Get the Right GC for Your Industry

Get the Right GC for Your Industry Shimadzu was founded on the basis of "Technology for Science" and we continue to take the initiative in the analytical technology industry. From our absorption spectrophotometers to our structure and surface analyzers and chromatographs, our high-quality products are the fruits of our original technologies. As a wholly-owned subsidiary of Shimadzu Corporation, established in 1875, Shimadzu Scientific Instruments, Inc. continues to discover cutting-edge technologies to meet customer needs and requirements that result in the development of future instrumentation targeted at Solutions for Science. At SSI, you, the customer, are our number one priority and we believe that quality is our responsibility. SHIMADZU EUROPE LTD., OPERATION CENTER Albert-Hahn-Strasse 6-10, D-47269 Duisburg, F.R. Germany Phone: 49(203)7687-0 FAX: 49(203)7666-25 SHIMADZU SCIENTIFIC INSTRUMENTS, INC. 7102 Riverwood Drive, Columbia, MD 21046, USA Phone: 410-381-1227 or 800-477-1227 FAX: 410-381-1222 http://www.ssi.shimadzu.com SHIMADZU CORPORATION, International Marketing Division 3. Kanda-Nishikicho 1-chome, Chiyoda-ku, Tokyo 101, Japan Phone: 81(3)3219-5641 FAX: 81(3)3219-5710 Cable Add.: SHIMADZU TOKYO Overseas Telex No.: 0232-3291 (Answer Code: SHMDT J) http://www.shimadzu.co.jp SHIMADZU (ASIA PACIFIC) PTE LTD. 16 Science Park Drive #01-01 Singapore Science Park, Singapore 118227, Republic of Singapore Phone: 65-778-6280 FAX: 65-779-2935 SHIMADZU SCIENTIFIC INSTRUMENTS (OCEANIA) PTY LTD. Rydalmere Business Park, Unit T, 10-16 South Street, Rydalmere N.S.W. 2116, Australia Phone: 61(2)9684-4200 FAX: 61(2)9684-4055 www.ssi.shimadzu.com

Table of Contents Hydrocarbon Processing Analyzers GC-14A LPG Analyzer... 9 Specialty Gas Analyzers GC - 8AIT Natural Gas Analyzer #1... 2 GC-2010 Simulated Distillation Analyzer... 9 GC-14A Nitrous Oxide Analyzer... 15 GC - 8AIT Natural Gas Analyzer #2... 2 GC-17A Simulated Distillation Analyzer... 9 GC-8A Nitrous Oxide Analyzer... 15 Shimadzu began building Gas Chromatography products in 1955 and remains committed to building the best GC products in the world. Throughout our long history, the customer's needs have always been central to all our design, manufacturing, and testing processes. As part of this continuing commitment, we developed the System GC program, which provides our customers with the best applicated and fully configured GC products available anywhere. Configured and tested in Shimadzu's System Integration Technology Lab, the system is shipped with proof of performance, QA/QC and a field test standard. Upholding the Shimadzu tradition, the System GC group is uncompromising in the quest for excellence and in optimizing separations and making the products easy to use. Expect performance, quality and value with System GC! GC-14A Natural Gas Analyzer #3... 2 GC-2010 Natural Gas Analyzer by GPA Standard... 2 GC-17A Natural Gas Analyzer by GPA Standard... 2 GC-14A Natural Gas Analyzer by GPA Standard... 2 GC-2010 Natural Gas Analyzer by GPA Standard with Fixed Gas Separation... 3 GC-14A Natural Gas Analyzer by GPA Standard with Fixed Gas Separation... 3 GC-2010 Natural Gas Analyzer by ASTM D 1945... 4 GC-17A Natural Gas Analyzer by ASTM D 1945... 4 GC-14A Natural Gas Analyzer by ASTM D 1945... 4 GC-2010 Extended Natural Gas Analyzer... 4 GC-17A Extended Natural Gas Analyzer... 5 GC-14A Extended Natural Gas Analyzer... 5 GC-2010 Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504... 5 GC-17A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504... 5 GC-14A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504... 5 GC-2010 Light Petroleum Sulfur Analyzer by ASTM D 5623... 6 GC-2010 PIANO Analyzer... 9 GC-17A PIANO Analyzer... 10 GC-2010 DHA Analyzer... 10 GC-17A DHA Analyzer... 10 GC-2010 Oxygenates in Gasoline by ASTM D 4815... 10 GC-17A Oxygenates in Gasoline by ASTM D 4815... 11 GC-14A Oxygenates in Gasoline by ASTM D 4815... 11 GC-2010 Refinery Gas by UOP 539... 11 GC-2010 Fast Refinery Gas... 12 GC-2010 ASTM D 2504 Analyzer... 12 GC-17A ASTM D 2504 Analyzer... 12 GC-14A ASTM D 2504 Analyzer... 12 GC-2010 ASTM D 2505 Analyzer... 12 GC-17A ASTM D 2505 Analyzer... 12 GC-14A ASTM D 2505 Analyzer... 12 GC-2010 ASTM D 3606 Analyzer... 13 GC-17A ASTM D 3606 Analyzer... 13 GC-14A ASTM D 3606 Analyzer... 13 GC-2010 Sulfur and Fixed Gas Analyzer... 13 GC-8A Chlorine Gas Analyzer 1 by ASTM D 1746... 15 GC-8A Chlorine Gas Analyzer 2 by ASTM D 1746... 15 GC-17A Specialty Gas Analyzer 1... 16 GC-17A Specialty Gas Analyzer 2...16 GC-17A H2 Contaminants Analyzer...17 GC-14A H2 Contaminants Analyzer...17 GC-8A H2 Contaminants Analyzer...17 GC-17A N2 Contaminants Analyzer... 17 GC-14A N2 Contaminants Analyzer... 17 GC-8A N2 Contaminants Analyzer...17 Environmental and Safety GC-17A TOGAS...18 GC-14A TOGAS...18 GC-14A Greenhouse Gas Analyzer...18 GC-17A Mine Gas Analyzer... 18 GC-14A Mine Gas Analyzer... 18 GC-14A Mud Logging, Well Gas Sampling Analyzer... 18 GC-14A Fuel Cell Analyzer... 19 GC-17A Light Petroleum Sulfur Analyzer by ASTM D 5623... 6 GC-17A Sulfur and Fixed Gas Analyzer... 13 GC-2010 Methane in Exhaust Analyzer by SAE J1511... 19 Order your System GC today! Call 1-800-477-1227 or log-on to www.ssi.shimadzu.com for more information. GC-14A Light Petroleum Sulfur Analyzer by ASTM D 5623... 7 GC-2010 Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228... 7 GC-17A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228... 8 GC-14A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228... 8 GC-17A LPG Analyzer by GPA Standard... 8 GC-14A Sulfur and Fixed Gas Analyzer... 13 GCMS QP-2010 Aromatics in Gasoline by ASTM D 5769... 13 GCMS QP-5000 Aromatics in Gasoline by ASTM D 5769... 14 GC-2010 Aromatics in Finished Gasoline by ASTM D 4420... 14 GC-14A Aromatics in Finished Gasoline by ASTM D 4420... 14 GC-17A Methane in Exhaust Analyzer by SAE J1511... 19 GC-14A Methane in Exhaust Analyzer by SAE J1511... 19

