Applications
Emission monitoring
of pollution gases produced in industrial processes, monitoring and control of
flue gas desulfurization in applications such as:
Thermal power plant
Iron and steel
metallurgy plant
Industrial furnace,
boiler
Cement plant
Petrochemical,
chemical plant
Heating boilers
Features
Certification
l National production license for manufacturing measuring
instruments.
l Environmental protection product certification.
l CE certification.
Superior
configuration of system
l Gas analysis using
SIEMENS ULTRAMAT 23 analyzer.
l Particle
monitoring by laser light-scattering method.
l Temperature,
pressure, and flow monitoring using integrated configuration and transmitters such
as SIEMENS and ROSEMUONT and other world famous brands.
l According to the
requirements of environmental protection, the standard gas can be fed from the sampling
probe for system calibration.
Excellent
stability and reliability
l Anti-corrosion
design of the whole system to ensure long term system reliability.
l Effective
anti-blocking method by which the sample probe will be cleaned by a high
pressure and high frequency air sweep (backflush), to prevent flue gas
contaminating the analysis components.
l Effective and
rapid cooling and drainage components, and a stable dew point to ensure the
measurement accuracy of system.
l Gas analyzer with
nichrome wire light source for a service life of up to ten years.
l Gas analyzer with
zero point auto-correction with negligible drift.
Easy maintenance
and convenient operation
l
Modular design allows on-site replacement
of the module to shorten the maintenance down time.
l
Intelligent diagnosis and protection
functions such as self-diagnosis, control loss protection, fault alarms, etc.
l
Straightforward operation of interfaces
with text format menus.
System economy
l Single point
calibration of gas analyzer, reducing the amount of standard material.
l No dilution gas
required, greatly reducing the consumption of instrument gas.
l Optional NH3 and
TOC measurement to improve the utilization of the whole system.
Technical parameters
Monitoring composition: SO2,
NO, CO, O2
Detection principle: NDIR: SO2,
NO, CO, Electrochemical: O2
Measurement range: SO2 0 -
500 ppm, 0 - 2500 ppm
NO 0
- 500 ppm, 0 - 2500 ppm
CO 0 - 500 ppm, 0 -
2500 ppm
O2 0 - 5 Vol %, 0 -
25 Vol %