One of the most widely used physico-chemical characterizations of hydrocarbon mixtures is the determination of their boiling point distribution. Knowledge of the boiling range of crude oils and petroleum products is essential to ensure the correct specification of final products and to control refinery processes. Simulated distillation, a GC based process, has been playing this role for the past decades in the petroleum industry. The main purpose of this work is to show the fundamentals of this technique as well as its present trends
Distillation is an important and widely applied separation method. One of its major application area...
Modeling and simulation of molecular distillation to split of heavy petroleum residues (400°C + AET)...
The paper deals with the simulation of the crude distillation process using the Unisim Design simula...
One of the most widely used physico-chemical characterizations of hydrocarbon mixtures is the determ...
This article describes improvements to the standard methods in simulated sistillation achieved by us...
Simulated distillation (SD) by gas chromatography (GC) is a technique which advantageously replaces ...
In this work, residues of oils Zeta and Eta have been distilled in falling film molecular distillati...
The distribution of distillation temperatures of liquid and semi-fluid products, including petroleum...
The advanced courses of Separation Processes use to include some reference to the different types of...
In this paper, design and operation of a custom-built thermogravimetric apparatus for the distillati...
Abstract This work summarizes the design procedure for Atmospheric Distillation Column for petroleum...
ASTM D 7169, a simulated distillation GC (DGC) method that extends the boiling point profile up to 7...
Simulated distillation using gas chromatography is an expedient technique for the determination of b...
This article describes the development of elementary analysis in the distillation profile of petrole...
This research activity proposes a sensitivity analysis of the molecular distillation process by focu...
Distillation is an important and widely applied separation method. One of its major application area...
Modeling and simulation of molecular distillation to split of heavy petroleum residues (400°C + AET)...
The paper deals with the simulation of the crude distillation process using the Unisim Design simula...
One of the most widely used physico-chemical characterizations of hydrocarbon mixtures is the determ...
This article describes improvements to the standard methods in simulated sistillation achieved by us...
Simulated distillation (SD) by gas chromatography (GC) is a technique which advantageously replaces ...
In this work, residues of oils Zeta and Eta have been distilled in falling film molecular distillati...
The distribution of distillation temperatures of liquid and semi-fluid products, including petroleum...
The advanced courses of Separation Processes use to include some reference to the different types of...
In this paper, design and operation of a custom-built thermogravimetric apparatus for the distillati...
Abstract This work summarizes the design procedure for Atmospheric Distillation Column for petroleum...
ASTM D 7169, a simulated distillation GC (DGC) method that extends the boiling point profile up to 7...
Simulated distillation using gas chromatography is an expedient technique for the determination of b...
This article describes the development of elementary analysis in the distillation profile of petrole...
This research activity proposes a sensitivity analysis of the molecular distillation process by focu...
Distillation is an important and widely applied separation method. One of its major application area...
Modeling and simulation of molecular distillation to split of heavy petroleum residues (400°C + AET)...
The paper deals with the simulation of the crude distillation process using the Unisim Design simula...