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SIM Scientific Instruments SIM Scientific Instruments
Manufacturer GmbHManufacturer GmbH
Im Erlengrund 21
D-46149 Oberhausen
Tel. +49(0)208-94 10 78-0
Fax +49(0)208-94 10 78-88
www.sim-gmbh.de
Scientific Instruments Manufacturer GmbH
Company History I
1997 formation of SIM GmbH in Muelheim,managing directors Rolf Eichelberg, Werner Kientopf
1998 shortly after start of production in the end of 1997, 2 new members of staff are recruited (1 precision mechanic and 1 precision mechanic apprentice)
1999 after a short interstation in Moers, SIM GmbH moves to Muelheim, Lutherstraße (200 m2 for workshop and offices), Muelheim, Lutherstraße (200 m2 for workshop and offices), transaction volumne 315 000 DM
2000 SIM GmbH becomes Channel Partner of Agilent Technologies
workshop in Muelheim during
move in, 1999
Company History II
2004 Pyrolysis System of Frontier Laboratories is incorporated in the product line (incl. service and maintenance)
2005 in January SIM takes over distribution, service, and maintenance for Markes thermal desorption systemstransaction volume 3.6 million Euro, 15 staff members
2006 move into the new company building in Oberhausen at the beginning of the year (750 m2 incl. laboratory, seminar and beginning of the year (750 m2 incl. laboratory, seminar and meeting rooms) transaction volume 4.8 million Euro, 15 staff members
SIM Company 2010
• Analytica 2010 in Munich: presentation of the new SIM
product line
• cooperation with foreign distributors
(SRA – France, Italy / JSB – Benelux, UK / LQA / USA)
• 24 staff members since August• 24 staff members since August
SIM Development Plan
end of the
1st phase of construction:
Dez. 2005
start of the
2nd phase of construction:
Nov./Dez. 2010
• development of functional chromatography
accessories
• custom-made chromatography solutions
Products & Services
• sales of chromatography, thermodesorption,
and pyrolysis systems, accessories, and
spare parts
• qualified consulting and support service
Beginning (1997)
manufacturing of special adapters for
gas chromatography
SIM S/SL Inlet (1999)
1. twist off the coupling ring
2. remount upper part of the inlet together with liner
3. change liner
4. mount upper inlet part with the new linernew liner
5. twist on the coupling ring
� gas tubing is not bent at each liner exchange
� no breakage of the tubing
� convenient maintenance
MSD Direct Inlet Probe (2002)
Analytica 2002:
DIP for 5973MSD new appearance
adaptation to 5975 MSD
and new colour(according to changeof 6890GC)
DIP for Agilent 5975 MSD + 7000 Triple Q (2010)
Hydrogen Sensor
integrated in
7890 GC
integrated in
6890/6850 GC
external version formany other GCs
Hydrogen Sensor
� eliminates any risk of explosion
� gas sensor mounted in the oven:
constant detection of hydrogen in the
GC oven
� LEDs show the measured gas
concentrationconcentration
� H2 -concentration above preset
threshold (10 % LEL*): acoustic and
optical signals dependant on H2-
concentration
� hydrogen alarm (25 % LEL – 1% H2):
safety valve unit switches to inert gas
*LEL – lower explosion limit
Hydrogen Sensor - Specifications
� integrated devicegas sensor, carrier gas switch and LED display together with power supply integrated in GC 7890 / 6890
� external device (for Agilent and most other GCs)gas sensor integrated in GC oven , carrier gas switch and LED display are in external controller
≙
� detection range0 – 25 % LEL* (≙ 0 – 1.0 % by vol. H2)
� 0.4 % by vol. H2
