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HUNGARIAN JOURNAL 
OF INDUSTRIAL CHEMISTRY 

VESZPRÉM 
Vol. 39(1) pp. 121-126 (2011) 

INVESTIGATION OF FUEL COMPONENTS PRODUCED BY THE 
ISOMERIZATION OF BIO-PARAFFIN MIXTURES 

T. KASZA, J. HANCSÓK  

University of Pannonia, MOL Department of Hydrocarbon and Coal Processing, HUNGARY 
E-mail: hancsokj@almos.uni-pannon.hu 

 

The importance of biofuels becomes more acute, especially in the European Union. Beside them, the biogasoil is a promising 
product that is a fuel with high isoparaffin content in the gas oil boiling range, which can be produced by the catalytic 
hydrogenation of different natural triglycerides. In order to improve the cold flow properties of mixtures consist of mainly 
normal paraffins they have to be isomerized. In this paper the isomerization of paraffin mixture consists of only normal 
and iso-paraffin was studied on 0.5% Pt/SAPO-11 catalyst at 300–380 °C temperature, 40 bar pressure, 0.5–4.0 h-1 of 
liquid space velocity and 400 Nm3/m3 of H2/feed ratio. It was found that CFPP value of the products can be tailored 
between -7 °C and -15 °C at a gas oil yield of 85–95%. During the conversion 2–5% of bio-jet fuel was obtained with 
CFPP value of between -55 °C and -45 °C. Bio-naphtha also formed with a yield of 2–5.5%, which can be used as a 
feedstock of naphtha isomerization. All of the products are free of aromatics, sulphur and nitrogen content, so they are 
environmentally sound blending component. 

Keywords: biogasoil, bio-jet fuel, bio-naphtha, isomerization, Pt/SAPO-11 

Introduction 

In the last decade, the express population growth of the 
world and the increase of the living standard in the 
developing countries have increased significantly the 
energy demand of the World. Besides, the demand of 
fuels has constantly extended. In the developed 
countries of the World environmental regulations were 
made to protect the environment and to stimulate the 
economy. Because of these effects and environmental 
advantages the role of bio-fuels has become more and 
more important [1-5]. Bio-fuels are materials which are 
suitable for carrying energy and drive engines, and are 
produced by different ways from different biomass such 
as agricultural products and/or wastes. 

Because of the several disadvantages of the currently 
used bio-fuels and those production technologies and of 
the different demands and incentives the research, 
development and market introduction of second or new 
generation bio-fuels came into front in European Union 
[6-8], USA [9] and on other part of the world [10]. 
Accordingly products of different composition have to 
be produced. 

Because of these in the last few years intensive 
research-development activity started in the field of 
production and utilization of Diesel fuels produced from 
natural triglycerides via thermal or mainly catalytic 
processes. Beside these bio-fuels one of the most 
promising one is the so-called biogasoil, which can be 
produced from natural triglycerides by catalytic 
hydrogenation (Fig. 1) [11-15]. 

 

 
Figure 1: Reaction scheme of the biogasoil production 

 
During the catalytic hydrogenation – as a function of 

the catalyst and process parameters – normal paraffins 
form which carbon number is the same or shorter by one 
than that of the carbon number of the fatty acid of the 
triglyceride [13, 16]. The concentration of iso-paraffins 
– as a function of the catalyst and process parameters – 
generally do not exceed 30%; often less than 10% [13]. 
The concentration of the intermediate oxygenic 
compounds (e.g. mono and diglycerides, carboxyl acids, 
esters, etc.) is often below 0.5% over the high activity 
heteroatom removal catalysts [14]. 

As a feedstock of biogasoils not only soy, palm, 
coconut, rapeseed and sunflower oils are suitable (which 
are cultivated currently in large quantities for biodiesel 
production), but the waste triglycerides such as used 
cooking oils, waste animal fats, greases from meat and 
leather processing industry, brown greases of sewage 
farms, saturated fatty acids of palm oil production, as 



 

 

122

well. In the last few years, in order to broad the feedstock 
supply the cultivation of such oil plants started which 
can subsist on unarable lands or salt water coasts, as 
well (jatropha, mahua, karanja, neem, jupati [17-19]). 
Furthermore the production of algae and fungal oils are 
intensively researched, as well [19-23]. 

