Hands-on Workshop on Advanced Hydrocarbon Analysis July 23, 2015

Transcription

1 Hands-on Workshop on Advanced Hydrocarbon Analysis July 23, 2015 Fast Analysis of Natural Gas and Fuel Gas Using Agilent 490 Micro GC - David Ramby, Quantum Analytics

2 Quantum Analytics Value-added distributor of multi-vendor analytical instruments Cross-platform system integration, installation, training and product support Multi-million dollar inventory of new and refurbished instruments available for immediate delivery

3 Quantum Analytics Rent, lease or purchase the instrument your lab needs today! Zero Down, Zero Interest Financing for 12 months Low Cost Capital Lease Options Rental with Equity

4 Fast Analysis of Natural Gas and Fuel Gas Using Agilent 490 MicroGC Quantum Tech Center Oak Ridge North, TX July 23, 2015 David Ramby Product Application Specialist Quantum Analytics

5 Agilent 490 MicroGC The Agilent 490 MicroGC is the fifth generation rugged and compact analyzer for gas quality analysis in the laboratory, online / at-line and in the field.

6 Modular and ready-to-go Two bench-top cabinets are available the DUAL for 1 or 2 channels and the QUAD for 1 to 4 GC channels. Every channel is a complete, miniaturized GC, with independently controlled Electronic Gas Control Chip Injector GC Column Micro TCD injection volume, column oven temperature and carrier gas.

7 Designed for flexibility and ease-of-use The Agilent 490 MicroGC provides maximum flexibility and customization: Sampling via sample pump or continuous flow Heated or non-heated injector/sample line Up to 2 different sample inlets Sample inlet at the rear or front Up to 2 different carrier gases Column back flush option

8 The Micro Gasifier expands the range of samples you can analyze The Micro Gasifier provides controlled evaporation of Liquid Petroleum Gas (LPG) and Liquefied Natural Gas (NGA). In addition, high pressure can be reduced without the creation of cold spots.

9 The field case provides on-the-go measurements The field case is compact in size and weight, and includes carrier gas supply and battery pack.

10 Use accessories more conveniently with the integrated accessory bracket The MicroGC accessory bracket is an on-board universal mounting platform for accessories such as stream selector valve, Micro Gasifier, Genie membrane filters, pressure regulator and sample relief valve.

11 For on-line analysis, a 19 rack mounted version is available The 490 and 490-PRO MicroGCs are also available in a 19 rack-mounted chassis. Sampling and sample conditioning devices, such as stream selection valves and Genie membrane filters, can be mounted inside the housing.

12 490-PRO MicroGC: no local operator required The 490-PRO MicroGC does not require an external computer to generate data and results. It features on-board data collection, integration and results calculation. User defined information is automatically sent to an external control system.

13 PRO for PROCESS The 490-PRO MicroGC David Ramby Product Application Specialist Quantum Analytics Confidentiality Label

14 490-PRO MicroGC Markets A Fast, Small Form Factor, High Performance Gas Measurement Platform Designed for Unattended Operation and supports Industrial networks Product differentiation Process environment On-line / At-line Product Benefits Implement proven Lab Technology in Process Analytics Instrument hardware availability for autonomous operation Communicates results instead of raw signal data 11

15 Agilent 490-PRO MicroGC Micro machined injector One to four independently controlled, micro-machined, plug-n-play GC channels Same hardware as 490 MicroGC Electronic gas control Narrow-bore column Micro Thermal Conductivity Detector Dual Quad 12

16 All the intelligence is inside the 490-PRO MicroGC On-board data handling Peak integration, identification, grouping, calibration and normalization with using external PC with CDS Results only! Modbus TCP/IP, Modbus serial (optional), 4-20 ma, FTP-server Energy metering (optional) Calculation of calorific value, density, compressibility etc. In accordance to ISO 6976, ASTM D3588, GPA 2172, GOST & GOST 31369* Requires additional license History logging (optional) 35 day storage of analysis results, calibration data, error log, etc. In according to API (chapter21) Webserver Available from anywhere on the internet Status and last analysis results * currently limited to particular OEM 13

17 490-PRO versus 490 MicroGC Set up / Operation PC with CDS Control Signal 490 MicroGC Standard 490 MicroGC Report 14

