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UniChrom

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FROM ONE CHROMATOGRAPH ...
… TO INDUSTRIAL LABORATORY
The UniChrom-97™ Data System
is a complex of hardware and software
components intended to UPGRADE
existing or CREATE A NEW analytical
devices park no matter at RESEARCH
or INDUSTRIAL laboratory.
The UniChrom Data System supports
connection up to 16 chromatographs
simultaneously to ONE computer.
And so on ...
Our product is intended to automate
chromatographic analysis, analytical
methods development and to
carry out routine and research
analysis
of any kind of complexity.
UniChrom™ can work on
computers from 386DX40
under 32-bit Microsoft® operating systems
Windows 95™
Windows 98™
Windows NT 4.0™
Windows 2000™
and requires about 4 Megabytes  on hard disk.
Your storage - for Your Data !
Main Highlights:
ADC LNet - Connection directly to
chromatograph detector. There is no need in
low current amplifiers - that is all in one Lnet = ADC + Amplifier.
Unique connection possibility
to any type of chromatograph.
Achieved due to built-in low voltage and low-current amplifier
into ADC Lnet.
Typical noise levels
2·10-14 A and 0.3 mkV respectively.
No analogues!
Unique connection possibility
to any type of chromatograph.
Automated gain switching under microprocessor control allows
registration of compounds concentration in range
from 0.00001% to 100% without manual intervention.
No analogues!
Unique drivers collection.
Installation simplicity.
JUST
DRAG’N’DROP
DRIVER
YOU
NEED
WITH A
MoUSE 
Supports dozen of analytical
instruments for GAS and LIQUID
chromatography
HP-5890
and
HP-4890
Our support for popular gas chromatographs
from Agilent / Hewlett Packard® Corp.
HP-5890 (A, Series II) and HP-4890D.
Signal registration from both channels over digital
path, total temperature programme and
zones state control.
HP-6890 and
HP-6850
instruments of 21 century
Our full support for new chromatographs from
Agilent / Hewlett Packard® Corp.
HP-6890, 6890 Plus, 6890N and HP-6850.
Signal registration from both (6890) channels over
digital path, total temperature programme and zone
states control.
Crystall-2000M
Russian gas chromatograph
of 21 century
Our full support of
Russian gas chromatograph made by
SDB «Chromatec» Crystall-2000M
Signal registration from 4 channels using digital
interface, total temperature programme and zone
states control
Crystall-5000
Russian gas chromatograph
of 21 century
Our full support of NEW Russian gas
chromatograph made by
SDB «Chromatec» Crystall-5000M
Signal registration from 4 channels using digital
interface, total temperature programme and zone
states control
LC / HPLC system
«STAYER» with
CONDUCTOMETER
DETECTION SYSTEM
Our full support of NEW LC instrument made by
Russian company «Aquilon»
http://main.icp.rssi.ru/aquilon/
“STAYER”
Signal acquistion from conductometer.
Full control from 1 to 4 pumps either in
isocratic and gradient mode.
“Tswett-800“
last development from
JS “Tswett” - Russia.
Our full support for new gas chromatograph
made by JS “Tswett” “Tswett-800”.
Signal registration from both channels over digital
path, total temperature programme and
zones state control.
Chromatographs of
“Tswett-500“ series
JS “Tswett” - Russia.
Connection using ADC Lnet.
Up to 16 devices simultaneously.
Signal registration directly from detector
(FID, NPD, ECD).
No need in stock amplifiers.
Special built-in amplifier for TCD.
Both channels signal registration.
Software developed using modern
programming technologies.
UniChrom works under 32-bit OS
Windows 9x™ and Windows NT™
using multitasking and multithreading
advantages.
Small memory consumption,
high processing speed,
task paralleling,
high reliability.
• Multidocument
windowed interface
with modern look and
feel
• Simplicity and
convenience at work
• Viewing and
processing
chromatograms
during acquisitions
Easiest way working with
GC instruments.
All chromatographs for YOU
in common style.
LC / HPLC
Мultilayered chromatograms allow visual
comparison so You can quickly adjust
chromatographic method parameters.
Chromatogram layers can be copied from one
window to another.
• Full peak information
• Add peak to
calibration sequence
with single mouse
click!
• Calculation of
volume, mass and
molar concentrations
Calibration curves made automatically when You point
a peak as “calibration point”.
Concentration dependencies built either for peak area
and peak height.
At graph shown RMS in concentration units.
Calibration curves can be transferred to
Microsoft Word™ or Excel™ as Graphs or as Tables.
Built into UniChrom
LIBRARIES and support
for external tables from
Microsoft Excel and
Microsoft Access
allows You identify
components in
chromatograms no
matter what complexity.
Full chromatographic
peak information.
Especially for article
authors and analytical
methods developers.
Pharmaceutical
parameters you can
get here!
Simple and Effective
spectrum processing
methods.
If You wish - the
processing and
calculation sequence is
recorded and later can be
played automatically
when chromatogram
registration completes.
Report creation in
Microsoft Office™.
Reports made upon
Microsoft Word™ and
Excel™ templates using
DDE or OLE Automation.