Hydrocarbon Processing Analyzers GC - 8AIT Natural Gas Analyzer #1 Method: ASTM 1945 & 3588 Part Number: 220-90464-00 Analytes: C6+, C1-C5, O2, N2, CO2 Columns: 6 packed This system is fully configured with a CR8A data processor prepared for operation at the factory. Each system is a turnkey analyzer for performing natural gas assays of the components listed with Compressibility, BTU and Specific Gravity calculations provided for the appropriate compounds. Analysis time approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC - 8AIT Natural Gas Analyzer #2 Method: GPA 2261 Part Number: 220-90464-01 Analytes: C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 Columns: 4 packed This system is fully configured with a CR8A data processor prepared for operation at the factory. Each system is a turnkey analyzer for performing natural gas assays of the components listed with Compressibility, BTU and Specific Gravity calculations provided for the appropriate compounds. Analysis time approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-14A Natural Gas Analyzer #3 Method: ASTM 1945 Part Number: 220-90850-00 Analytes: C6+, C3-C5, CO2, C2, O2, N2, CH4 /TCD Columns: 7 packed 4 valves This turnkey system for natural gas incorporates a C6+ backflush and analyzes C3-C5 on the FID in that order. The valve timing then allows for CO2, C2, O2, N2 and CH4 to be detected on the TCD respectfully. Must include a data station or data processor. Compressibility, BTU and Specific Gravity calculations can be provided for the appropriate compounds. Analysis time approximately 60 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-2010 Natural Gas Analyzer by GPA Standard Method: GPA 2261 Part Number: 220-90851-20 Analytes: C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-17A Natural Gas Analyzer by GPA Standard Method: GPA 2261 Part Number: 220-90851-17 Analytes: C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-14A Natural Gas Analyzer by GPA Standard Method: GPA 2261 Part Number: 220-90851-14 Analytes: C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-2010 Natural Gas Analyzer by GPA Standard with Fixed Gas Separation Method: GPA 2261 Part Number: 220-90852-20 Analytes: TCD1 - C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 TCD2 - H2, O2, N2, CH4, CO Detectors: 2 TCD s Columns: 5 packed This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column, which is detected by the first TCD- 2010. The second gas sampling valve directs the natural gas sample to a molecular sieve 13X for separation of H2, O2, N2, CH4, CO which is detected by the second TCD-2010. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Natural Gas Analyzers by GPA Standard with Fixed Gas Separation GC-14A Natural Gas Analyzer by GPA Standard with Fixed Gas Separation Method: GPA 2261 Part Number: 220-90852-14 Analytes: TCD sample side - C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 TCD reference - H2, O2, N2, CH4, CO using sample and reference Columns: 5 packed This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column, which is detected by the sample side of the TCD-14A. The second gas sampling valve directs the natural gas sample to a molecular sieve 13X for separation of H2, O2, N2, CH4, CO which is detected by the reference side of the TCD- 14A. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include a data processor or data station. 2 www.ssi.shimadzu.com 3

GC-2010 Natural Gas Analyzer by ASTM D 1945 Method: ASTM 1945 Part Number: 220-90853-20 Analytes: C6+, C3-C5, CO2, C2, O2, N2, CH4 Columns: 4 packed The three-valve GC system is widely used for the routine analysis of natural gas. Basically the same as method GPA 2261, this turnkey analyzer groups C6+ components into a single peak using a precut column, which is backflushed to elute the hexanes and heavier as the first peak. The valve timing then allows for C3-C5, carbon dioxide, ethane, oxygen, nitrogen, and methane to elute to the TCD-2010 in that order. The final analysis time is approximately 20-30 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-17A Natural Gas Analyzer by ASTM D 1945 Method: ASTM 1945 Part Number: 220-90853-17 Analytes: C6+, C3-C5, CO2, C2, O2, N2, CH4 Columns: 4 packed The three-valve GC system is widely used for the routine analysis of natural gas. Basically the same as method GPA 2261, this turnkey analyzer groups C6+ components into a single peak using a precut column, which is backflushed to elute the hexanes and heavier as the first peak. The valve timing then allows for C3-C5, carbon dioxide, ethane, oxygen, nitrogen, and methane to elute to the TCD-17A in that order. The final analysis time is approximately 20-30 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-14A Natural Gas Analyzer by ASTM D 1945 Method: ASTM 1945 Part Number: 220-90853-14 Analytes: C6+, C3-C5, CO2, C2, O2, N2, CH4 Columns: 4 packed The three-valve GC system is widely used for the routine analysis of natural gas. Basically the same as method GPA 2261, this turnkey analyzer groups C6+ components into a single peak using a precut column, which is backflushed to elute the hexanes and heavier as the first peak. The valve timing then allows for C3-C5, carbon dioxide, ethane, oxygen, nitrogen, and methane to elute to the TCD-14A in that