The second step of the biogasoil production is the 
isomerization of paraffin rich mixture to improve the 
cold flow properties. During this process branched 
hydrocarbons form from linear paraffins, which freezing 
point is lower by 20–30 °C than that of the convenient 
normal paraffins (Fig. 2), while their cetane number is 
still higher than it is specified in the current Diesel 
standard (Fig. 3) [24].  

 

-10 -5

18
28

37

-46

-26

-10

6
18

-70 -69

-31
-20

-7

-100

-80

-60

-40

-20

0

20

40

60

Carbon number

F
re

ez
in

g 
po

in
t,°

C

normal paraffin
2-methyl-paraffin
5-methyl-paraffin

1312 16 18 20
 

Figure 2: Freezing point of some iso and normal 
paraffin as a function of the carbon number 

 

0

20

40

60

80

100

120

5 10 15 20 25

C
et

an
e 

nu
m

be
r

Carbon number

Paraffins

Olefins Isoparaffins

Mono-ring 
aromatics

Mono-ring
naphthenes

Decalines

Naphthalines

Tetralines

 
Figure 3: Cetane number of different hydrocarbons as a 

function of carbon number 
 

During the catalytic hydroisomerization hydro-
cracking reactions also take place in different measure 
as a function of the applied catalyst and process 
parameters. During these reactions smaller molecule 
mass hydrocarbons form which have different number 
of branching. In the research field of isomerization of 
bioparaffins only a few research paper were published. 
These have not discussed the yield of the products and 
those performance properties in detail and with academic 
depth.  

Accordingly the aim of our present contribution was 
the conversion of hydrocarbon mixture produced from 
sunflower oil in order to be suitable to use in Diesel 

engines as fuel or blending component. During this we 
investigated the change of yield and composition of the 
product over Pt/SAPO-11 catalyst found to be favourable 
in our pre-experiments. 

Experimental 

During the experiments the process temperature was 
varied between 300 and 380 °C, while liquid hourly 
space velocity (LHSV) was changed between 0.5 and 
4.0 h-1. The process pressure was 40 bar which was 
found to be favourable in our experiments over 0.5% 
Pt/SAPO-11 catalyst [11, 15]. Applying lower pressure 
resulted loss of yield and catalyst deactivation because 
of the intensifying cracking reactions, while the use of 
higher pressure did not have further beneficial effect on 
the product yield and composition. 

The value of the H2/feedstock ratio was unchanged; 
it was 400 Nm3/m3. During our pre-experiments it was 
found that the utilization of lower amount of hydrogen 
causes the increase of the cracking reactions which led 
to the decrease of the isoparaffin content of the product. 
The utilization of higher amount of hydrogen/feedstock 
ratio – higher than 400 Nm3/m3 – is unfavourable 
regarding economical aspects; moreover it could retard 
the degree of the isomerization [11, 15]. 

Apparatus 

The experiments were carried out in an apparatus 
containing a tubular down-flow reactor of 100 cm3 
effective volume. It contains all the equipment and 
devices applied in the reactor system of an industrial 
heterogeneous catalytic plant [13]. The experiments were 
carried out in continuous operation with steady-state 
activity catalyst. 

Materials and methods 

Table 1 contains the properties of paraffin mixture 
produced from sunflower oil used as feedstock. The 
properties of the feedstock and the products were 
determined according to the test methods specified in 
EN 590:2009 Diesel fuel standard. The hydrocarbon 
composition was measured by Shimadzu 2010 GC using 
Zebron DB-1HT (30 m x 0.32 mm x 0.1 μm) column. 

The catalysts were prepared as described and 
characterized according to HU 225 912 patent. The 
crystal structure and the purity of the catalyst were 
determined by X-ray diffraction (XRD). XRD 
characterization of the obtained powder confirmed that it 
was SAPO-11. The synthesized SAPO-11 microporous 
molecular sieve was impregnated with Pt(NH3)4Cl2 
solution. The platinum content of the catalyst was 
determined according to UOP-274 standard. 