18 490-PRO versus 490 MicroGC Set up / Operation PC with CDS Control Signal 490 MicroGC Standard 490 MicroGC Report Set up PC with PROstation Method Maintenance 490-PRO 490-PRO MicroGC 15

19 490-PRO versus 490 MicroGC Set up / Operation PC with CDS Control Signal 490 MicroGC Standard 490 MicroGC Report Set up PC with PROstation Method Maintenance 490-PRO 490-PRO MicroGC Operation PC PROstation 490-PRO Communication Result Industrial networks 16

20 What is PROstation? Tool to setup the 490-PRO Application method development Integration, peak identification Calibration, validation and normalization Energy metering settings and component constants External I/O s (alarms, 4-20 ma) MODBUS register setup LCD display parameters It displays info obtained from instrument Instrument status Chromatograms Integration parameters Calibration curves Results All settings are send to the 490-PRO, where all intelligence is. 17

21 Calorific value calculations ISO 6976 / GOST / GOST31369 GPA 2172 / ASTM D-3588 Unnormalized concentration per component ppm, % Unnormalized concentration per component ppm, % Normalized concentration per component ppm, % Normalized concentration per component ppm, % Compressibility Compressibility Molar Mass kg/kmol Molar Mass lb/lbmol Molar Mass Ratio Molar Mass Ratio Relative Density Gross Heating Value Btu/ft 3 Absolute Density Kg/m 3 Gross Heating Value for dry real gas Btu/ft 3 Superior Heating Value MJ/m 3 Gross Heating Value for water saturated real gas Btu/ft 3 Inferior Heating Value MJ/m 3 Net Heating Value Btu/ft 3 Wobbe Index based on Superior Heating Value MJ/m 3 Net Heating Value for dry real gas Btu/ft 3 Wobbe Index based on Inferior Heating Value MJ/m 3 Net Heating Value for water saturated real gas Btu/ft 3 Calculation in accordance to: Specific Gravity (Relative Density for real gas) Wobbe Index Btu/ft 3 Gross Heating Value converted to MJ/m 3 MJ/m 3 Net Heating Value converted to MJ/m 3 MJ/m 3 Mass Density lb/ft3 lb/ft3 Spec. volume ft3/lb ft3/lb GPM Total ft3/gal ft3/gal GPM per compound ft3/gal ft3/gal Weight % per component % 18

22 Accessories LCD User definable time based scrolling of sample results, GC status, Error information, etc. Extension boards (basic, digital and analog) Stackable up to 8 boards with 64 x relays, 25 x analog outputs, 4-20mA outputs, 0-1V, 64 x digital I/O s mountable on DIN-rail Micro Gasifier Heated pressure reducer for Liquefied Natural Gas (LNG) and Liquefied Petroleum Gas (LPG) 19

23 Accessories Genie filter Particle and droplet removal Stream selection Valco stream selector valve Solenoid valve relay switch (using Extension boards) 19 rack housing Simplifies process integration Can hold accessories like genie filter, LCD, SSV micro gasifier, extension boards etc. 20

24 Typical 490-PRO peripheral 21

25 Process market requirements On-line, 24/7, unattended operation Speed of analysis Connection to process system Small instrument size for easy integration Single method - Results only Sensor / Monitoring type Analysis Reliable instrumentation 22

26 System integration Agilent responsibilities: Provides hardware (490-PRO, SSV, LCD, Extension boards, 19 tack housing) Provides the analytical application Results available via ModBus and FTP Search for (local) system integrator Wikipedia: A Systems Integrator is a person or company that specializes in bringing together component subsystems into a whole and ensuring that those subsystems function together, a practice known as System Integration. Customer responsibilities: Sample inlet tubing Sample conditioning DCS connections and DCS programming Display mounting Collecting results via ModBus, 4-20 ma I/O Cable connection 23

27 Agilent 490 MicroGC Improved detection limit specifications April May 2015

28 Agilent 490 Micro GC Fast and accurate gas analysis platform FAST Typical run time 30 to 120 seconds ANALYZERS Factory configured & tuned Saves on method development time APPLICATIONS Natural gas composition and odorants Biogas Refinery gases Oil exploration / mud logging Mine safety analysis Specialty gas quality control Air monitoring PROCESS on-board data handling energy metering OUT-OF-LAB 25 May 2015

