This research was partially performed under the UNIHEAT project for which EDB and SM wish to acknowledge the Skolkovo Foundation and BP for financial support. The support of Hexxcell Ltd, through provision of Hexxcell Studio, is also acknowledged
One of the major concerns in petroleum refinery preheat trains is identified as fouling. Fouling imp...
Fouling by a petroleum gas oil and a dilute suspension of sand in water was studied as a function of...
Fouling caused by a water-kaolin suspension in an annular heat exchanger was studied. Deposition see...
Crude oil fouling on heat transfer surfaces is often described as the result of two competing mechan...
Refineries are amongst the largest industrial energy users. The preheat trains of their crude distil...
Crude oil fouling models have greatly improved in the past two decades. However, most models focus o...
Crude oil fouling is typically treated in the literature as a phenomenon involving the deposition of...
AbstractThis work presents the effect of shear stress on deposit formation caused by the heavy petro...
Crude oil fouling models have greatly improved in the past two decades. However, most models focus o...
Maya crude oil fouling reveals a seemingly straightforward dependency of initial fouling rate on sur...
One of the major concerns in petroleum refinery preheat trains is identified as fouling. Fouling imp...
Fouling is an acute problem in crude oil preheat train heat exchangers as it affects the thermal and...
In the present study, the fluid dynamics and phase behavior of crude-oil fouling in a closed-end hea...
A deep understanding of the mechanisms responsible for fouling from both crude oils and their fracti...
Deposition in flow lines, processing and heat transfer equipment arises from fouling species which m...
One of the major concerns in petroleum refinery preheat trains is identified as fouling. Fouling imp...
Fouling by a petroleum gas oil and a dilute suspension of sand in water was studied as a function of...
Fouling caused by a water-kaolin suspension in an annular heat exchanger was studied. Deposition see...
Crude oil fouling on heat transfer surfaces is often described as the result of two competing mechan...
Refineries are amongst the largest industrial energy users. The preheat trains of their crude distil...
Crude oil fouling models have greatly improved in the past two decades. However, most models focus o...
Crude oil fouling is typically treated in the literature as a phenomenon involving the deposition of...
AbstractThis work presents the effect of shear stress on deposit formation caused by the heavy petro...
Crude oil fouling models have greatly improved in the past two decades. However, most models focus o...
Maya crude oil fouling reveals a seemingly straightforward dependency of initial fouling rate on sur...
One of the major concerns in petroleum refinery preheat trains is identified as fouling. Fouling imp...
Fouling is an acute problem in crude oil preheat train heat exchangers as it affects the thermal and...
In the present study, the fluid dynamics and phase behavior of crude-oil fouling in a closed-end hea...
A deep understanding of the mechanisms responsible for fouling from both crude oils and their fracti...
Deposition in flow lines, processing and heat transfer equipment arises from fouling species which m...
One of the major concerns in petroleum refinery preheat trains is identified as fouling. Fouling imp...
Fouling by a petroleum gas oil and a dilute suspension of sand in water was studied as a function of...
Fouling caused by a water-kaolin suspension in an annular heat exchanger was studied. Deposition see...