In-situ CEMS

Product Description

The TK-1000S Continuous Emission Monitoring System (CEMS) is meticulously developed by Shandong SINZEN Instrument Co., Ltd., leveraging over 10 years of professional experience in the pollution source industry combined with Differential Optical Absorption Spectroscopy (DOAS) technology This system employs advanced high-temperature extraction sampling coupled with ultraviolet differential spectroscopy principles for measurements, utilizing an in-situ extraction measurement method capable of real-time online monitoring of gaseous pollutant concentrations (such as SO₂ and NOₓ) and flue gas parameters (including humidity and oxygen content) in exhaust gases

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Model:

TK-1000S

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Technical Parameters

Measurement Method: In-situ high-temperature extraction measurement
Measurement Principle: Ultraviolet absorption differential spectroscopy + zirconia principle
Measurement Range: Selectable components and ranges
- SO₂ range: (0～50～7000) mg/m³
- NO range: (0～50～1000) mg/m³
- NO₂ range: (0～100～1000) mg/m³
- O₂ range: (0～40) %Vol
- H₂O range: (0～25) %Vol (customizable ranges available)
Power Requirements: AC220V±10%, 50Hz, 2500W
Linear Error: ≤±2% F.S
Protection Rating: IP54

The system is available for OEM.

Technical Advantages

In-situ Measurement: Eliminates the need to extract flue gas to external system components for analysis, reducing interference from sampling line losses and condensation. Particularly suitable for complex flue gas environments with high humidity, high dust content, and strong corrosiveness
Rapid Response: Direct contact with flue gas eliminates sampling transmission delays, enabling quick reflection of pollutant concentration changes
Lower Maintenance Costs: Compared to extractive CEMS, reduces vulnerable components such as sampling pumps and preprocessing systems (condensers, filters), lowering maintenance frequency
Adaptability to Harsh Environments: Probes constructed from high-temperature and corrosion-resistant materials with triple filtration (2μm×2, 0.1μm×1), ensuring stable operation under high-temperature and high-dust working conditions
Compact Design: Small footprint facilitates easy installation without requiring an analysis shelter, saving space