 

 

123

Table 1: The main properties of the feedstock 

Properties Value 
Density at 40°C, g/cm3 0.7697 
Kinematical viscosity, 40°C, mm2/s 3.714 
Cold filter plugging point, °C +23 
Flash point, °C 50 
Sulphur content, mg/kg 3.4 
Nitrogen content, mg/kg 2.3 
Acid number, mg KOH/g 1.9 
Iodine number, g I2/g <1 

C17- 7.0 
n-C17 46.8 
i-C17 0.8 
n-C18 42.9 
i-C18 0.9 

Paraffin content, % 

C18+ 1.7 
 
The dispersity of the platinum was determined by H2 

chemisorption, which was 91%. The BET surface area of 
the catalyst was 100.1 m2/g. The acidity of the catalyst 
determined by NH3 adsorption was 0.66 mmol NH3/g. 
Prior to activity measurements the catalysts were pretreated 
in situ, as described in our earlier publication [11]. 

Results and discussion 

The products obtained during the isomerization of the 
paraffin rich feedstock were the mixtures of liquid and gas 
phase hydrocarbons. The gas products were generated 
by the hydrocracking side reactions. They contained 
mainly butane and isobutane (more than 40% of the gas 
phase). These can be used for several purposes in a 
refinery e.g. LPG production, alkylation of i-C4 with 
olefins, dehydrogenation of i-C4 to isobutylene, etc. 

The liquid products were the mixtures of iso and 
normal paraffins. These were separated by distillation to 
gasoline (C5-C9 hydrocarbons; B.P.: 40–160 °C) and jet 
fuel fraction (C10-C13 hydrocarbons; B.P.: 160–240 °C) 
as valuable side product and to the gas oil boiling range 
(C14-C22 hydrocarbons; B.P.: 240–360 °C) main product. 

The yields of products 

The yield of the liquid product mixtures decreased by 
increase of the level of the conversion (by increasing the 
temperature and by decreasing the LHSV) (Fig. 4). The 
reason of this was that the carbenium ions generated on 
the surface of the catalyst during the isomerization, 
having lower stability than that of the saturated 
hydrocarbons, could be cracked more easily at higher 
temperature [25]. In the investigated process parameter 
range, the yield of the product exceeded 85% in every 
case. 

84

86

88

90

92

94

96

98

100

310 320 330 340 350 360 370 380 390

L
iq

ui
d 

pr
od

uc
t 

yi
el

d,
 %

Temperature, °C

LHSV = 0.5 1/h
LHSV = 0.75 1/h
LHSV = 1.0 1/h
LHSV = 2.0 1/h
LHSV = 4.0 1/h

 
Figure 4: Product yields as a function of temperature 
and LHSV (P = 40 bar; H2/HC ratio = 400 Nm

3/m3) 

The composition of the products 

By increase the temperature up to about 360 °C the 
isoparaffin content of the products increased significantly, 
namely the degree of isomerization increased. However, 
at about 360 °C it reached a maximum, and then started 
to decrease. It was partly because of the thermodynamic 
inhibition (namely the isomerization is an exothermic 
reaction) and partly because of the increase of the cracking 
reactions (Fig. 5). Cracking reactions not only decreased 
the yield of isoparaffins, but caused coke formation, that 
decreased the activity of catalyst, as well. 

 

0

10

20

30

40

50

60

70

80

90

300 310 320 330 340 350 360 370 380 390

Is
op

ar
af

fi
n 

co
nt

en
t, 

%

Temperature, °C

LHSV = 0.5 1/h
LHSV = 0.75 1/h
LHSV = 1.0 1/h
LHSV = 2.0 1/h
LHSV = 4.0 1/h

 
Figure 5: Isoparaffin content of the products as a 

function of temperature and LHSV  
(P = 40 bar; H2/HC ratio = 400 Nm

3/m3) 
 
The carbon number based fraction distribution and 

the faction composition of some products are given in 
Fig. 6. It presents well that the share of C14-C19+ fractions 
decreased while that of C3-C13 fractions increased by the 
increase of the conversion. Methane and ethane were 
not found in gas products. It suggested that cracking of 
hydrocarbons occurred by beta cracking, wherein 
cracked products having at least three carbon number 
(Table 2) [25]. The distribution of cracked products was 
not similar to that of the theoretical, modal cracked 
product distribution, it was shifted toward to lighter 
hydrocarbons. It indicated that the secondary cracking 
of long chain hydrocarbons took place as well. 