optical alarm: first red LEDacoustic alarm: starts with intermettent beep
� 1.0 % by vol. H2
optical alarm: 4 red LEDs, acoustic alarm continues, carrier gas is switched to N2 / He
*LEL – lower explosion limit
OFD Olfactory Detector (Sniffer)
� absolutely olfactory neutrality of all components,
esp. the insulating of the transfer line (odorless
even at temperatures up to 300 °C)
� heatable transfer line without “cold spots“,
optional with temperature program corresponding optional with temperature program corresponding
to the GC run
� addition of humidified air prevents the nasal
mucosa from drying out
� comfortable working position due to the vertically
adjustable sniffing port
OFD Olfactory Detector (Sniffer)
� simultaneous detection with other GC detectors
(e.g. FID, ECD, MSD) using different splitters
(standard parallel splitter, microfluidic splitter,
microfluidic Deans Switch) with manual control or
EPC
� different ways for rapid recording of odor � different ways for rapid recording of odor
impressions and intensities (short cuts, menu bar,
via keyboard or pen tablet)
� integrated in Agilent ChemStation / MS ChemStation:
• odor impressions/intensity added to chromatogram
• temperature of transfer line and all gas flows are
saved in the methods•olfactogram is saved in the folder of the GC run
1-Octen-3-on(character impact compound)
Intensity: +6
Odor Impression:
fresh mushrooms
(pilzig, frische Champignons)
Retention Time:
23.41 min
OFD Analysis of a Mushroom Extract
1-Octen-3-one
23.41 min
GC: Agilent 68/7890, column Varian CP7889 50m x 0.32mm x:0.4µm, Inlet: PTV, Split 1:1, 250 °C, carrier
gas: He (1.27 ml/min), oven program: 50 °C for 5 min, to 240 °C at 2 °C/min, hold for 60 min
MSD: capillary to MSD: 0.4 m x 0.1 mm x 0 µm, He: 2.36 ml/min, EI-Scan 35-390 amu
OFD: capillary to OFD: 1.28 m x 0.1 mm x 0 µm, He: 5.0 ml/min,
Octanal
Sample:
Chinese Matsutake
(Tricholoma matsutake),
pentane/dichloromethane
extract(detail 21.5 – 27 min)
ICECUBE – Multi Cooling Device
ICECUBE: PTV Inlet Assembly
ICECUBE: PTV-Temperature Profile
PTV cooling with ICE-CUBE (blue line) and without ICE-CUBE (red line):
7890 GC with oven constant 60 °C,
PTVinitial: 350 °C 7890 GC with oven: 325 °C (for 15 min), fast
cool down mode to 30 °C, PTVinitial: 350 °C
���� cooling down the PTV with ICECUBE to 30 °C needs only 6.5 min , simultaneously with an oven temperature of 30 °C, the PTV reaches 0 °C (14 min)
���� at a constant temperature of 60 °C, the PTV with ICECUBE can be cooled down to 30 °C within only 5 minutes
ICECUBE – Multi Cooling Device
� compressor cooling for all
temperature controlled GC inlets,
Agilent G4514A autosampler tray,
and SIM CryoTrap
� PTV cooling down to 0 °C (at oven � PTV cooling down to 0 °C (at oven
temperature < 55 °C)
� fast and convenient without the coolants LN2, LCO2
� energy-saving due to discontinuous cooling
� maintenance free
ICECUBE: Specifications
GC Inlets (PTV,MMI) Agilent Tray G4514A
ICECUBE No. B 0800 04 50 B 0801 04 50
Tmin (ICECUBE cooling) 0 °C(GC oven < 55 °C)
5 °C
Tmin (LCO2 cooling): - 60 °C -
Tmin (LN2 cooling,optional): - 160 °C -
Controls integrated in GC 6890/7890 (using 24 V DC solenoid valve)
integrated in ICECUBE itself
B 0800 04 50 / B 0801 04 50:
size H: 25 cm (9.9 in.), W: 23 cm (9.1 in.), D: 53 cm (20.9 in.) weight 21 kg (46.3 lb)
electric parameters 230/120 V, 50/60 Hz, 1.1 / 2.2 A, 250 Wmax. allowableworking pressure 25 barambient temp. limit + 5°C to + 32°Crelative humidity max. 85 %
Noise Reduction Enclosures
� minimizing noise in the workplace