order. The final analysis time is approximately 20-30 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. GC-2010 Extended Natural Gas Analyzer Part Number: 220-90854-20 Analytes: separate all components /FID, 1 capillary A detailed compositional analysis is often required to provide a better evaluation of the oil and natural gas field. The 2-valve Natural Gas Extended Analysis System traps O2, N2, CH4, CO onto a molecular sieve column and allows the separation of CO2, H2S, and C2 on a porous polymer column for detection to a TCD-2010. The 10-port sampling valve is set back to the load position which allows the other hydrocarbons to be loaded on an SPL-2010 injector in the split mode. The hydrocarbons are separated by a PIANO capillary column for detection by an FID-2010. Analysis time varies depending on the particular specifications set by the operator. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include GC-2010 with AOC20i Autoinjector and AOC20s 150 Sample Carousel GC-17A Extended Natural Gas Analyzer Part Number: 220-90854-17 Analytes: separate all components /FID, 1 capillary A detailed compositional analysis is often required to provide a better evaluation of the oil and natural gas field. The 2-valve Natural Gas Extended Analysis System traps O2, N2, CH4, CO onto a molecular sieve column and allows the separation of CO2, H2S, and C2 on a porous polymer column for detection to a TCD-17A. The 10-port sampling valve is set back to the load position which allows the other hydrocarbons to be loaded on an SPL-17A injector in the split mode. The hydrocarbons are separated by a PIANO capillary column for detection by an FID-17A. Analysis time varies depending on the particular specifications set by the operator. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include GC-14A Extended Natural Gas Analyzer Part Number: 220-90854-14 Analytes: separate all components /FID, 1 capillary A detailed compositional analysis is often required to provide a better evaluation of the oil and natural gas field. The 2-valve Natural Gas Extended Analysis System traps O2, N2, CH4, CO onto a molecular sieve column and allows the separation of CO2, H2S, and C2 on a porous polymer column for detection to a TCD-14A. The 10-port sampling valve is set back to the load position which allows the other hydrocarbons to be loaded on an SPL-14A injector in the split mode. The hydrocarbons are separated by a PIANO capillary column for detection by an FID-14A. Analysis time varies depending on the particular specifications set by the operator. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include GC-2010 Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504 Method: ASTM 5504 Part Number: 220-90855-20 Detectors: SCD/FID Columns: 2 capillary This turnkey system is designed for the determination of individual volatile sulfur-containing compounds in gaseous fuels including natural gas. It consists of a 10-port sampling valve with 2 sample loops, a SPL-2010 and 2 capillary columns that are in parallel. The sulfur compounds are detected by a sulfur chemiluminescence detector and a FID-2010. The detection range is 0.01 to 1000mg/m3 based upon the analysis of a 1-cm3 sample. Must GC-17A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504 Method: ASTM 5504 Part Number: 220-90855-17 Detectors: SCD/FID Columns: 2 capillary This turnkey system is designed for the determination of individual volatile sulfur-containing compounds in gaseous fuels including natural gas. It consists of a 10-port sampling valve with 2 sample loops, an SPL-17A and 2 capillary columns that are in parallel. The sulfur compounds are detected by a sulfur chemiluminescence detector and an FID-17A. The detection range is 0.01 to 1000mg/m3 based upon the analysis of a 1-cm3 sample. Must GC-14A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 5504 Method: ASTM 5504 Part Number: 220-90855-14 Detectors: SCD/FID Columns: 2 capillary This turnkey system is designed for the determination of individual volatile sulfur-containing compounds in gaseous fuels including natural gas. It consists of a 10-port sampling valve with 2 sample loops, an SPL-14A and 2 capillary columns that are in parallel. The sulfur compounds are detected by a sulfur chemiluminescence detector and an FID-14A. The detection range is 0.01 to 1000mg/m3 based upon the analysis of a 1-cm3 sample. Must 4 www.ssi.shimadzu.com 5

GC-2010 Light Petroleum Sulfur Analyzer by ASTM D 5623 Method: ASTM 5623 Part Number: 220-90876-20 Detectors: SCD This turnkey system covers the determination of volatile sulfur-containing compounds in light petroleum liquids. The system is applicable to distillates, gasoline motor fuels (including those containing oxygenates) and other petroleum liquids with a final boiling point of approximately 230 C. Detection of sulfur compounds is accomplished using a sulfur chemiluminescence detector. The applicable concentration range of individual sulfur species is 0.1 to 100mg/kg. GC-17A Light Petroleum Sulfur Analyzer by ASTM D 5623 Method: ASTM 5623 Part Number: 220-90876-17 Detectors: SCD This turnkey system covers the determination of volatile sulfur-containing compounds in light petroleum liquids. The system is applicable to distillates, gasoline motor fuels (including those containing oxygenates) and other petroleum liquids with a final boiling point of approximately 230 C. Detection of sulfur compounds is accomplished using a sulfur chemiluminescence detector. The applicable concentration range of individual sulfur species is 0.1 to 100mg/kg. GC-14A Light Petroleum Sulfur Analyzer by ASTM D 5623 Method: ASTM 5623 