 

 

124

 
Figure 6: Hydrocarbon composition of the feedstock and products obtained at LHSV of 4.0, 2.0 and 0.75 h-1 

respectively (Upper number in the bubble is isoparaffin content of the given carbon number fraction; while lower 
value is the ratio of mono and multibranched isoparaffins of the given carbon number fraction; 

T = 360 °C; P = 40 bar; H2/HC ratio = 400 Nm
3/m3); * - can not be measured, or no such a compound. 

 
Table 2: Five types of β-cracking 

Type NCAmin Example 

A ≥8 
 

B1 ≥7 
 

B2 ≥7 
 

C ≥6 
 

D ≥5 
 

NCAmin: Minimal carbon number of carbenium ion 
 
The isoparaffin content and the ratio of mono/multi 

branched paraffins of the different fractions obtained at 
LHSV of 0.75 h-1 are presented in Fig 6. It can be seen 
well that concentration of isoparaffins formed from the 
dominant fractions (n-C15 – n-C18) and the ratio of 
mono/multi branched paraffins were significantly higher 
than those of the lower molecule weight hydrocarbons.  

The reason of these effects was the special pore 
structure of Pt/SAPO-11 catalyst. Namely, during the 
isomerization of paraffins over SAPO-11 catalyst, mainly 
mono and multi branched methyl paraffins form. Their 
cracking could happen via C and D type beta cracking 
(Table 2), because between the branchings of these 
multibranced paraffins have at least 3 or 4 carbon number 
distance [25]. Accordingly during the cracking of mono-

methyl paraffins two normal paraffins form, while from 
dibranched paraffins a normal and an isoparaffin generate. 

Investigation of the performance properties 

The cold filter plugging point (CFPP) of diesel fuels is an 
importance performance property, because at decreased 
temperature the precipitated paraffin crystals can cause 
operational disorders or unserviceability of the fuel 
supply system. 

The CFPP values of the products decreased by the 
increase of the temperature and the decrease of the LHSV. 
Its reason was mainly the increase of the isoparaffin 
content of the products. The lower molecule weight 
compound formed in the cracking reactions also improved 
the CFPP value, as they have lower freezing point. 
Accordingly, at the favourable operational parameters 
(T = 360 °C, p = 40 bar, LHSV = 0.75–1.0 h-1 and 
H2/feedstock ratio of 400 Nm

3/m3) the CFPP value of 
the products was between -11 and -15 °C. 

By the increase of the conversion the concentration 
of the multibranched paraffins increased. It had a positive 
effect on the cold flow properties of the products. 
However, another important performance property, the 
cetane number varied somewhat unfavourably. 
Consequently during the catalytic conversion the cetane 
number of the products decreased relative to that of the 
feedstock (101 unit) as a function of the conversion. 
However, products obtained at the favourable process 
parameters still had a cetane number of 76–88. These 
exceed significantly the standard value of 51. 



 

 

125

Investigation of side products 

During the isomerization about 1–3% of side-product 
having jet fuel boiling range was formed. In case of this 
fraction the key characteristics are the crystallization 
point and the smoke point. The obtained jet fuel fractions 
had an isoparaffin content of 40–70%, wherein 5–20% 
was the concentration of multi-branched isoparaffins. 
Consequently these fractions had a crystallization point 
of between -55 °C and -50 °C, so they could satisfy the 
standard value of at most -40 °C or -50 °C values. Since 
they are free of aromatics, sulphur and nitrogen they burn 
cleanly. 