29 Improved Product Specifications When Detection Limits Matter Detection Limits * Wall Coated Open Tubular column CP-Sil 5 CB, CP-Sil 13 CB, CP-Sil 19 CB and CP-WAX 52 CB WAX 52 CB Porous Layer Open Tubular & Micro-Packed column column Molsieve 5A, PoraPLOT Q, PoraPLOT U, Aluminumoxide, Aluminumoxide, SilicaPLOT, MES column and HayeSep A HayeSep A Micro-packed column CP-COx From April 1 st, 2015: New Limit of Detection Old Spec New Spec 1 ppm 0.5 ppm 10 ppm ppm 10 ppm ppm 2 ppm 10 ppm * Detection limits are typical for selected components provided that the proper column proper column length and chromatographic conditions are used. Improved product quality has resulted in 5 times lower LOD s - down to 0.5 ppm. Lower LOD s enables better quality control and gain more reliable results. 26 May 2015

30 Importance of low limit of detection Coal mine safety analysis Safety challenge is a early warning for indication of spontaneous combustion in coal mines. New factory LOD specs of 2 ppm 2 ppm of C2 isomers on a PoraPLOT U 27 May 2015

31 Importance of low limit of detection Environmental analysis of aromatic hydrocarbons Environmental challenge is the analysis of BTEX in air New factory LOD specs of 0.5 ppm using the CP-Sil 5 CB column Benzene 0.5 ppm Application areas: Fence Line Monitoring Landfill sites Industrial areas Traffic 28 May 2015

32 Importance of low limit of detection Carbon dioxide analysis Analysis of low levels of carbon dioxide. New factory LOD specs of 10 ppm 10 ppm of CO 2 on a CP-COx column Linearity R 2 = May 2015

33 Multiple Applications For production and research, the Agilent 490 MicroGC provides gas analysis in matter of seconds for: Natural gas / calorific value determination Analysis of simple to complex refinery gases Oil and exploration / mud logging Analysis and quality control of specialty gases Biogas Assessing efficiency of catalysts, fuel cell stacks Air monitoring

34 Natural Gas Analysis A complete range of natural gas analysis solutions Easy to operate, powerful GC solutions Comprehensive single-vendor solution US/Products/Instruments/gc/microgc/analyzers/nat uralgas/pages/default.aspx

35 Natural Gas Analysis within 45 seconds Propane Methane i-butane Butane Nitrogen CO2 Ethane i-pentane Pentane Hexane 2 Sec 50 Column: HayeSepA 5 Sec 45 Column: CP-Sil 5 CB

36 Extended Natural Gas Analysis i-c5 C5 C6 Benzene C8 C9 C10 Extended Hydrocarbon and Odorant (THT) analysis in Natural Gas 1.2 Min 3 C7 C8 C9 C Min 3 Column: CP-Sil 5 CB THT Nonane 2 Sec 50 Column: CP-Sil 19 CB

37 Natural Gas Analysis A complete range of natural gas analysis solutions Easy to operate, powerful GC solutions Comprehensive single-vendor solution

38 Agilent 490 MicroGC Natural Gas Analyzers

39 Natural Gas Permanent gases Hydrocarbons Odorants Compound Typical Concentration (%) [1] Methane Ethane Propane 0-20 Butane Carbon dioxide 0 8 Oxygen Nitrogen 0 5 Hydrogen sulphide 0 5 Other: Helium, Argon, Neon, Xeon, Hydrogen Traces Micro-Gasifier for Liquefied Natural Gas (LNG) sample introduction Reference [1]: http//:naturalgas.org 36

40 490 MicroGC Natural Gas Analyzers Easy to Order Easy to Install Fast to deliver Single part number, easy to quote and order Application Note, Data Sheet and Solutions web site Factory Tested with Check-Out sample (delivered with the Analyzer) Analytical method parameters, Data files, User manual and Reports included * Made-tostock, available for shipment from the LCs worldwide Application Note & Data Sheet Available 37

41 Natural Gas Analyzer portfolio Analyzer characteristics Natural Gas Analyzer A Natural Gas Analyzer A Extended Natural Gas Analyzer B Natural Gas Analyzer B Extended Option number G3582A#120 G3582A#121 G3582A#122 G3582A#123 Micro GC cabinet Dual with 2 channels Quad with 3 channels Dual with 2 channels Quad with 3 channels Column channels installed Analysis HayeSep A 40 cm, without back flush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 HayeSep A 40 cm, with back flush CP-Sil 5 CB 4 m, with back flush CP-Sil 5 CB 8 m, without back flush Hydrocarbons C1-C12 PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 CP-MolSieve 5A 10 m, with backflush and retention time stability option PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Hydrogen sulfide Hydrogen sulfide Permanent gases (N 2, O 2, He & H 2 ) Typical analysis 100 s (until C7) 100 s (until C7) 75 s (until C7) 75 s (until C7) time 400 s (until C9) 240 s (until C12) 400 s (until C9) 400 s (until C9) 38