Part Number: 220-90876-14 Detectors: SCD This turnkey system covers the determination of volatile sulfur-containing compounds in light petroleum liquids. The system is applicable to distillates, gasoline motor fuels (including those containing oxygenates) and other petroleum liquids with a final boiling point of approximately 230 C. Detection of sulfur compounds is accomplished using a sulfur chemiluminescence detector. The applicable concentration range of individual sulfur species is 0.1 to 100mg/kg. GC-2010 Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228 Method: ASTM 6228 Part Number: 220-90877-20 Detectors: FPD This turnkey system provides for the determination of individual volatile sulfur-containing compounds in gaseous fuels using the FPD-2010 Flame Photometric Detector. The detection range for sulfur compounds is from 0.02 to 20 mg/m3 of sulfur based upon the analysis of a 1ml sample using a gas sampling valve. Must GC-17A LPG Analyzer by GPA Standard GC-17A Light Petroleum Sulfur Analyzer by ASTM D 5623 6 www.ssi.shimadzu.com 7

GC-17A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228 Method: ASTM 6228 Part Number: 220-90877-17 Detectors: FPD This turnkey system provides for the determination of individual volatile sulfur-containing compounds in gaseous fuels using the FPD-17 Flame Photometric Detector. The detection range for sulfur compounds is from 0.02 to 20 mg/m3 of sulfur based upon the analysis of a 1ml sample using a gas sampling valve. Must include GC-14A Natural Gas and Gaseous Fuels Sulfur Analyzer by ASTM D 6228 Method: ASTM 6228 Part Number: 220-90877-14 Detectors: FPD This turnkey system provides for the determination of individual volatile sulfur-containing compounds in gaseous fuels using the FPD-14 Flame Photometric Detector. The detection range for sulfur compounds is from 0.02 to 20 mg/m3 of sulfur based upon the analysis of a 1ml sample using a gas sampling valve. Must GC-17A LPG Analyzer by GPA Standard Method: GPA 2177 Part Number: 220-90861-17 Analytes: C6+, N2/air, CH4, CO2, C2, H2S, C3-C5 This turnkey system is constructed according to The Gas Processors Association. C6+ components are grouped into a single peak using a pre-cut column, which is backflushed to elute the hexanes and heavier as the first peak. Nitrogen/air, methane, carbon dioxide and ethane through n-pentane elute on forward flow of carrier gas through the partition column. In addition, the system calculates the liquid volume %, specific gravity, and vapor pressure. Analysis time is approximately 18 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include a data processor or data station. GC-14A LPG Analyzer Part Number: 220-90463-14 Analytes: C6+, C3-C5 The GC-14A Liquid Petroleum Gas System is a turnkey analyzer that quantitates saturated and unsaturated C3-C5 hydrocarbons, and C6+ backflushed as one initial peak. In addition, the system calculates the liquid volume %, specific gravity, and vapor pressure. Analysis time is approximately 35 minutes. In most cases, He and H2 are either not present or present in such small quantities that these need not be determined. Must include a data processor or data station. GC-2010 Simulated Distillation Analyzer Method: ASTM 2887, 3710, 5307, 6352 Part Number: 220-90863-20 This turnkey analyzer comes with the appropriate hardware and software to perform any of the simulated distillation ASTM methods, which are ASTM D 2887, ASTM D3710, ASTM D 5307, ASTM D 6352, and ASTM D 6417. Includes enhanced data station, GC Solution Software, and Petro Software. GC-17A Simulated Distillation Analyzer Method: ASTM 2887, 3710, 5307, 6352 Part Number: 220-90863-17 This turnkey analyzer comes with the appropriate hardware and software to perform any of the simulated distillation ASTM methods, which are ASTM D 2887, ASTM D3710, ASTM D 5307, ASTM D 6352, and ASTM D 6417. Includes enhanced data station, GC Solution Software, and Petro Software. GC-2010 PIANO Analyzer Part Number: 220-90864-20 The PIANO Analyzer is a single-column method that involves analyzing the naphtha sample for paraffins, olefins, naphthalenes, and aromatics. This system comes with the appropriate hardware and software to perform PIANO analysis. Includes enhanced data station, GC Solution Software, and Petro Software. GC-2010 PIANO Analyzer GC-2010 Simulated Distillation Analyzer 8 www.ssi.shimadzu.com 9

GC-17A PIANO Analyzer Part Number: 220-90864-17 The PIANO Analyzer is a single-column method that involves analyzing the naphtha sample for paraffins, olefins, naphthalenes, and aromatics. This system comes with the appropriate hardware and software to perform PIANO analysis. Includes enhanced data station, GC Solution Software, and Petro Software. GC-2010 DHA Analyzer Method: ASTM 5134 Part Number: 220-90866-20 Analytes: Detailed Hydrocarbon The Detailed Hydrocarbon Analysis System covers the determination of hydrocarbon components of petroleum naphthas by ASTM D 5134. This system comes with the appropriate hardware and software to perform DHA analysis. Includes enhanced data station, GC Solution Software, and Petro Software. GC-17A DHA Analyzer Method: ASTM 5134 Part Number: 220-90866-17 Analytes: Detailed Hydrocarbon The Detailed Hydrocarbon Analysis System covers the determination of hydrocarbon components of petroleum naphthas by ASTM D 5134. This system comes with the appropriate hardware and software to perform DHA analysis. Includes enhanced data station, GC Solution Software, and Petro Software. GC-2010 Oxygenates in Gasoline by ASTM D 4815 Method: ASTM 4815 Part Number: 220-90462-20 Analytes: 15 Oxygenated Compounds Columns: 1 packed, 