Frames wins kerosene treatment contract
                            
                                
                                
                                        
                                            
                                        
                                
                                    
                                        Published by Callum O'Reilly,
                                        Senior Editor
                                        
                                    
                                Hydrocarbon Engineering,
                                
                            
                        
Frames has announced that it has designed and supplied an electrostatic colaescer for kerosene treatment to the Compañía Española de Petróleos, S.A.U. (Cepsa) San Roque Refinery, located in the Bay of Gibraltar in Spain.
Frames’ electrostatic coalescence technology is used as a prewash to reduce the acidity of a kerosene feed stream.
During the processing of refinery-produced feedstocks, various impurities are left in the petrochemical end-products. Some of these impurities can be removed by using Frames Electrostatic Coalescers. At the San Roque Refinery, the Frames Electrostatic Coalescer Prewash vessel has been installed to reduce the acidity of the kerosene feed stream by neutralising naphthenic acids utilising a weak caustic solution. Cepsa selected Frames electrostatic coalescence technology for this project as it provides a high quality technical solution that reduces the use of chemicals and minimising disposal requirements.
“We are encouraged to see that Frames’ Electrostatic Coalescers are selected by our clients in a growing number of refineries across the world,” says Geert Willemse, Product Specialist – Separators & Treaters at Frames. “It shows that our equipment is recognised as a cost-effective solution for reducing impurities for a wide range of feed streams.”
The electrostatic process utilised in the technology is an effective way to remove the impurities found in various distillate streams. It works by removing impurities from the distillate through the addition of an aqueous chemical reagent to the distillate stream, dispersing the reagent throughout the stream in extremely small droplets and exposing the mixture to the influence of an electric field. Once exposed to the electric field, the reagent is coalesced and separated from the distillate, taking along with it impurities that react with or dissolve in that reagent. The reagent is virtually insoluble in the oil this enables the separation of the reagent and the impurities from the oil.
Depending on the impurities that must be removed from a particular distillate, the reagent may be water, caustic or acid. In some applications, two or three coalescers may be installed in series to provide several treating stages.
Read the article online at: https://www.hydrocarbonengineering.com/petrochemicals/17072019/frames-wins-kerosene-treatment-contract/
You might also like
The Hydrocarbon Engineering Podcast - Evaluating the challenges and opportunities of CCUS
In this episode of the Hydrocarbon Engineering Podcast, Andrea Bombardi, Executive Vice President, RINA, offers technical and operational insight into some of the key challenges and opportunities of CCUS implementation.
Tune in to the Hydrocarbon Engineering Podcast on your favourite podcast app today.
 
                                