Page 3 - Shimadzu Hydrocarbon Processing

Various Applica�ons in the Hydrocarbon Processing Industry

GC-2014 Nexis GC-2030 GC-2010 Plus

Natural Gas Refinery Gas Analyzer Green House Gas TOGAS Analyzer TOGAS w/ BID Analyzer Simulated Distillation DHA/PIONA Analyzers GPC Analyzer Aromatics Analyzers Oxygenates in Gasoline

Analyzers * (RGA) ** Analyzers Analyzer

Application Methods ASTM D1945/D1946, UOP 539, ASTM D7833, ASTM D3612A,B & C*** ASTM D3612A,B & C*** ASTM D2887, ASTM D3710, ASTM D6729, ASTM D6730 ASTM D6474, D6579, D5296 ASTM-D3606, ASTM-D5580 ASTM-D4815
GPA 2261, GPA 2177, D3588, D1945, D1946 ASTM D5307, ASTM D6352,
GPA 2286, GPA 2186 ASTM D6417, ASTM D7096,
ASTM D7169, ASTM D7213,
and ASTM D7500.
Analysis Air/Nitrogen, Methane, C1-C6+ saturates and N2O, CO2 and CH4 in Accurate measurement O2, N2, CH4, CO are C6 to C44 alkane Single-column application Molecular Weuight distribution Using D3606, dedicated to the Individual ethers are determined

CO2, Ethane, Propane, unstarurates, H2S,Non- atmospheric air. This of dissolved gases which separated and detected for the separation and of polymers which separates separation and quantification from 0.1 to 20.0 as %. Individual

I-Butane, N-Butane, Condfensabvle gases, system will also separate include H2, O2, N2, CH4, by BID; CO2, C2H2, C2H4, identification of six main molecules by size. of benzene and toluene in alcohols are determined from 0.1

Neo-Pentane, O2,N2,CO & H2, LPG and provide quantitative CO, CO2, C2H6, C2H4, and C2H6 and C3H6 detected by compound classes in spark finished gasoline. Benzene can to 12.0 mass %.

I-Pentane, N-Pentane sampling, Vaporizer information for N2, C2H2 in mineral spirit based FID. CO2 passes through a ignition fuel samples: be determined between the

and Hexanes+ by O2 and CO. *SF6 can transformer oil via direct Methanizer and is reduced to paraffins, Isoparaffins, olefins, levels of 0.1 and 5 volume %

backflush be added per special injection and oil stripper CH4, which, is combustible naphthalenes, aromatics, and and toluene can be determined

request. The run time can extracti on and analyzed by FID. oxygenates. between the levels of 2 and 20
be extended to include volume %. Ethanol co-elution

ethane, othylene and is managed by using a special
acetylene in the analysis. proprietary column set.

Features • Turnkey systems • Automatic Refinery Gas • Includes 3 detectors and • Off er all three methods • TCD replaced by very • Support all official SimDist • Simple single-column • Stable detector • 10 minute fast analysis time • Rugged configuration

• Fully configured BTU report a methanizer • High sensitivity sensitive BID methods method • Easy-to-use GPC software • Complete turnkey systems • Economical

• Customizable systems • 6 minute fast analysis • Low-level analysis • Extension up to C4 • Hydrogen & methane • Simdist software fully • All recommended • Customizeable report layout

• Automatic BTU time • 15 minute fast analysis • Choice of 2 headspace sensitivity down to 100ppb integrated into LabSolutions consumables included • Fully integrated HPLC system

reports • Four simultaneous time models • Turnkey system • Simple automated operation • Room temperature method

injections • Distillation curve overlay

• Distillation reports and

curve data can be easily
exported as ASCII data to
Excel
• Results correlated to D86 or
D1160
Shimadzu BID Detector Shimadzu Simdist System

High Sensi�vity

Detection sensitivity over 100x higher than

TCD, 2x higher than FID
Novel Universal Detector
Single-detector approach for your complex
analyses
Long-Term Stability
Long-term stability with
new discharge design