1 capillary This turnkey system quantitates oxygenates in gasoline based on ASTM D 4815. Individual ethers are determined from 0.1 to 20.0 as %. Individual alcohols are determined from 0.1 to 12.0 mass %. Analysis time is approximately 15 minutes. Must include a data GC-17A Oxygenates in Gasoline by ASTM D 4815 Method: ASTM 4815 Part Number: 220-90462-17 Analytes: 15 Oxygenated Compounds Columns: 1 packed, 1 capillary This turnkey system quantitates oxygenates in gasoline based on ASTM D 4815. Individual ethers are determined from 0.1 to 20.0 as %. Individual alcohols are determined from 0.1 to 12.0 mass %. Analysis time is approximately 15 minutes. Must include a data GC-14A Oxygenates in Gasoline by ASTM D 4815 Method: ASTM 4815 Part Number: 220-90462-14 Analytes: 15 Oxygenated Compounds Columns: 1 packed, 1 capillary This turnkey system quantitates oxygenates in gasoline based on ASTM D 4815. Individual ethers are determined from 0.1 to 20.0 as %. Individual alcohols are determined from 0.1 to 12.0 mass %. Analysis time is approximately 15 minutes. Must include a data GC-2010 Refinery Gas by UOP 539 Method: UOP 539 Part Number: 220-90867-20 Analytes: H2, O2, N2, CO, CO2, C1-C4 hydrocarbons, C5 paraffins individually, and C5 olefins and C6+ hydrocarbons as a composite Detectors: 2 TCD s Columns: 5 packed 4 valves This automated analyzer determines the composite of gas samples, obtained from refining processes or natural sources. Noncondensable gases, methane through C4 hydrocarbons and C5 paraffins are reported individually, while C5 olefins and C6+ hydrocarbons are reported as a composite. H2S, if present, is not determined. Oxygen is not separated from argon. Usually argon is not present in refinery gas. Lower limit of detection is approximately 0.05mol%. Analysis time is approximately 45 minutes. Must include GC-2010 DHA Analyzer GC-2010 Oxygenates in Gasoline by ASTM D4815 10 www.ssi.shimadzu.com 11

GC-2010 Fast Refinery Gas Part Number: 220-90868-20 Analytes: H2, CO, CO2, O2, N2, H2S, C1-C5, C6+ /FID Columns: 6 packed 5 valves This turnkey system is a dedicated analyzer for the analysis of refinery gases. These gases include H2, O2, N2, CO, CO2, H2S, C1- C5, and C6+ hydrocarbons reported as a composite. This system is configured with six packed columns, three sample loops, five valves, and FID/TCD. Analysis time is approximately 20 minutes. GC-2010 ASTM D 2504 Analyzer Method: ASTM 2504 Part Number: 220-90869-20 Analytes: H2, O2, N2, CO in non-condensable gases in C2 and lighter hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of non-condensable gases in C2 and lighter hydrocarbon products. H2, O2, N2, and CO are determined at the part per million volume level. Must GC-17A ASTM D 2504 Analyzer Method: ASTM 2504 Part Number: 220-90869-17 Analytes: H2, O2, N2, CO in non-condensable gases in C2 and lighter hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of non-condensable gases in C2 and lighter hydrocarbon products. H2, O2, N2, and CO are determined at the part per million volume level. Must GC-14A ASTM D 2504 Analyzer Method: ASTM 2504 Part Number: 220-90869-14 Analytes: H2, O2, N2, CO in non-condensable gases in C2 and lighter hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of non-condensable gases in C2 and lighter hydrocarbon products. H2, O2, N2, and CO are determined at the part per million volume level. Must GC-2010 ASTM D 2505 Analyzer Method: ASTM 2505 Part Number: 220-90869-20 Analytes: CO2, CH4, ethane, acetylene and other hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of other hydrocarbons and CO2 in high purity ethylene. CO2, CH4, ethane, acetylene and other hydrocarbons are determined at the 1 to 500 part per million volume level. GC-17A ASTM D 2505 Analyzer Method: ASTM 2505 Part Number: 220-90869-17 Analytes: CO2, CH4, ethane, acetylene and other hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of other hydrocarbons and CO2 in high purity ethylene. CO2, CH4, ethane, acetylene and other hydrocarbons are determined at the 1 to 500 part per million volume level. GC-14A ASTM D 2505 Analyzer Method: ASTM 2505 Part Number: 220-90869-14 Analytes: CO2, CH4, ethane, acetylene and other hydrocarbons /FID/Methanizer This turnkey system is dedicated for the analysis of other hydrocarbons and CO2 in high purity ethylene. CO2, CH4, ethane, acetylene and other hydrocarbons are determined at the 1 to 500 part per million volume level. Must include a data processor or data station. GC-2010 ASTM D 3606 Analyzer Method: ASTM 3606 Part Number: 220-90870-20 Analytes: Benzene, Toluene in Finished Gasoline This automated analyzer is dedicated to the separation and quantitation of benzene and toluene in finished gasoline. Benzene can be determined between the levels of 0.1 and 5 volume % and toluene can be determined between the levels of 2 and 20 volume %. Analysis time is approximately 10 minutes. Must include a data GC-17A ASTM D 3606 Analyzer Method: ASTM 3606 Part Number: 220-90870-17 Analytes: Benzene, Toluene in Finished Gasoline This automated analyzer is dedicated to the separation and quantitation of benzene and toluene in finished gasoline. Benzene can be determined between the levels of 0.1 and 5 volume % and toluene can be determined between the levels of 2 and 20 volume %. Analysis time is approximately 10 minutes. Must include a data GC-14A ASTM D 3606 Analyzer Method: ASTM 3606 Part Number: 220-90870-14 Analytes: Benzene, Toluene in Finished Gasoline This automated analyzer is dedicated to the separation and quantitation of benzene and toluene in finished gasoline. Benzene can be determined between the