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Home > Electrical & Electronics > Electrical Control System > ABB NGC8206 Natural Gas Chromatographs

ABB NGC8206 Natural Gas Chromatographs

ABB NGC8206 Natural Gas Chromatographs thumbnail-2

ABB NGC8206 Natural Gas Chromatographs photo-1

ABB NGC8206 Natural Gas Chromatographs photo-2

Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)

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Other, Global universal model

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Other, Global universal model

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Guizhou Yuanmiao Automation Equipment Co., Ltd.

1Yr

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guizhou

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Material Other, Global universal model

Certification CE

Function Other, Global universal model

Condition New

Task Other, Global universal model

Mathematical Model Other, Global universal model

Signal Other, Global universal model

Customized Non-Customized

Structure Other, Global universal model

NGC8206 is a compact on-line natural gas chromatograph developed by ABB specifically for the natural gas industry. It focuses on three core advantages: "high-precision analysis, low-power operation, and high-reliability deployment," enabling real-time detection and calculation of key parameters such as natural gas composition, calorific value, and physical properties. Designed to adapt to complex industrial on-site environments, it is widely used in the entire industrial chain scenarios of natural gas exploration, pipeline transportation, storage, custody transfer, and end-use, providing data support for natural gas quality control, metrological settlement, and safe operation. The following sections elaborate on it from dimensions including product positioning, core functions, technical parameters, hardware structure, application scenarios, and operation & maintenance characteristics.

I. Product Positioning and Core Advantages

NGC8206 is positioned as an "all-parameter on-line analysis solution for natural gas." Addressing the pain points of traditional chromatographs such as large size, high power consumption, and frequent maintenance, it adopts miniaturized chromatographic column technology, low-power detectors, and a modular design, combining laboratory-level analysis accuracy with industrial-grade on-site adaptability. Its core advantages can be summarized as follows:

"Small yet Precise": With a volume of only 1.1 cubic feet (approximately 31.15 liters), it can be directly installed in narrow spaces such as beside pipelines and pressure regulating stations, eliminating the need for a dedicated analysis cabin.
"Stable and Economical": It has a power consumption of ≤7W and low carrier gas consumption (minimum 15mL/min). Its operating cost is only 1/5 that of traditional chromatographs, and it has no vulnerable moving parts, resulting in a low failure rate.
"Comprehensive and Accurate": It covers the full composition analysis of natural gas from N₂ to C₆⁺, and simultaneously calculates key custody transfer parameters such as calorific value and relative density. Its accuracy meets the requirements of international standards (e.g., AGA 8, ISO 6976).

II. Core Functions and Analytical Capabilities1. Accurate Full-Composition Analysis

NGC8206 enables the separation and quantitative analysis of conventional and special components in natural gas, covering the core indicators for natural gas quality evaluation. The specific analysis scope is as follows:

Analysis Category	Covered Components	Detection Accuracy (Mole Percentage)
Inert Gases & Light Hydrocarbons	Nitrogen (N₂), Oxygen (O₂), Methane (C₁), Ethane (C₂), Propane (C₃)	±0.01%
Medium & Heavy Hydrocarbons	Isobutane (iC₄), n-Butane (nC₄), Isopentane (iC₅), n-Pentane (nC₅), Neopentane (neoC₅)	±0.02%
Heavy Components & Impurities	Heavy components from hexane and above (C₆⁺), Carbon Dioxide (CO₂)	±0.03%
Optional Special Components	Hydrogen Sulfide (H₂S, requires a dedicated separation column)	Minimum Detection Limit: 0.1ppm

2. Calculation of Key Physical Parameters

Based on the composition analysis results, NGC8206 can automatically calculate the core physical parameters required for natural gas custody transfer and combustion efficiency evaluation, fully complying with the requirements of international standard algorithms:

Calculated Parameter	Standard Basis	Application Scenario	Calculation Accuracy
Calorific Value (Btu/scf or MJ/m³)	ISO 6976, GPA 2172	Custody Settlement, Burner Commissioning	±0.1%
Relative Density (Air = 1)	ASTM D1070	Pipeline Transportation Resistance Calculation	±0.001
Wobbe Index	ISO 6976	Gas Appliance Compatibility Evaluation	±0.2%
Methane Number	GPA 2261	Anti-Knock Property Evaluation of Natural Gas Engines	±1.0
Compressibility Factor	AGA 8 (Detailed Correlation)	Volumetric Flow Conversion	±0.002
Speed of Sound	AGA 10 (Optional Function)	Ultrasonic Flowmeter Calibration	±0.1m/s