Inside of templates You
can modify calculation
algorithms and
presentation of Your data.
Report Templates being
created in
Microsoft Excel
Chromatographic Peak
Data gets
=directly to cells
of MS Excel Sheet.
Form and Content of
Report Pages
always conforms
Your Requirements!
Standard concentration
calculation methods.
It is possible to use
UniChrom extensions
(Plug-Ins) to create
custom data processing
methods, and also as
midware to connect to
industrial information
system.
Протокол анализа бензина №18
Файл: C\Unichrom\DB - Petroleum Products\Column HP-1 19091Z-115\Товарный бензин.$$$
Спектр: ТОВАРНЫЙ БЕНЗИН ( DATE: 21.10.98. TIME: 15.43 )
Хроматограмма: АЗС-IV г. Минск: Новополоцкий НПЗ RON 82,0 MON 77,0
Индивидуальный состав (обработано 322 пика )
№
Название
1 Этан
2 Пропан
3 2-метилпропан
4 1-бутен
5 н-бутан
6 Транс-2-бутен
7 2,2-диметилпропан
8 Цис-2-бутен
9 3-метил-1-бутен
10 Циклобутан
11 2-метилбутан
12 1-пентен
13 2-метил-1-бутен
14 н-пентан
15 Транс-2-пентен
16 Цис-2-пентен
t'
0,05
0,16
0,32
0,41
0,46
0,51
0,53
0,59
0,81
0,85
0,96
1,11
1,18
1,24
1,33
1,44
I лин
200,00
300,00
354,19
385,20
400,00
406,52
409,19
416,56
445,19
450,11
464,74
483,76
493,27
500,00
504,60
509,72
I лог
200,00
300,00
366,44
390,40
400,00
410,60
414,63
425,01
457,43
462,07
474,76
489,15
495,65
500,00
507,51
515,29
об%
0,023
0,340
0,776
0,020
3,297
0,012
0,024
0,013
0,008
0,000
7,571
0,018
0,033
8,027
0,040
0,018
мас%
0,017
0,266
0,584
0,016
2,599
0,010
0,020
0,011
0,006
0,000
6,381
0,016
0,029
6,834
0,036
0,016
мол%
0,054
0,562
0,937
0,027
4,173
0,017
0,025
0,018
0,009
0,000
8,253
0,021
0,039
8,839
0,047
0,022
г/л
0,130
1,969
4,325
0,118
19,265
0,075
0,146
0,079
0,048
0,002
47,296
0,115
0,216
50,652
0,263
0,122
мол/л
0,004
0,045
0,074
0,002
0,331
0,001
0,002
0,001
0,001
0,000
0,656
0,002
0,003
0,702
0,004
0,002
320 н-пентадекан
321 1-гексадекен
322 н-гексадекан
Total:
48,26
50,64
50,88
1500,00
1590,71
1600,00
1500,00
1590,93
1600,00
0,006
0,005
0,008
100,000
0,007
0,005
0,009
100,000
0,003
0,002
0,004
100,000
0,049
0,040
0,065
741,178
0,000
0,000
0,000
7,943






Report example created
by UniChrom extension “Detailed Hydrocarbon
Analysis” into
Microsoft Excel™
Групповой состав
Группа
Парафины
Изопарафины
Ароматика
Нафтены
Олефины
Оксиданты
Неизвестные
об%
24,190
32,484
32,548
9,253
0,992
0,003
0,530
мас%
21,227
29,333
38,412
9,570
0,931
0,003
0,524
Показатели качества
Количество вещества, мол/л:
Содержание кислорода, мас%:
Содержание водорода, мас%:
Плотность, г/л:
Октановое число по моторному методу:
Октановое число по исследовательскому методу:
Давление насыщенных паров (по фракциям):
Давление насыщенных паров (по индивидуальным компонентам):
Фракционный состав по ГОСТ 2177А
% отгона
н.к.
Т отгона
40,19
мол%
24,734
30,100
34,363
9,504
0,963
0,004
0,332
г/л
157,333
217,411
284,700
70,933
6,897
0,024
3,880
7,94
7,16E-04
1,35E+01
741,18
77,10
82,38
59,949 кПа (449,66 мм рт ст)
62,602 кПа (469,56 мм рт ст)
10
50
90
59,11
100,26
155,96
Фракционный состав
250
Т отгона, °С
200
150
100
50
0
0
10
20
30
40
50
60
процент отгона, об.%
70
80
90
100
мол/л
1,965
2,391
2,729
0,755
0,076
0,000
0,026
к.к.
