Customizable High Accuracy Flue Gas Analysis System From China for Emissions Tracking

Customization: Available
Measuring Ranges: 0-1000 Ppm; 0-10%; 0-100%
Lower Detection Limit: 20 Ppm (Co Gas, 1m Optical Path)

Product Description

Basic Specifications

Model NO.
PUE-9000
Response Time
≤1 S
Span Drift
≤±1% F.S
Zero Drift
≤±1% F.S
Explosion-Proof
Exdiict6
Protection
IP65
Power Supply
DC 24V/1A
Purge Gas
N2 or Compressed Air
Gas Temp
≤1500℃
Ambient Temp
-20℃ ~ 50℃

Product Overview

The Extractive Laser Analyzer, specifically designed for detecting Ammonia Slip, stands as a pinnacle of online gas analysis technologies. Utilizing the sophisticated Tunable Diode Laser Absorption Spectroscopy (TDLAS) method, this system excels with its extractive sampling approach. It features full-process, high-temperature trace heating, efficiently transporting the target gas from the flue to the high-precision laser analyzer unit, strategically located for optimal measurement conditions. This meticulous process ensures a highly accurate determination of true ammonia concentration.

Flue Gas Analysis System
High Accuracy Analysis Unit

System Workflow

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1. High-Temperature Extraction

The process begins with a heated sampling probe, expertly inserted into the flue, which serves to conduct an initial filtration of the flue gas at elevated temperatures. The sample gas then swiftly travels through a continuously trace-heated sampling line.

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2. Fine Treatment

The sample undergoes high-temperature filtration, effectively eliminating fine dust particles to create a clean sample gas. This phase is characterized by its meticulous maintenance of full-process trace heating, ensuring sample integrity.

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3. Precise Analysis

The pristine, high-temperature sample gas enters a multiple-reflection gas absorption cell. By emitting a laser beam at a specific wavelength, the analyzer captures the unique absorption profile of ammonia molecules using the Lambert-Beer law.

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4. Control and Output

Real-time concentration values are outputted through 4-20mA analog signals or digital communication. This facilitates control, recording, and alarm activation, with automatic blowback for probe cleaning.

System Component A
System Component B

Technical Parameters

Measurement Components Carbon Monoxide, Oxygen, Methane, Water, Ammonia, Hydrogen Chloride, Hydrogen Fluoride, Hydrogen Sulfide, etc.
Measurement Range 0-1000ppm; 0-10%; 0-100%
Lower Detection Limit 20 ppm (for CO gas, 1m optical path length)
Response Time ≤15s
Maintenance Interval < 2 times per year, clean the optical viewport (no consumables required).
Calibration Interval < 2 times per year
Explosion-proof Marking ExdIICT6
Analog Output 2 channels 4-20mA (concentration), 1 channel 4-20mA (transmittance)
Digital Serial Port 1 channel RS485 (optional)
Relay Output 3 channels 24V/1A for alarm

Service & Support

Standard Warranty: Enjoy the assurance of a 12-month warranty.

Global Support: Benefit from comprehensive technical support and a steady supply of spare parts.

Training Service: Gain expert knowledge through on-site or remote training sessions, tailored for seamless operation and maintenance.

Equipment View 1
Equipment View 2
Equipment View 3

Frequently Asked Questions

Q1: What is the main technology used in the PUE-9000? The system utilizes Tunable Diode Laser Absorption Spectroscopy (TDLAS), which provides high precision and avoids interference from other gases.
Q2: How does the system handle high-temperature flue gas? It uses an extractive sampling approach with full-process trace heating and a sampling probe capable of withstanding gas temperatures up to 1500°C.
Q3: What are the maintenance requirements for the analyzer? The system is designed for low maintenance, typically requiring viewport cleaning and calibration less than twice per year.
Q4: Can the analyzer be installed in hazardous areas? Yes, the device features an explosion-proof mark of ExdIICT6 and an IP65 ingress protection rating, making it suitable for demanding industrial environments.
Q5: Which gases can be measured by this laser analyzer? In addition to Ammonia (NH3), it can be configured to measure CO, O2, CH4, H2O, HCl, HF, and H2S.
Q6: What type of output signals does the system provide? It provides multiple 4-20mA analog outputs for concentration and transmittance, along with an optional RS485 digital serial port and 3 relay alarm outputs.

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