levels of 0.1 and 5 volume % and toluene can be determined between the levels of 2 and 20 volume %. Analysis time is approximately 10 minutes. Must include a data GC-2010 Sulfur and Fixed Gas Analyzer Part Number: 220-90871-20 Analytes: O2, N2, CO, CO2, COS, SO2 This unit separates and quantifies CO2, COS, SO2, N2, O2, and CO. Also, Cl2 and TiCl4 can be quantified. Detection limit is at the 0.01 % range. Analysis time is approximately 30 minutes. Must GC-17A Sulfur and Fixed Gas Analyzer Part Number: 220-90871-17 Analytes: O2, N2, CO, CO2, COS, SO2 This unit separates and quantifies CO2, COS, SO2, N2, O2, and CO. Also, Cl2 and TiCl4 can be quantified. Detection limit is at the 0.01 % range. Analysis time is approximately 30 minutes. Must GC-14A Sulfur and Fixed Gas Analyzer Part Number: 220-90871-14 Analytes: O2, N2, CO, CO2, COS, SO2 This unit separates and quantifies CO2, COS, SO2, N2, O2, and CO. Also, Cl2 and TiCl4 can be quantified. Detection limit is at the 0.01 % range. Analysis time is approximately 30 minutes. Must GCMS QP-2010 Aromatics in Gasoline by ASTM D 5769 Method: ASTM 5769 Part Number: 220-90873-20 Analytes: 24 Aromatics Detectors: MS This GCMS system is used to make the determination of total aromatics in finished gasoline, including reformulated gasoline (RFG) containing oxygenated blending components. This method is used to identify and quantitate concentration, in liquid volume percent, for the following aromatics: benzene, 0.1 to 3%; toluene, 1 to 15%; and total (C6-C12) aromatics, 10 to 40%. ASTM Method D-5769 specifies the calibration of 24 aromatic components using 4 internal standards. A macro program calculates the uncalibrated aromatic C10-C12 compounds and reports all concentrations of compounds of interest in volume percent. 12 www.ssi.shimadzu.com 13

GCMS QP-5000 Aromatics in Gasoline by ASTM D 5769 Method: ASTM 5769 Part Number: 220-90873-50 Analytes: 24 Aromatics Detectors: MS This GCMS system is used to make the determination of total aromatics in finished gasoline, including reformulated gasoline (RFG) containing oxygenated blending components. This method is used to identify and quantitate concentration, in liquid volume percent, for the following aromatics: benzene, 0.1 to 3%; toluene, 1 to 15%; and total (C6-C12) aromatics, 10 to 40%. ASTM Method D-5769 specifies the calibration of 24 aromatic components using 4 internal standards. A macro program calculates the uncalibrated aromatic C10-C12 compounds and reports all concentrations of compounds of interest in volume percent. GC-2010 Aromatics in Finished Gasoline by ASTM D 4420 Method: ASTM 4420 Part Number: 220-90930-20 Analytes: Aromatics to C8, C9+ Detectors: 2 TCDs This turnkey system utilizes two columns and two TCDs. A sample is injected into a polar liquid phase column. The nonaromatics are directed to TCD #2. The column is backflushed immediately before the elution of benzene, and the aromatic portion is directed into the nonpolar liquid phase column. The aromatic components elute according to their boiling points and are detected on TCD #1. Immediately after the C8 aromatics have eluted, the flow through the nonpolar column is reversed to backflush the C9 and heavier aromatics from the column through the detector. GC-14A Aromatics in Finished Gasoline by ASTM D 4420 Method: ASTM 4420 Part Number: 220-90930-14 Analytes: Aromatics to C8, C9+ This turnkey system utilizes two columns and a dual filament TCD. A sample is injected into a polar liquid phase column. The nonaromatics are directed to the reference side of the TCD and vented to atmosphere. The column is backflushed immediately before the elution of benzene, and the aromatic portion is directed into the nonpolar liquid phase column. The aromatic components elute according to their boiling points and are detected on the analytical side of the TCD. Immediately after the C8 aromatics have eluted, the flow through the nonpolar column is reversed to backflush the C9 and heavier aromatics from the column through the detector. Specialty Gas Analyzers GC-14A Nitrous Oxide Analyzer Part Number: 220-90856-14 Analytes: N2O Detectors: ECD Columns: 7 packed This analyzer is used for the rapid precise analysis for gases containing nitrous oxide. The combination of a pre-column backflush system with an ECD eliminates interference from water and fluorocarbons, and provides direct analysis for N2O in small sample volumes of ambient air. The system is completely turnkey and automated, having been calibrated and tuned prior to shipment. Analysis time is approximately 5 minutes. Must include a data GC-8A Nitrous Oxide Analyzer Part Number: 220-90856-08 Analytes: N2O Detectors: ECD Columns: 7 packed This analyzer is used for the rapid precise analysis for gases containing nitrous oxide. The combination of a pre-column backflush system with an ECD eliminates interference from water and fluorocarbons, and provides direct analysis for N2O in small sample volumes of ambient air. The system is completely turnkey and automated, having been calibrated and tuned prior to shipment. Analysis time is approximately 5 minutes. Must include a data GC-8A Chlorine Gas Analyzer 1 by ASTM D 1746 Method: ASTM 1746 Part Number: 220-90465-00 Analytes: H2, O2, N2, CH4, CO, CO2 Columns: 9 packed This turnkey system is for the analysis of H2, O2, N2, CH4, CO, and CO2 impurities in chlorine gas. Chlorine concentration is not determined. Components heavier than CO2 are backflushed to vent. Range of concentrations determined from 0.1 to 5%. This system is described in ASTM D 1746. Analysis time is approximately 10 minutes. GC-8A Chlorine Gas Analyzer 2 by ASTM D 1746 Method: ASTM 1746 Part Number: 220-90465-01 Analytes: H2, O2, N2, CH4, CO, CO2 Columns: 9 packed This turnkey system is for the analysis of H2, O2, N2, CH4, CO, and CO2 impurities in chlorine gas. Chlorine concentration is not determined. Components heavier than CO2 are backflushed to vent. Range of concentrations determined from 0.1 to 5%. This system is described in ASTM D 1746. Analysis time is approximately 10 minutes. GCMS QP 2010 Aromatics in Gasoline GC-14A N2 Nitrous Oxide Analyzer 14 www.ssi.shimadzu.com 15

