TR-9300D Flue Gas Ultra-Low Emission Continuous Monitoring System

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TR-9300D Flue Gas Ultra-Low Emission Continuous Monitoring System

Product ID：HQZXyanqi035

Price: US$45,280.00 ~ US$58,880.00 PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberTR-9300D

Brand NameXIANJUNENG

Payment TermsTT，PAYPAL，Alibaba.com Pay

TR-9300D Flue Gas Ultra-Low Emission Continuous Monitoring System
Product Overview
The TR-9300D Flue Gas Ultra-Low Emission Continuous Monitoring System is a state-of-the-art solution for ultra-low emission monitoring in coal-fired power plants. Designed to comply with HJ/T76-2007, HJ/T75-2007, and other national standards, it achieves emission concentrations close to gas-fired units: particulate matter ≤5 mg/m³, SO₂ ≤35 mg/m³, NOx ≤50 mg/m³ (at 6% O₂). This represents a 50%–30% reduction compared to GB13223-2011 special emission limits, establishing a new benchmark in clean coal power generation.

System Function and Monitoring Principle
Gas Pollutant Monitoring
•Fully extracted sampling system draws flue gas via special ultra-low emission heated probes.
•Gas passes through heated transfer lines, dedusting units, and ultra-low emission condensers to remove moisture.
•Processed gas enters the JNYQ-S-81 flue gas analyzer, utilizing the DOAS (Differential Optical Absorption Spectroscopy) method.
•DOAS principle: measures narrow-band absorption characteristics of target molecules, unaffected by water vapor or other interference gases, providing stable zero-drift measurements.
•Data is transmitted to industrial PCs and data acquisition instruments for storage and remote transmission.

System Composition
•Flue gas composition continuous monitoring system
•Particulate matter (dust) concentration detection system
•Flow measurement system
•Data Acquisition System (DAS)

Technical Features
•High measurement accuracy for gas and particulate pollutants
•UV differential spectroscopy for SO₂ and NOx, resistant to interference from water vapor
•Measurements unaffected by light source fluctuation or attenuation
•Instrument zero-point stability ensures minimal drift
•German imported condensers with phosphoric acid treatment prevent SO₂ loss
•PLC-controlled automation reduces maintenance workload
•Modular system design allows flexible configuration
•Strong anti-interference capabilities
•Simple operation and maintenance
•High-precision data acquisition
•Low detection limits suitable for ultra-low emission monitoring

Analyzer Technical Parameters

Parameter	Specification
Measurement Range	SO₂: 0–20/200 μmol/mol; NOx: 0–20/200 μmol/mol (optional); O₂: 0–25%
Accuracy	≤ ±1% F.S
Zero Drift	≤ ±1% F.S / 7d
Span Drift	≤ ±1% F.S / 7d
Sample Flow	1.5 L/min ±0.5 L/min
Response Time	T90 ≤20 s
Gas Cell Pressure	≤ 20 KPa
Contact Capacity	120 VAC,1A; 24 VDC,1A
Output Signal	4–20 mA or 0–10 mA DC
Preheat Time	≤30 min
Operating Temperature	-5℃ ~ +45℃
Humidity	≤90% RH
Power Supply	220 VAC ±10%, 50Hz ±5%

System Monitoring Parameters

Pollutant	Measurement Method	Range	Zero Drift	Span Drift	Linearity Error	Output Signal
SO₂	DOAS	0–20/200 μmol/mol	±1%FS/7d	±1%FS/7d	≤ ±1%FS	RS-232/485, 4–20mA
NOx	DOAS	0–20/200 μmol/mol	±1%FS/7d	±1%FS/7d	-	RS-232/485, 4–20mA
CO	NDIR	0–2000 μmol/mol	±1%FS/7d	±1%FS/7d	-	RS-232/485, 4–20mA
O₂	Electrochemical / Magnetic Pressure	0–25%	±1%FS/7d	±1%FS/7d	-	RS-232/485, 4–20mA
Particulate Matter	Laser Forward Scattering	0–5/200 mg/m³	±2%FS/7d	±2%FS/7d	≤ ±3%FS	4–20 mA
Flow	Differential Pressure Sensor	0–40 m/s	±5%FS/7d	±5%FS/7d	≤ ±1%FS	4–20 mA
Pressure	Differential Pressure Sensor	60–140 KPa	±2%FS/7d	±2%FS/7d	≤ ±1%FS	4–20 mA
Temperature	Thermocouple	0–500℃	±1%FS/7d	±1%FS/7d	≤ ±1%FS	4–20 mA
Humidity	Capacitive	0–100%	±2%FS/7d	±2%FS/7d	≤ ±1.5%FS	4–20 mA

Application Areas
•Ultra-low emission monitoring for coal-fired power plants
•Environmental regulatory compliance for SO₂, NOx, dust, CO, O₂
•Process optimization for end-of-pipe flue gas treatment
•Industrial continuous emission monitoring (CEMS) for power generation
•Research in clean energy and environmental technology

TR-9300D vs Conventional Flue Gas Monitoring

Feature	TR-9300D	Conventional Systems
Measurement Accuracy	High Precision	Moderate
Gas Interference Resistance	Excellent	Limited
Zero Drift	Minimal	Significant
Automation	PLC-Controlled	Manual / Semi-Automatic
Maintenance	Low Workload	Higher Workload
Detection Limit	Ultra-Low	Higher
Data Acquisition	High Precision	Basic
System Modularity	Flexible	Fixed

Frequently Asked Questions (FAQ)
Q1: What pollutants does TR-9300D monitor?
SO₂, NOx, CO, O₂, particulate matter, flow, pressure, temperature, humidity.
Q2: What measurement principle is used for SO₂ and NOx?
DOAS (Differential Optical Absorption Spectroscopy), unaffected by water vapor or other gases.
Q3: Can the system handle ultra-low emission monitoring?
Yes. TR-9300D is specifically designed for ultra-low emission standards, achieving SO₂ ≤35 mg/m³, NOx ≤50 mg/m³, dust ≤5 mg/m³.
Q4: How is the flue gas sampled?
Fully extracted system with heated probe, dedusting, condensers, and heated transfer lines.
Q5: Is the system easy to maintain?
Yes. Modular design and PLC automation minimize maintenance workload.
Q6: What is the response time?
T90 ≤20 seconds for direct gas flow through the analyzer.
Q7: What outputs are available for integration?
RS-232/485, 4–20 mA, or 0–10 mA DC.

Frequently Asked Questions (FAQ)
Q1: What pollutants does TR-9300D monitor?
SO₂, NOx, CO, O₂, particulate matter, flow, pressure, temperature, humidity.
Q2: What measurement principle is used for SO₂ and NOx?
DOAS (Differential Optical Absorption Spectroscopy), unaffected by water vapor or other gases.
Q3: Can the system handle ultra-low emission monitoring?
Yes. TR-9300D is specifically designed for ultra-low emission standards, achieving SO₂ ≤35 mg/m³, NOx ≤50 mg/m³, dust ≤5 mg/m³.
Q4: How is the flue gas sampled?
Fully extracted system with heated probe, dedusting, condensers, and heated transfer lines.
Q5: Is the system easy to maintain?
Yes. Modular design and PLC automation minimize maintenance workload.
Q6: What is the response time?
T90 ≤20 seconds for direct gas flow through the analyzer.
Q7: What outputs are available for integration?
RS-232/485, 4–20 mA, or 0–10 mA DC.