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Solution for GPA2286 / GPA 2186 Extended

Solution for GPA2286 / GPA 2186 Extended. Natural Gas Analyzer C. Natural Gas C. Product Value Proposition Competitive Positioning Sales Tools How to Order Step by Step & Demonstrated Analysis. Natural Gas C. Analyzer Purpose. BTU/Calorific Value  Product value $$

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Solution for GPA2286 / GPA 2186 Extended

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  1. Solution for GPA2286 / GPA 2186 Extended Natural Gas Analyzer C

  2. Natural Gas C • Product • Value Proposition • Competitive Positioning • Sales Tools • How to Order • Step by Step & Demonstrated Analysis

  3. Natural Gas C

  4. Analyzer Purpose • BTU/Calorific Value  Product value $$ • Points of measurement • Transport Quality Control

  5. Analyzer Scope * Option; Requires extra channel for H2/He separation and detection ** Option; requires additional LSV to be installed

  6. Analyzer Scope • Compliant to GPA2286 / GPA 2186 Extended • Reporting acc. ASTM D1945, ISO6974/6976, GOST-22667 • Programmed for extended analysis to C16 • Speciates C3-C16. • Designed to analyze ‘rich’ natural gas or LNG streams. • Early regroup for better precision • C6+ for Gases, C7+ for Liquids • O2/N2 separation on every sample • He/H2 Separation (Optional) • Baseline separation of CO2, H2S

  7. Configuration

  8. Configuration • 3 channels, Simultaneous injection, TCD + FID • Molsieve and Porous Polymer columns for separating O2, N2, CO2, Methane, Ethane and H2S, • Non-polar capillary column (via Splitter), separating hydrogen components up through C16 . • Automated detector switching • High sensitivity detection of all components of interest. • Valves are installed in the multi-valve oven • Extended Run – al the way up to C16 .

  9. NatGas C – Value Proposition

  10. Value Proposition NatGas C • Dedicated Solution • Designed, Built, Tested & Documented to method • Flexible 3 channel platform still allows adding on extra channels • Accuracy - Trusted data! • Proven Results • Sample Integrity Solutions • Software for automation, calculus, reporting • Better ROI / Lower Cost of Ownership • Fast cycle times • Low maintenance due to superior build quality • Compliancy to Method • GPA 2286, GPA 2186, GPA 2172 • ASTM D5504*, ASTM D6228* • ASTM 1945 • ISO 6974/6976, • GOST-22667

  11. Natural Gas C - Options

  12. SAMPLE BUMB SAMPLE IN TESCOM REGULATOR PR Carrier Gas HIGH GAS PRESSURE IN SAMPLE OUT TO VENT RESTRICTION Sampling Options • Pressure Station • Inject Sample as Liquid, no premature evaporation and discrimination • Constant P and T for LNG • Mounts On top of GC • Maximum Pressure: 2500 kPa / 360 psi • Requires Inert gas Supply 2500 kPa

  13. Sample Outlet Sample inlet Flush vent Pr nv To GC Heated pressure regulator nv Sampling Options • Gasifier • Inject sample as Pressure Controlled Gas • Constant Pressure and Temperature • Adjustable Temperature (max. 175°C), • Maximum sample inlet pressure: 1000 psi / 7000 kPa / 7 bars • Integrated in GC

  14. Sampling Options • Liquid Sampling Valve • 4-port LSV for LPG samples, unheated • 8-port dual LSV for LPG samples, unheated • Sampling Valves in Hasteloy C • Maximum inertness

  15. Sampling Options • HT/HP On/Off Valve • For samples up to 6000 psi / 300°C • Ideal for liquid or supercritical fluids. • Controlled & Automated by GC • Mounted directly into Large Valve oven • Easy switch between high- & low-pressure samples • 1/16” connection, 0.75 mm bore, low int. volume (< 2 µl)

  16. Sampling Options • Low Pressure Sampling Pump Kit • For samples with low pressures • 0-10 Psi • Tedlar Bags • Controlled & Automated by GC • Mounted under top GC cover • Automated switching between high- & low-pressure samples

  17. Software Options • CompassCDS Hydrocarbon Reporting • Component Mol %, • Normalized Component Mol %, • GPM (Gallons per 1000 ft3) • Fraction Molecular Weight, • Specific Gravity, • Compressibility • Ideal Relative Gas Density, Ideal Gas Density • Real Relative Gas Density, Real Gas Density • Heating Value kJ.mol-1 (Superior), Heating Value kJ.mol-1(Inferior) • Heating Value MJ.kg-1 (Superior), Heating Value MJ.kg-1 (Inferior) • Heating Value MJ.m3 (Superior), Heating Value Mj.m3 (Inferior), • Gross Heating Value BTU/ft3 (Ideal) • Dry Gas Calculations • Net Heating Value BTU/ft3 (Real) Dry Gas, • Gross Heating Value BTU/ft3 (Ideal) Saturated gas • Net Heating Value BTU/ft3 (Real) Saturated gas, • GPM C2+, GPM C3+, GPM C4+ • Wobbe Index, Research Octane Number (RON) • Motor Octane Number (MON), Carbon Number.