GC-17A Specialty Gas Analyzer 1 Part Number: 220-90857-17 Analytes: H2, O2, N2, CH4, CO, CO2, SF6, CF4, SiF4 Detectors: PDD The use of Ultra High Purity (UHP) specialty gases demands stringent product purity specifications particularly for the semi-conductor industry. The purity level is <500ppb for CO2, CO, HF, SF6, CF4, Sif4, N2, and O2/AR. A confidence level of 50ppb has been determined in daily practical analyses. A GC-17A with a Valco Pulse Discharge Detector (GC-PDD) is used to achieve the required detection levels. All these impurities have a relatively higher vapor pressure than the specialty gases. The pre-column delays the specialty gas and the system is tuned to backflush the matrix to waste. This system incorporates a column switching valve that allows the sample to be separated and analyzed by one of two columns at a time. Analysis time is approximately 10 minutes per column selection. GC-17A Specialty Gas Analyzer 2 Part Number: 220-90858-17 Analytes: H2, O2, N2, CH4, CO, CO2, Light Hydrocarbons Detectors: PDD The use of Ultra High Purity (UHP) specialty gases demands stringent product purity specifications particularly for the semi-conductor industry. The purity level is <500ppb for H2, O2, N2, CH4, CO, CO2 and light hydrocarbons. A GC-17A with a Valco Pulse Discharge Detector (GC-PDD) is used to achieve the required detection levels. This turnkey system has a pre-column that delays the specialty gas and the system is tuned to backflush the matrix to waste. The system is designed to pre-cut the fixed gases. However, H2 is allowed to pass to the detector. The analysis order is H2, CO2, light hydrocarbons, O2, N2, CH4, and CO. Analysis time is approximately 20 minutes. Must include a data processor or data station. GC-17A H2 Contaminants Analyzer Part Number: 220-90859-17 Analytes: Ar, N2, CH4, CO, CO2 This turnkey analyzer is dedicated to the separation and quantitation of impurities in hydrogen. This system consists of a two-stream selection in which Ar, N2, CH4, CO, and CO2 are analyzed by a TCD-17A. Analysis time is approximately 25 minutes. Must include GC-14A H2 Contaminants Analyzer Part Number: 220-90859-14 Analytes: Ar, N2, CH4, CO, CO2 This turnkey analyzer is dedicated to the separation and quantitation of impurities in hydrogen. This system consists of a two-stream selection in which Ar, N2, CH4, CO, and CO2 are analyzed by a TCD-14A. Analysis time is approximately 25 minutes. Must include GC-17A Specialty Gas Analyzer GC-8A H2 Contaminants Analyzer Part Number: 220-90859-08 Analytes: Ar, N2, CH4, CO, CO2 This turnkey analyzer is dedicated to the separation and quantitation of impurities in hydrogen. This system consists of a two-stream selection in which Ar, N2, CH4, CO, and CO2 are analyzed by a TCD-8A. Analysis time is approximately 25 minutes. Must include GC-17A N2 Contaminants Analyzer Part Number: 220-90860-17 Analytes: H2, O2 Columns: 1 packed This turnkey analyzer is dedicated to the separation and quantitation of impurities in nitrogen. This system consists of a two-stream selection in which H2 and O2 are analyzed by a TCD-17A. Analysis time is approximately 7 minutes. Must include a data processor or data station. GC-14A N2 Contaminants Analyzer Part Number: 220-90860-14 Analytes: H2, O2 Columns: 1 packed This turnkey analyzer is dedicated to the separation and quantitation of impurities in nitrogen. This system consists of a two-stream selection in which H2, and O2 are analyzed by a TCD-14A. Analysis time is approximately 7 minutes. Must include a data processor or data station. GC-8A N2 Contaminants Analyzer Part Number: 220-90860-08 Analytes: H2, O2 Columns: 1 packed This turnkey analyzer is dedicated to the separation and quantitation of impurities in nitrogen. This system consists of a two-stream selection in which H2, and O2 are analyzed by a TCD-8A. Analysis time is approximately 7 minutes. Must include a data processor or data station. 16 www.ssi.shimadzu.com 17

Environmental and Safety GC-17A TOGAS Method: ASTM 3612 Part Number: 220-90799-00 Analytes: H2, O2, N2, CH4, CO, CO2, C2H4, C2H6, C2H2 Detectors: PDD/FID/Methanizer. Could substitute TCD for PDD Columns: 2 Capillary The TOGAS GC-17A Dissolved Gas in Transformer Oil Analysis System offers a turnkey system for the analysis of H2, O2, N2, CH4, CO, CO2, C2H6, C2H4, and C2H2 in mineral spirit-based transformer oil via direct injection. Meets ASTM D 3612-98 requirements. Features a GC-17A with FID and PDD detectors, valves, columns, methanizer, and patented oil stripper. System operation is completely automated. Analysis time is approximately 5-10 minutes depending on backflush of high concentrated samples. Must GC-14A TOGAS Method: ASTM 3612 Part Number: 220-90249-14 Analytes: H2, O2, N2, CH4, CO, CO2, C2H4, C2H6, C2H2 Detectors: PDD/FID/Methanizer Columns: 6 packed The TOGAS-14 Transformer Oil Gas Analysis System is completely turnkey, having been calibrated and tuned prior to shipment. The GC-14A TOGAS gives accurate measurement of dissolved gases which include H2, O2, N2, CH4, CO, CO2, C2H6, C2H4, and C2H2 in mineral