190,46
Distillation curve of
automotive petrol. Curve
built using individual
component analysis data
(DHA)
Impurity 10.00001%
7
10
BENZENE 99.90352%
0
5
10
12,83 - Метилциклогексан
12,26 - Примесь 16
11,36 - Примесь 15
10,27 - Примесь 14
9,133 - Циклогексан
8,491 - Примесь 12
7,749 - н-Гептан
6,712 - Метилциклопентан
6,141 - Примесь 9
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
150
2,485 - Примесь 3
2,776 - Примесь 4
100
1,8 - Примесь 1
1,995 - Примесь 2
16,54 - Бензол
В
200
100 %
BENZENE 99.90352%
Impurity 10.00001%
50
15
мин 20
0
5
10
12,83 - Метилциклогексан
12,26 - Примесь 16
11,36 - Примесь 15
10,27 - Примесь 14
9,133 - Циклогексан
8,491 - Примесь 12
-1
10
7,749 - н-Гептан
6,712 - Метилциклопентан
6,141 - Примесь 9
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
15
2,485 - Примесь 3
2,776 - Примесь 4
10
1,8 - Примесь 1
1,995 - Примесь 2
16,54 - Бензол
В
20
%
BENZENE 99.90352%
Impurity 10.00001%
5
15
мин 20
0.0
5
0.5
10
12,83 - Метилциклогексан
12,26 - Примесь 16
11,36 - Примесь 15
10,27 - Примесь 14
9,133 - Циклогексан
8,491 - Примесь 12
-2
10
7,749 - н-Гептан
6,712 - Метилциклопентан
6,141 - Примесь 9
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
1.5
2,485 - Примесь 3
2,776 - Примесь 4
1.0
1,8 - Примесь 1
1,995 - Примесь 2
16,54 - Бензол
В
2.0
%
BENZENE 99.90352%
Impurity 10.00001%
15
мин 20
0.00
5
10
9,133 - Циклогексан
12,83 - Метилциклогексан
12,26 - Примесь 16
11,36 - Примесь 15
Impurity 10.00001%
7,749 - н-Гептан
6,712 - Метилциклопентан
0.10
10,27 - Примесь 14
0.05
6,141 - Примесь 9
-3
10
8,491 - Примесь 12
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
0.15
2,485 - Примесь 3
2,776 - Примесь 4
1,8 - Примесь 1
1,995 - Примесь 2
0.20
16,54 - Бензол
В
%
BENZENE 99.90352%
15
мин 20
-0.01
0.00
5
10
12,26 - Примесь 16
%
8,491 - Примесь 12
0.01
11,36 - Примесь 15
-4
10
10,27 - Примесь 14
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
2,485 - Примесь 3
2,776 - Примесь 4
1,8 - Примесь 1
1,995 - Примесь 2
16,54 - Бензол
12,83 - Метилциклогексан
9,133 - Циклогексан
7,749 - н-Гептан
6,712 - Метилциклопентан
6,141 - Примесь 9
В
0.02
BENZENE 99.90352%
Impurity 10.00001%
15
мин 20
1,8 - Примесь 1
-0.0110
-5
10
Impurity 10.00001%
-0.0120
5
-0.0115
10
16,54 - Бензол
12,83 - Метилциклогексан
12,26 - Примесь 16
11,36 - Примесь 15
10,27 - Примесь 14
9,133 - Циклогексан
8,491 - Примесь 12
7,749 - н-Гептан
6,712 - Метилциклопентан
6,141 - Примесь 9
4,829 - Примесь 8
4,403 - Примесь 7
4,091 - Примесь 6
3,688 - Примесь 5
2,485 - Примесь 3
2,776 - Примесь 4
1,995 - Примесь 2
В
%
BENZENE 99.90352%
Impurities at background
of BENZENE peak
Division “Cyclohexanone-1” of “Azot”
plant - City of Grodno, Belarus
BENZENE made by “NAFTAN” plant City of Novopolotsk, Belarus
15
мин 20
Using UniChrom 97 the
following analytical methods
were deployed :
Determination of basic petrol parameters (MVI No MN 998-99) using
only one chromatographic analysis:
quantitative components analysis (conforms ASTM 5134),
quantitative PIANO analysis (paraffins, iso-paraffins, aromatics,
naphtenes, olefins) (conforms to GOST 6994, 8997, 2070 and ASTM
5134, 5580),
quantitative oxygenates analysis (esters and alcohols) (conforms
ASTM D 4815),
research octane number (conforms GOST 8226 and ASTM 2699),
motor octane number (conforms GOST 511 and ASTM 2700)
fractions content (conforms GOST 2177, D86 and ASTM 3710),
saturated vapour pressure (conforms GOST 1756, EN12 and ASTM
2889),
density (conforms GOST 3900 and ASTM 4052).
Using UniChrom 97 the
following analytical methods
were deployed :
Determination of basic petrol parameters (MVI No MN 998-99) using
only one chromatographic analysis:
Deployment at Central Lab of JS «Mazyrsky NPZ» Oil Refinery
Mrs. Nadezhda N. Gremyako +375-(023)-51-532-73,
At Central Lab of JS ”LUKOIL-Odessa NPZ” Oil Refinery
Mrs. Lydia M. Maksimenko - Ukraine, Odessa, 34-09-16
At laboratory of State Expert Criminalystic Center of Belarus
Home Office
Mrs. Yana L. Luchinina +375-17-229-76-70,
At of automotive petrol testing laboratory of Belarus State
University
Mr. Arkadi L. Mazanik +375-17-226-25-17.
Is shipped in four languages:
•(ENG) English Great Britain
•(DEU) German Standard
•(RUS) Russian
•(BEL) Belarusian
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