42 Natural Gas Analyzer A Natural gas; composition primarily CH 4, Air, CO 2 andc2 C9 hydrocarbons Dual channel cabinet with 2 column channels Heated sample line and injectors 0.4 m HayeSep A and 6 m CP-Sil 5 CB column channels Part number G3582A + G3582A# m HayeSep A 39

43 Natural Gas Analyzer A 6 m CP-Sil 5 CB 40

44 Natural Gas Analyzer A Extended Natural gas with extended hydrocarbon range Quad channel cabinet with 3 column channels C4 to C12 hydrocarbon analyzed on 2 separate CP-Sil 5 CB channels Part number G3582A + G3582A#121 Channel 1 identical to Natural Gas Analyzer B (#120) 4 m CP-Sil 5 CB w/ BF 41

45 Natural Gas Analyzer A Extended 8 m CP-Sil 5 CB 42

46 Natural Gas Analyzer B Natural gas; composition primarily CH 4, Air, CO 2, C2 C9 hydrocarbons Dual channel cabinet with 2 column channels Heated sample line and injectors PPU equipped with Backflush functionality UltiMetal treated sample lines: ready for H2S analysis Part number G3582A + G3582A# m PoraPLOT U 43

47 Natural Gas Analyzer B 6 m CP-Sil 5 CB 44

48 Natural Gas Analyzer B Extended Natural gas with detailed Permanent Gas Analysis Quad channel cabinet with 3 column channels Channel 1 & 2 identical to Natural Gas Analyzer B (#122) Separate carrier gas inlet to have the flexibility to change between helium and argon 10 m MolSieve 5A Part number G3582A + G3582A#123 45

49 Quantum Preferred - Natural Gas Analyzer Two Channel Analyzer characteristics Natural Gas Analyzer A Natural Gas Analyzer A Extended Natural Gas Analyzer B Natural Gas Analyzer B Extended Option number G3582A#120 G3582A#121 G3582A#122 G3582A#123 Micro GC cabinet Dual with 2 channels Quad with 3 channels Dual with 2 channels Quad with 3 channels Column channels installed Analysis HayeSep A 40 cm, without back flush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 HayeSep A 40 cm, with back flush CP-Sil 5 CB 4 m, with back flush OR CP-Sil 5 CB 8 m, without back flush Hydrocarbons C1-C12 PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 CP-MolSieve 5A 10 m, with backflush and retention time stability option PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Hydrogen sulfide Hydrogen sulfide Permanent gases (N 2, O 2, He & H 2 ) Typical analysis 100 s (until C7) 100 s (until C7) 75 s (until C7) 75 s (until C7) time 400 s (until C9) 240 s (until C12) 400 s (until C9) 400 s (until C9) 46

50 Quantum Preferred Extended NGA Three Channel for Permanent Gases Analyzer characteristics Natural Gas Analyzer A Natural Gas Analyzer A Extended Natural Gas Analyzer B Natural Gas Analyzer B Extended Option number G3582A#120 G3582A#121 G3582A#122 G3582A#123 Micro GC cabinet Dual with 2 channels Quad with 3 channels Dual with 2 channels Quad with 3 channels Column channels installed Analysis HayeSep A 40 cm, without back flush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 HayeSep A 40 cm, with back flush CP-Sil 5 CB 4 m, with back flush OR CP-Sil 5 CB 8 m, without back flush Hydrocarbons C1-C12 PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 CP-MolSieve 5A 10 m, with backflush and retention time stability option PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Hydrogen sulfide Hydrogen sulfide Permanent gases (N 2, O 2, He & H 2 ) Typical analysis 100 s (until C7) 100 s (until C7) 75 s (until C7) 75 s (until C7) time 400 s (until C9) 240 s (until C12) 400 s (until C9) 400 s (until C9) 47