At the investigated parameter ranges 3–7% of light 
hydrocarbons having gasoline boiling range also formed 
in the cracking reactions. In case of this fraction the key 
characteristics is the octane number. In spite of that this 
fraction contained about 40–50% of isoparaffins, the 
octane number was low, because they were mainly 
mono-branched isoparaffins. We note that the multi-
branched paraffins having high octane number cannot 
be formed over SAPO-11 catalyst because of the special 
pore structure. However these fractions were free of 
sulphur, aromatics, benzene and olefins, so they are good 
feedstock for naphtha isomerization plants. 

The obtained propane-butane fraction can be used as 
heating gas, or might be used in alkylation plants because 
of its high isobutene content. 

Summary 

During our experiments the production possibilities of 
biogasoil with good cold flow properties was investigated 
using a mixture of n-paraffins over Pt/SAPO-11 catalyst. 

Based on the results it was found that up to a limit 
the increase of the temperature and decrease of the LHSV 
were favourable for the conversion of n-paraffins. 
Regarding the yield, the CFPP value and cetane number 
of the products the most favourable parameter combination 
was the temperature of 360 °C, pressure of 40 bar, 1.0 h-1 
of LHSV and 400 Nm3/m3 H2/feedstock ratio. 

At the favourable process parameters product had high 
yield (95.4%) and high iso-paraffin content (68.0%).  
At this parameter combination the CFPP of the product 
was favourable (-11 °C), which satisfy the summer 
grade quality (+5 °C) of diesel standard, and with some 
addition can satisfy the winter grade specification (-20 °C), 
as well. The cetane number of this practically heteroatom 
and aromatic free product was about 77 unit, which is 
significantly higher than that is specified in the Diesel 
fuel standard (51). 

The jet fuel boiling range side-products had perfect 
freezing point (between -55 and -50 °C), and they can 
satisfy all of the specification of the standard. The 
gasoline boiling range compounds can be converted to 
excellent quality gasoline blending compounds by 
isomerization. 

Acknowledgement 

We acknowledge the financial support of this work by 
the Hungarian State and the European Union under the 
TAMOP-4.2.1/B-09/1/KONV-2010-0003 and the 
TAMOP-4.2.2/B-10/1-2010-0025 projects. 

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    /ENU (Use these settings to create Adobe PDF documents best suited for high-quality prepress printing.  Created PDF documents can be opened with Acrobat and Adobe Reader 5.0 and later.)
  >>
  /Namespace [
    (Adobe)
    (Common)
    (1.0)
  ]
  /OtherNamespaces [
    <<
      /AsReaderSpreads false
      /CropImagesToFrames true
      /ErrorControl /WarnAndContinue
      /FlattenerIgnoreSpreadOverrides false
      /IncludeGuidesGrids false
      /IncludeNonPrinting false
      /IncludeSlug false
      /Namespace [
        (Adobe)
        (InDesign)
        (4.0)
      ]
      /OmitPlacedBitmaps false
      /OmitPlacedEPS false
      /OmitPlacedPDF false
      /SimulateOverprint /Legacy
    >>
    <<
      /AddBleedMarks false
      /AddColorBars false
      /AddCropMarks false
      /AddPageInfo false
      /AddRegMarks false
      /ConvertColors /ConvertToCMYK
      /DestinationProfileName ()
      /DestinationProfileSelector /DocumentCMYK
      /Downsample16BitImages true
      /FlattenerPreset <<
        /PresetSelector /MediumResolution
      >>
      /FormElements false
      /GenerateStructure false
      /IncludeBookmarks false
      /IncludeHyperlinks false
      /IncludeInteractive false
      /IncludeLayers false
      /IncludeProfiles false
      /MultimediaHandling /UseObjectSettings
      /Namespace [
        (Adobe)
        (CreativeSuite)
        (2.0)
      ]
      /PDFXOutputIntentProfileSelector /DocumentCMYK
      /PreserveEditing true
      /UntaggedCMYKHandling /LeaveUntagged
      /UntaggedRGBHandling /UseDocumentProfile
      /UseDocumentBleed false
    >>
  ]
>> setdistillerparams
<<
  /HWResolution [2400 2400]
  /PageSize [612.000 792.000]
>> setpagedevice