3. Data Management and Communication Capabilities

Real-Time Data Output: Supports 4~20mA analog signals (up to 8 channels, corresponding to different components or calculated parameters), RS-485 (Modbus RTU protocol), and Ethernet (Modbus TCP/IP protocol), which can be directly connected to SCADA, DCS, or natural gas metering systems.
Historical Data Storage: Built-in 2GB storage space, which can store analysis results at intervals of 1~60 minutes. Data retention time is ≥1 year, and it supports exporting files in Excel or CSV format via USB interface.
Remote Control and Diagnosis: Remote start of analysis, modification of method parameters, viewing of chromatograms, and fault alarms can be realized via Ethernet, reducing on-site operation and maintenance workload.

4. Operation and Automation Functions

Human-Machine Interaction (HMI): Full-function operation is realized through ABB's dedicated software PCCU 32 (based on Windows 2000/NT system), supporting wizard-style method editing, real-time chromatogram display, data trend analysis, and report generation. No professional chromatography knowledge is required for operation.
Automatic Calibration: Supports scheduled automatic calibration (daily/weekly calibration can be set). It realizes automatic correction of component concentration and calculated parameters through an external standard gas cylinder, ensuring long-term analysis accuracy.
Fault Self-Diagnosis: Real-time monitoring of key indicators such as carrier gas pressure, column temperature, and detector status. When faults such as carrier gas interruption and abnormal temperature occur, it immediately triggers an audible and visual alarm (optional) and outputs a fault code (e.g., "E101 - Low Carrier Gas Pressure," "E203 - Column Temperature Overrun").

III. Detailed Technical Parameters

1. Analytical Performance Parameters

Parameter Category	Specific Specifications
Analysis Cycle	Conventional component analysis: ≤3 minutes; Analysis including C₆⁺ and H₂S: ≤5 minutes (adjustable via method optimization)
Repeatability	When component concentration ≥1%, Relative Standard Deviation (RSD) ≤0.1%; When concentration ＜1%, Absolute Standard Deviation ≤0.01%
Minimum Detection Limit (MDL)	H₂S: 0.1ppm; CO₂: 50ppm; Other hydrocarbons: 10ppm
Sample Requirements	Sample pressure: 0.1~10MPa; Sample temperature: -18~55℃; Sample water content: ≤500ppm (no free water)

2. Hardware and Operation Parameters

Parameter Category	Specific Specifications
Detector Type	Thermal Conductivity Detector (TCD), using glass-encapsulated spherical thermistors (service life ≥5 years)
Chromatographic Column Configuration	Dual-column system (pre-separation column + analysis column), with stationary phases of polymer porous microspheres (GDX) and silica gel, no regular replacement required
Injection Valve	Dual 10-port solenoid valve, no moving metal parts, switching life ≥1 million times
Column Temperature Control	Constant temperature control (adjustable 35~80℃), temperature control accuracy ±0.1℃
Carrier Gas Requirements	Helium (He) or Hydrogen (H₂), purity ≥99.995%, inlet pressure 0.2~0.5MPa, flow rate 15~30mL/min
Power Supply Requirements	AC 100~240V ±10%, 50/60Hz, power consumption ≤7W (standby), ≤15W (analysis state)

3. Environmental and Installation Parameters

Parameter Category	Specific Specifications
Operating Ambient Temperature	-18~55℃ (conventional); -40~55℃ (with low-temperature heating accessory)
Storage Ambient Temperature	-40~70℃
Relative Humidity	5%~95% RH (non-condensing)
Protection Class	IP54 (main unit); IP65 (optional explosion-proof enclosure, suitable for hazardous areas Class I, Div 2)
Installation Method	Wall-mounted, pipeline bracket-mounted, or 19-inch cabinet-mounted (adapts to standard 3U rack)
Weight	Approximately 12kg (including main unit and installation accessories)

IV. Hardware Structure and Modular Design

NGC8206 adopts a "functional modularization and integration" hardware architecture. Its core components are arranged according to the "sample processing - separation - detection - control" process, facilitating maintenance and upgrades. The specific structure is as follows:

1. Sample Pretreatment Module

Function: Removes moisture, particulate impurities, and heavy hydrocarbon condensates from the sample to ensure the sample entering the chromatographic column is clean and stable.
Composition: Built-in precision filter (filtration accuracy 2μm), dehydrator (based on Nafion membrane drying technology, no consumables), and pressure regulator (pressure stabilization accuracy ±0.01MPa). No external pretreatment system is required, simplifying on-site installation.