  18. Software Options • CompassCDS Hydrocarbon Reporting Plug-in Methods • IS0-6796 * Natural Gas – Calculation of calorific values, density, relative density and Wobbe index from composition • GPA 2145-09 Table of Physical Properties for Hydrocarbons and Other Compounds of Interest to the Natural Gas Industry • GPA 2172-09** Calculation of Gross Heating Value, Relative Density, Compressibility and Theoretical Hydrocarbon Liquid Content for Natural Gas Mixtures for Custody Transfer • GPA 2286-95** Tentative Method of Extended Analysis for Natural Gas and Similar Gaseous Mixtures by Temperature Programmed Gas Chromatography • GPA 2186-02**Method for the Extended Analysis of Hydrocarbon Liquid Mixtures Containing Nitrogen and Carbon Dioxide by Temperature Programmable Gas Chromatography • GPA 2261-00** Analysis for Natural Gas and Similar Gaseous Mixtures by Gas Chromatography • ASTM D3588-98 Standard Practice for Calculating Heating Value, Compressibility Factor, and Relative Density of Gaseous Fuels * ISO-6976 reporting at combustion & metering Temperatures: 0°/0°, 15°/0°, 25°/0°, 15°/15°, 20°/20° or 25°/20° C respectively @ 101.325 kPa ** GPA 2172, 2186, 2286 and 2261 at 14.696 psia, 14.650 psia and 14.730 psia at 60ºF and 76ºF for Dry, with options for Wet and Saturated calculations. ASTM D3588 14.696 psia at 60ºF

  19. Software Options • Standard Reporting Template • Customizable for Logo & Headers • Compound Table • Advanced Calculus and Ext. Reporting

  20. Software Options • Standard Reporting Template • Customizable for Logo & Headers • Compound Table • Advanced Calculus and Ext. Reporting • No Excel required • Exclude errors in manual calculus • Embedded/automated in Compass

  21. Other Options • Additional channels • Channel for He/H2 separation • Inert Sulphur Channel with PFPD (D6228) • Inert Sulphur Channel with SCD (D5504)

  22. Compliancy • GPA 2286, GPA 2186, GPA 2172 • ASTM D5504*, ASTM D6228* • ASTM 1945 • ISO 6974/6975/6976 • GOST-22667 * Option; Requires extra channel with SCD or PFPD Detector

  23. Other Solutions/Methods for Natural Gas

  24. Other Solutions/Methods for Natural Gas

  25. Competitive Positioning

  26. Competitive Landscape • Scion USP: • 3 Independent Ovens (LVO, GC oven, SVO (Single, Dual or Triple) • More accurate Temp controls, more accurate Retention Times • Superior Build quality • HT/HP sampling Valve (Top mounted!) • up to 6000 PSI/300° • Simplifies quick switch low/high pressure samples • High Quality SS Sample connections standard • Low pressure Sampling Option for Tedlar bags • 456: true 3 channel platform, allowing 3rd and 4th (MS) channel • GC Language Localization (if applicable for area) • Software: CompassCDS with Hydrocarbon Reporting • Scalable, C/S, and dedicated for Natural gas!

  27. Sales Tools

  28. Sales Tools • PPT NatGas A, B & C • Customer Value • How to order • Competitive • App Notes • Poster Board • Demonstrated Analysis • Hydrocarbons Ebook

  29. How to Order

  30. How to Order - System

  31. How to Order - System

  32. How to Order – Additional Channel

  33. How to Order - Options

  34. How to Order - Software

  35. How to Order – Spare/Consumables Kits

  36. How to Order - Spares

  37. How to Order - Consumables

  38. Demonstrated Analysis

  39. Step by Step - Fill

  40. Step by Step - Inject

  41. Step by Step - BackFlush

  42. Results FID

  43. Results TCD

  44. Results FID – Extended Mode

  45. Result He/H2 (Optional)

  46. Excellent Repeatability: FID NatGas C

  47. Excellent Repeatability: TCD NatGas C

  48. Thank you

  49. Pre-Install Requirements • Carrier gas • Helium , >99.999 %, with Moisture and Oxygen filter • Supply pressure 80 psi (5.3 bar) • Detector gases • FID • Hydrogen (>99.999%, 40 psi / 2.6 bar) • Air (moisture & oil free, 60 psi / 4 bar) • Helium (>99.999%, 80 psi / 5.3 bar). • TCD • Helium (>99.999%, 80 psi / 5.3 bar) • Charcoal filters for Helium, Hydrogen and Air are required.

  50. Pre-Install requirements • Compressed Air (Valves) • Minimum supply pressure 60 psi / 4 bar • Connections • 1/8” Swagelok. • Gas Filters

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