spirit-based transformer oil via direct injection. Meets ASTM D 3612-98 requirements. Features a GC-14A with FID and TCD detectors, valves, columns, methanizer, and patented oil stripper. System operation is completely automated. Analysis time is approximately 25 minutes. Must include a data processor or data station. GC-14A Greenhouse Gas Analyzer Part Number: 220-90804-00 Analytes: N2O, CH4, CO2 in air Detectors: ECD/FID This model quantitates atmospheric trace gases, CO2, CH4, N2O, in air matrix. This turnkey system is equipped with 2 sample loops, one delivers the sample to an ECD for N2O and CO2 detection and the other delivers the sample to an FID for the detection of CH4. Generally, this system represents a useful and efficient tool for a large number of studies on greenhouse gases. Analysis time is approximately 5 minutes. Must include a data processor or data station. GC-17A Mine Gas Analyzer Part Number: 220-90827-17 Analytes: H2, O2, N2, CH4, CO, CO2, C2H4, C2H6, C2H2 Detectors: PDD/FID/Methanizer Columns: 2 capillary The GC-17A Mine Gas System offers a turnkey system for the analysis of H2, O2, N2, CH4, CO, CO2, C2H6, C2H4, and C2H2. This analyzer is similar to the GC-17A TOGAS. Features a GC-17A with FID and PDD detectors, valves, columns, and methanizer. System operation is completely automated. Analysis time is approximately 5-10 minutes depending on backflush of molesieve 5A column. GC-14A Mine Gas Analyzer Part Number: 220-90827-14 Analytes: H2, O2, N2, CH4, CO, CO2, C2H4, C2H6, C2H2 /FID/Methanizer Columns: 6 packed The GC-14A Mine Gas System offers a turnkey system for the analysis of H2, O2, N2, CH4, CO, CO2, C2H6, C2H4, and C2H2. This analyzer is similar to the GC-14A TOGAS. Features a GC-14A with FID and TCD detectors, valves, columns, and methanizer. System operation is completely automated. Analysis time is approximately 25 minutes. GC-14A Mud Logging, Well Gas Sampling Analyzer Part Number: 220-90874-14 Analytes: Stream 1 Hydrocarbons- (Total baseline measurement). Stream 2 C1-C6 Detectors: 2 FID s Columns: 1 packed GC-14A Fuel Cell Analyzer Part number: 220-90862-14 Analytes: H2, O2, N2, CH4, CO, CO2, Light Hydrocarbons /FID/Methanizer This turnkey system is designed for the analysis of gases produced from a catalytic reformer during the fuel cell process. The system provides valuable information for the design, performance and optimization of the reformer operation. The system determines H2, O2, N2, CH4, CO, CO2 and other key species. The system consists of a GC-14 with TCD and FID with methanizer, along with the valves and columns required for the application. GC-2010 Methane in Exhaust Analyzer by SAE J1511 Method: SAE J1511 Part Number: 220-90872-20 Analytes: CH4 This turnkey system is constructed to the specifications of Society of Automotive Engineers J1145. The analyzer separates methane from the other constituents of an exhaust gas sample. The concentration of methane is determined with an FID with a detection of approximately 1ppm. A complete cycle, from injection of one sample to injection of a second sample, can be made in 30 seconds. GC-17A Methane in Exhaust Analyzer by SAE J1511 Method: SAE J1511 Part Number: 220-90872-17 Analytes: CH4 This turnkey system is constructed to the specifications of Society of Automotive Engineers J1145. The analyzer separates methane from the other constituents of an exhaust gas sample. The concentration of methane is determined with an FID with a detection of approximately 1ppm. A complete cycle, from injection of one sample to injection of a second sample, can be made in 30 seconds. GC-14A Methane in Exhaust Analyzer by SAE J1511 Method: SAE J1511 Part Number: 220-90872-14 Analytes: CH4 This turnkey system is constructed to the specifications of Society of Automotive Engineers J1145. The analyzer separates methane from the other constituents of an exhaust gas sample. The concentration of methane is determined with an FID with a detection of approximately 1ppm. A complete cycle, from injection of one sample to injection of a second sample, can be made in 30 seconds. GC-17A with AOC20i Autoinjector and AOC20s 150 Sample Carousel 18 www.ssi.shimadzu.com 19

Ordering Information How to Order Phone: For convenient ordering, use our toll-free number; 1-800-477-1227, ext. 1300 Mail: Mail your order to: SHIMADZU 7102 Riverwood Drive Columbia, MD 21046 Fax: Fax your purchase order to: 410-381-1222 Online: Visit our website, http://store.shimadzu.com, for more information or to contact your local sales office/representative. When you order, be sure to include: Purchase order number Your billing address Your shipping address Our catalog number and the product description Your name and telephone number Terms We welcome all orders of any size. Terms of payment are net 30 days. Returns Returns of any products must be authorized in advance. Please contact SHIMADZU for a return authorization number and forwarding instructions. All claims must be made within 60 days of shipping. Report shipping damage to carrier. Keep containers and packaging materials until inspection has been made. Warranty Information presented in this catalog is correct and reliable to the best of our knowledge and belief, but is not guaranteed to be so. SHIMADZU shall not, under any circumstances, be held liable for any incidental, consequential or compensatory damage arising from the use of, or in conjunction with its products. The maximum liability which can be assumed by SHIMADZU shall be limited to the invoice price of the product. Order today! Call 1-800-477-1227 or log-on to www.ssi.shimadzu.com for more information. 20