2. Injection and Separation Module

Dual 10-Port Injection Valve: Driven by a solenoid valve, it realizes automatic control of sample injection and carrier gas switching. It has no mechanically worn parts and is suitable for frequent start-stop working conditions.
Miniaturized Chromatographic Column: Uses stainless steel column tubes (inner diameter 0.53mm) filled with high-efficiency stationary phases, enabling rapid component separation (e.g., separation time between C₁ and N₂ ≤30 seconds). With small column volume and low heat capacity, its energy consumption is only 1/3 that of traditional chromatographic columns.

3. Detection and Signal Processing Module

Thermal Conductivity Detector (TCD): Glass-encapsulated spherical thermistors are used as detection elements, featuring high sensitivity (minimum response value 10μV/ppm). Unlike traditional metal-wire TCDs that are prone to burnout, it will not burn out when carrier gas is interrupted, extending its service life to more than 5 years.
Signal Amplifier: 16-bit high-precision analog-to-digital conversion (ADC) with a sampling rate of 100Hz, which can effectively suppress baseline noise and ensure accurate detection of low-concentration components (e.g., ppm-level H₂S).

4. Control and Communication Module

Main Controller: 32-bit embedded processor (based on Windows CE system), responsible for controlling injection valve switching, column temperature adjustment, data collection, and calculation, with a response time ≤10ms.
Communication Interface Board: Integrates RS-485, Ethernet, and 4~20mA analog output interfaces, supporting multiple industrial communication protocols and enabling flexible connection to different upper-level systems.
Status Indicator Lights: Four LED lights (Power (PWR), Run (RUN), Alarm (ALM), and Communication (COM)) are installed on the front panel to intuitively reflect the equipment's operating status.

V. Application Scenarios and Typical Deployments1. Natural Gas Custody Transfer

Application Requirement: In custody transfer, parameters such as natural gas calorific value and relative density need to be accurately measured as the basis for settlement (a 1% error in calorific value can lead to a settlement deviation of millions of US dollars).
Deployment Method: Installed at long-distance pipeline offloading stations, LNG receiving terminals, or city gate stations, and linked with ultrasonic flowmeters and pressure/temperature transmitters to calculate real-time standard volumetric flow (in accordance with AGA 9 standard).
Core Value: Its analysis accuracy meets the requirements of OIML R140 (custody metering level), and the data can be directly used for international natural gas custody settlement, avoiding metrological disputes.

2. Pipeline Natural Gas Quality Monitoring

Application Requirement: During long-distance transportation of natural gas, it is necessary to monitor changes in composition (e.g., excessively high C₆⁺ content may cause condensate deposition and pipeline blockage).
Deployment Method: One NGC8206 is installed every 50~100 kilometers along the pipeline, and centralized data monitoring is realized through the SCADA system.
Core Value: When C₆⁺ content exceeds 0.5% or H₂S content exceeds 20ppm, it automatically triggers an alarm, reminding operation and maintenance personnel to adjust transportation parameters (e.g., heating the pipeline, adding inhibitors).

3. Natural Gas End-Use

Industrial Combustion: Installed beside gas-fired boilers in iron and steel, chemical, and other enterprises. It monitors changes in natural gas calorific value in real time and automatically adjusts the air-fuel ratio to ensure combustion efficiency (which can be increased by 1~2%) and reduce energy consumption.
LNG Production: Installed at the feed gas inlet of LNG liquefaction plants to analyze N₂ and CO₂ content (N₂ >1% will reduce LNG production, and CO₂ >50ppm is prone to forming dry ice and blocking heat exchangers), ensuring the stability of the liquefaction process.

4. Environmental Protection and Emission Monitoring

Application Requirement: Natural gas processing plants and refueling stations need to monitor the content of CH₄ and CO₂ in process tail gas and combustion exhaust gas to meet environmental regulatory requirements (e.g., restrictions on methane emissions in China's Natural Gas Utilization Policy).
Deployment Method: Connected to the emission port through a sampling pipeline, NGC8206 analyzes the composition of exhaust gas in real time and uploads the data to the environmental monitoring platform.
Core Value: The detection data can be used as proof of enterprises' compliance with environmental protection regulations, and it also helps identify methane leakage points (e.g., a sudden increase in CH₄ concentration in exhaust gas may indicate equipment leakage).