51 Quantum Preferred Extended NGA Three Channel for Hydrocarbon Groups to C12 Analyzer characteristics Natural Gas Analyzer A Natural Gas Analyzer A Extended Natural Gas Analyzer B Natural Gas Analyzer B Extended Option number G3582A#120 G3582A#121 G3582A#122 G3582A#123 Micro GC cabinet Dual with 2 channels Quad with 3 channels Dual with 2 channels Quad with 3 channels Column channels installed Analysis HayeSep A 40 cm, without back flush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 HayeSep A 40 cm, with back flush CP-Sil 5 CB 4 m, with back flush AND CP-Sil 5 CB 8 m, without back flush Hydrocarbons C1-C12 PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 CP-MolSieve 5A 10 m, with backflush and retention time stability option PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Hydrogen sulfide Hydrogen sulfide Permanent gases (N 2, O 2, He & H 2 ) Typical analysis 100 s (until C7) 100 s (until C7) 75 s (until C7) 75 s (until C7) time 400 s (until C9) 240 s (until C12) 400 s (until C9) 400 s (until C9) 48

52 Quantum Preferred Extended NGA Four Channel for HC Groups to C12 and N2/O2 Analyzer characteristics Natural Gas Analyzer A Natural Gas Analyzer A Extended Natural Gas Analyzer B Natural Gas Analyzer B Extended Option number G3582A#120 G3582A#121 G3582A#122 G3582A#123 Micro GC cabinet Dual with 2 channels Quad with 3 channels Dual with 2 channels Quad with 3 channels Column channels installed Analysis HayeSep A 40 cm, without back flush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 HayeSep A 40 cm, with back flush CP-Sil 5 CB 4 m, with back flush AND CP-Sil 5 CB 8 m, without back flush Hydrocarbons C1-C12 PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 CP-MolSieve 5A 10 m, with backflush and retention time stability option PoraPLOT U 10 m, with backflush CP-Sil 5 CB 6 m, without back flush Hydrocarbons C1-C9 Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Carbon dioxide, Air Hydrogen sulfide Hydrogen sulfide Permanent gases (N 2, O 2, He & H 2 ) Typical analysis 100 s (until C7) 100 s (until C7) 75 s (until C7) 75 s (until C7) time 400 s (until C9) 240 s (until C12) 400 s (until C9) 400 s (until C9) 49

53 EZReporter for calorific value calculations Option number G3582A#105 External software compatible with Agilent CDS Key parameters available: In printed format As an export For monitoring incl min/max values For trend analysis Product description EZReporter for calorific value / BTU calculations Compatible with Agilent EZChrom , Agilent OpenLAB CDS EZChrom Edition and Agilent OpenLAB CDS ChemStation Edition Supported standards GPA ASTM D (2003) ISO 6976 (1995) 50

54 Quantum 490 MicroGC Natural Gas Analyzers Easy to Order Easy to Install Contact Quantum, and we will respond with a correctly configured quote Application Note (not yet) Quantum Tech Center Tested with Check-Out sample (delivered with the Analyzer) Analytical method parameters, Data files, User manual and Reports included * Quantum Tech Center or on-site training can be provided 51

55 Refinery Gas Analysis A complete range of refinery gas analysis solutions Easy to operate, powerful GC solutions Comprehensive single-vendor solution US/Products/Instruments/gc/microgc/analyzers/refi nerygas/pages/default.aspx

56 Refinery Gas Analysis on a Quad MicroGC Channel 1: MolSieve5A Peak Identification 1 Hydrogen 2 Oxygen 3 Nitrogen 4 Carbon monoxide 7 Methane Peak Identification 5 Carbon dioxide 6 Hydrogen sulfide 8 Ethane 9 Ethylene 16 Acetylene Channel 2: CP-PoraPlot U

57 Refinery Gas Analysis on a Quad MicroGC Channel 3: Al 2 O 3 Peak Identification 16 Acetylene 18 1-Butene 10 Propane 19 iso-butene 12 Propylene 20 cis-2-butene 13 iso-butane 21 iso-pentane 14 n-butane 22 n-pentane 15 Propadiene 23 1,3-Butadiene 17 trans-2-butene 24 Propyne 1 6 Peak Identification 21 iso-pentane 22 n-pentane 26 C6+ (e.g. n-hexane) Channel 4: CP-Sil 5 CB

58 Refinery Gas Analysis A complete range of refinery gas analysis solutions Easy to operate, powerful GC solutions Comprehensive single-vendor solution

