ABB Process Gas Chromatographs PGC5009 Fast PGC-PGC5009-Shanxi Runsheng

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ABB Process Gas Chromatographs PGC5009 Fast PGC-PGC5009

A relatively small shift in the cut point for any refinery product can cost refiners millions in profits. In the absence of fast, accurate and reproducible boiling point data, refinery product yields are not optimized and more importantly, profits are lost.The PGC5009 represents the best in process analytics for simulated distillation analysis using fast temperature programmed process chromatography. With a patented resistively heated column design and rapid cooling system, the PGC5009 provides superior chromatography. The results are proven: accurate and reproducible retention times and weight percentage measurements required for boiling point curve calculation enabling optimized refinery process control.

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Description

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　　Product Positioning and Technical Characteristics

　　Series Affiliation: A core member of the ABB PGC5000 series, designed for rapid analysis. Along with the PGC5000B/C/5007, it belongs to the distributed intelligent column box system. Over 30,000 units have been installed globally, widely used in petrochemical, natural gas, and environmental protection industries.

　　Core Architecture: The PGC5000A main controller (supporting a 10.4-inch SVGA touchscreen, redundant Ethernet, and MODBUS communication) and intelligent column boxes achieve distributed control via intrinsically safe fiber optic cables. A single controller can connect to multiple column boxes.

　　Key Features:

　　Rapid Analysis Capability:

　　Patented Technology: Employs a resistance-heated micro-packed column design, supporting rapid separation of C1-C36 hydrocarbons. ASTM D3710 (gasoline) analysis time<4 minutes, ASTM D2887 (diesel) analysis time <5 minutes, significantly superior to traditional chromatographs.

　　Temperature Control Accuracy: Temperature control accuracy ±0.1℃-±0.2℃, temperature range room temperature ±8℃ to 450℃, supports 16-step temperature programming (0.1-40℃/min), ensuring analytical repeatability.

　　Multi-Detector Configuration: Supports sTCD, mTCD, FID, FPD, and other detectors, with up to 3 detectors (e.g., 2 FID + 1 TCD) to meet the needs of simultaneous multi-component detection.

　　Multi-Flow Path Analysis: Supports 31-channel multi-component analysis, enabling online monitoring of complex samples (such as refinery middle distillates) through "multiplexing" technology.

　　Structural Design: Modular design with easy access doors for maintenance; flow path interfaces are concentrated on the right side, simplifying piping layout; moderate size, supports vertical stacking.

　　Distributed Control: Connected via the PGC5000A second-generation main controller, supporting redundant Ethernet, Modbus RTU communication, and DCS system integration, enabling simultaneous analysis of multiple flow paths and components.

　　Modular Design: Access doors are provided for the analysis flow path control, column box, and electronics sections; flow path interfaces are concentrated on the right side for easy maintenance; small footprint, vertical stacking reduces cabinet space requirements.

　　Application Scenarios and Industry Value

　　Petroleum Refining: Optimizes simulated distillation analysis of gasoline and diesel, improving product yield and catalyst life; monitors refinery gas and reactor gas components to ensure precise control of process parameters.

　　Refining Optimization: Used for simulated distillation analysis of gasoline/diesel, optimizing processes such as catalytic reforming and hydrotreating to improve product yield and catalyst life.

　　Intermediate Stream Control: Monitors the components of intermediate streams such as cracked gas and naphtha to ensure process stability.

　　Natural Gas: Natural gas component analysis and calorific value detection to ensure fuel quality; monitoring impurities such as sulfides and carbon dioxide.

　　Chemical Industry: Real-time monitoring of gas components in reaction vessels (e.g., hydrocarbons, sulfides) to support compliance verification of exhaust emissions.

　　Energy Industry: Natural gas component analysis and calorific value detection to ensure fuel quality; distillation/sulfide analysis in petroleum refining.

　　Power Industry: Transformer oil dissolved gas monitoring (e.g., H₂, CO) to provide early warning of equipment failures and ensure power grid safety.

　　Industrial Online Analytics: Enabling unattended operation and real-time process adjustments through rapid data feedback, improving production efficiency.

　　Comparison with other models in the series

　　Features: PGC5000B/PGC5000C/PGC5007/PGC5009

　　Core Applications: Basic applications (single detector + 4 valves), complex applications (multiple detectors + 6 valves), total sulfur/hydrogen sulfide/carbonyl sulfur analysis, rapid gas chromatography (C1-C36 rapid separation)

　　Analysis Speed: Standard cycle time (maximum 6 hours), medium speed, medium speed, ultra-fast (gasoline < 4 minutes, diesel < 5 minutes)

　　Application Scenarios: Key task measurement (e.g., natural gas), complex multi-flow path analysis, sulfur compound specialized analysis, petroleum refining, rapid process optimization

　　Expansion Capabilities: Single controller supports 4 column ovens, single controller supports 2 column ovens, single B-furnace multi-flow path analysis, designed for rapid separation, adaptable to multiple flow paths

　　Technical Specifications Summary:

　　Measurement Range: Total hydrocarbon content of gaseous/liquid samples from ppb to 100% (depending on detector configuration), supports ASTM D3710, D2887, and other standards.

　　Communication Interfaces: Redundant Ethernet, Modbus RTU, USB port (configuration backup), compatible with DCS systems.

　　Environmental Adaptability: Operating temperature 0~50℃, explosion-proof rating Class I Div 1 (Groups B/C/D), suitable for hazardous areas; protection rating IP54, non-condensing at 95% humidity.

　　Power Consumption and Gas Supply: 100-240VAC power supply, purge air flow rate 3.6 SCFM, leakage rate ≤5.97 SCFM.

　　Certification Standards: Complies with international standards such as ASTM D3710, D2887, IECEx, and ATEX; certified by the WEEE environmental directive.

　　Main Controller: 10.4-inch SVGA touchscreen, supports Chinese and English operation; USB port for configuration backup; redundant Ethernet + MODBUS communication.

　　In summary, the PGC5009 Fast PGC, with its patented rapid heating column design, high-precision temperature control, multi-detector configuration, and industrial-grade reliability, has become a core piece of equipment for real-time process control in the petrochemical, natural gas, and environmental protection industries, providing precise data support for production safety, quality control, and process optimization.

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