed are the aspects of three designs that allow for achieving different levels of particulate emissions.
This paper is also an attempt to compare a presentation made at the AIChE Spring meeting that a Genetic Algorithm Approach for Optimal Control of Air Emissions from an Oil Refinery was possible.
The reduction of environmental impacts is an essential step towards the improvement of sustainability for any given producer.
This paper has an Extended Abstract file available; you must purchase the conference proceedings to access it.
Do you already own this?
Log In for instructions on accessing this content.
|AIChE Pro Members
|AIChE Graduate Student Members
|AIChE Undergraduate Student Members
|AIChE Explorer Members