59 The Agilent 490 MicroGC G3581A and G3582A EZReporter for calorific value / BTU calculations

60 EZReporter overview Advanced Post-run Reporting and Analysis for biogas, natural gas and refinery gas: Multi-channel normalization and reporting, flexible text export, result monitoring, trend plotting, and alarming Standard GPA/ASTM/ISO natural gas analysis calculations and reporting

61 Ordering Info and Compatibility EZReporter is available for both made-to-order 490 MicroGC (G3581A) and MicroGC based analyzers (G3582A) For both part numbers use opt# 105 Package includes: CD-Rom with EZReporter Software and associated manuals Software registration code Product description EZReporter for calorific value / BTU calculations Compatible with Agilent EZChrom , Agilent OpenLAB CDS EZChrom Edition and Agilent OpenLAB CDS ChemStation Edition Supported standards GPA ASTM D (2003) ISO 6976 (1995)

62 EZReporter Key Features Allows completely automated post-run processing of data Multi-channel Reporting: Results from multiple MicroGC channels are combined into a single report with both raw and normalized amounts (normalized across all channels) displayed. Custom Calculations: Create custom formulas using MicroGC component results and other calculated results (ratios, sums, differences, engineering calculations, etc.) Data Export: Results can be exported to a text file for transfer to a Laboratory Information Management System (LIMS), Process Control System, or Microsoft Excel. The format of the text file can be customized easily using EZReporter s flexible Export Templates.

63 Alarming and Trend Monitoring Monitor Important Results with High/Low Alarms And Trend / History Plots

64 Natural Gas/Refinery Gas Analysis Calculations Standard GPA / ASTM / ISO Calculations: Calculates Dry/Saturated/Wet Superior/Inferior Calorific Value, Real Relative Density, Gas Compressibility factor, GPM value, Wobbe Index, etc. using GPA and ASTM D (2003), ISO 6976 standard calculations. Also supports GPA 2186 and GPA 2177 Natural Gas Liquids/extended reporting. Physical Properties can be Easily Customized: The component list and associated physical properties completely customizable by the end user Standard component physical property tables are provided for the GPA and GPA Standards, ASTM D3588, GPSA Engineering Data Book (12th Edition, 2004), GPA TP-17, and ISO 6976 for the different combustion and metering temperatures.

65 EZReporter Reporting Options Print report automatically to the default printer at the end of the run Save PDF report automatically to a userspecified folder at the end of the run Export results automatically to a text file at the end of the run

66 For genuinely better analytical performance, the Agilent 490 Micro GC gives you the results you need in seconds The Agilent 490 MicroGC features: More data generation in less time for faster, better business decisions Compact dimensions making it easily transportable Modular and flexible Easy to operate without special training or skills Learn more:

67 64

68 The 490 MicroGC looks nice, but I m not looking to lease anything. Why should I call Quantum Analytics? 65

69 Quantum Analytics Solutions The 490 MicroGC looks nice, but I m not looking to lease anything. Why should I call Quantum Analytics? Quantum can help by providing the right solution for your lab. Since we have multiple solutions for addressing gas analysis, we can help explain the advantages, and more importantly, the disadvantages, of each analytical technique. 66

70 Quantum Analytics Solutions How do I know that the MicroGC is the right instrument for my analysis? Quantum can run your samples BEFORE you buy the system, to be sure that the MicroGC is the correct option. The demo 490 MicroGC that will be located in the Quantum Technical Center will be a 4 channel GC with Mole Sieve 5A, Porous Polymer U, Alumina and a CP-Sil 5 modules. On this configuration, and by using different carrier gases, temperature and pressure options, we should be able to run the vast majority of gas analyses that the 490 MicroGC is capable of running. 67

71 Quantum Analytics Solutions I like the idea of those Standard Analyzers, except I want the system configured differently. Is that possible? Quantum can provide a complete analyzertype solution. Even if the analysis in not one of the standard Agilent configurations. Quantum can provide the correct configuration, a method built specifically for your analysis, checked out on your standards and samples. Training can also be provided in our Tech Center or at your location. 68

72 Quantum Analytics Solutions I m still not sure about the MicroGC. If the 490 MicroGC is not the solution, we can help guide you to the correct solution. We at Quantum want to be your gas phase solution provider. We have multiple solutions from multiple vendors to help you make the right decision. 69

73