noise absorption approx. 9 dB(A)
� integrated safety items avoid overheating
- integrated fan as protection against
excessive heat- when pump is turned on the fan is working
Noise Reduction Enclosures
- when pump is turned on the fan is workingautomatically
- cutout switch > 60 °C
� lightweight construction, dividable into two
parts for easy handling
� available for pumps, cryostats and other
divices with high noise emission
� standard sizes as well as sizes on requestpreliminary model
� to illuminate the GC oven
during maintenance work
Oven Lamp
during maintenance work
� easy change of GC columns
lamp is switched on when the door is opened
HT-HPLC 200 column oven
for Temperature Programmed Separations up to 200°C
�fast LC without organic modifier for all HPLC systems
� subcritical water as mobile phase: low dielectric
constant so that no or only small amount of
organic modifier is needed
� decreasing viscosity with increasing
temperature:
� higher flow rates, fast separations
� temperature gradients instead of solvent
HT-HPLC: Principle
� temperature gradients instead of solvent
gradients
� optimal separations by the use of combined
temperature and solvent gradients
� applications for sulfonamides, pesticides ,
steroids, food preservatives etc.
� particularly suitable for IRMS (isotope ratio
mass spectrometry) where organic eluents
cannot be used
� max. 200 °C, 30 °C/min,
temperature program with 3 ramps
� 3 temperature zones: eluent preheating (1),
column heating (2), cooling in front of detector (3)
� effective cooling (compressor) , for temperature
sensitive detectors, short analysis cycles
HT-HPLC: HT HPLC 200 column oven
3
2
sensitive detectors, short analysis cycles
� principle: contact heating (column and capillary
embedded in aluminium blocks) – for fast and
precise temperature control
� exact temperature control
� temperature gradients
� high reproducibility
13
HPLC-Säule
SIM
AL blockcolumn
heating element
HT-HPLC Application: Steroids
� fast isothermal separation of a steroid mixture (1.4 min):Lit.: Teutenberg, T. et. al., J. Chromatogr. A, 114 (2006), 89-96
0 - acetonitrile
1 – estriol
LC System: Agilent 1200 SL and HT-HPLC 200 column ovencolumn: Zirchrom-PBD; 150x4.6 mm; 3 µm, 300 A mob. Phase: water/acetonitrile , ratio and temperature see fig.detection: UV (200 nm)
1 – estriol
2 – androstadienedione
3 – dehydroepiandrosterone
4 – estrone
HT-HPLC Application: Pesticides
� Separation of 250 pesticides in 20 min using temperature and solvent gradients :
LC system: Agilent 1200 SL and HT-HPLC 200 column ovencolumn: Zorbax C18 SB; 50x3mm; 1.8µm mob. Phase: gradient H2O/acetonitrile, 1.4 mL/min, temp. gradient 70 °C to 90 °Cdetection: TOFMS
HT-HPLC Application: Sulfonamides
� Separation of 5 sulfonamides and uracil with the eluent water (baseline separation for IRMS)Lit.: Jochmann, M. et al., GIT Labor-Fachzeitschrift 3 (2010), 182-185
1 – uracil
2 – sulfadiazin
column: Waters Xbridge C18; 75x4.6 mm; 2.5 µm mob. Phase: H2O, 0.1 % formic acid, 1 mL/min, temp. gradient 0 °C to 180 °Cdetection: UV (270 nm)
2 – sulfadiazin
3 – sulfathiazol
4 – sulfamerazin
5 – sulfamethoxazol
6 - sulfamethazin
Thermostatted Fluorescence Detector
� thermostatted flow cell integrated in
Agilent fluorescence detector
� high reproducibility of the fluorescence
measurement as fluorescence is
temperature sensitive
� temperature regulation with peltier
element
� additional conditioning of the column
eluate for constant detection temperature
� measurement independant of ambient
temperature