
ACF-NT
(former Advance Cemas FTIR)
Multi-Component
Measuring System for Emission Monitoring
and Process Control
-
The ACF-NT is an inexpensive and
forward-looking system
for emissions
monitoring according to local
regulations. It is an analyzer system for complex
applications that provides continuous,
quantitative and selective measurement
of: HCl, HF, H2O, CO,
CO2, SO2, NOx,
NH3, N2O, O2,
TOC, and NMHC
(other
gases on request).
ACF-NT system consists of the following
components:
Sampling System
-
Probe tube, optionally heated,
lengths 500 to 2500 mm for process
temperature up to
500°C (optional up to 1350°C)
-
Filtering device, heated to 180°C
-
Sample gas lines, heated to
180°C, length up to 60 m (other lengths
and temperature
on request)
-
Protective cover for probe (optional)
- Probe back purge module (on request)
- Automatic injection of test gases at
probe for drift check (optional)
Sample Gas Conditioning Unit
-
Heated
sample gas conditioning block with
built-in SS-microporous filter
- Air driven injector pump module
- Oxygen, TOC and Mercury analyzers
connection ports
- Connection and automatic switchover
for zero and calibration gas supply
- Flow, pressure and temperature sensors
Analyzers
- FTIR spectrometer with heated sample
cell
- O2
analyzer (ZrO2 detector,
optional)
- TOC analyzer (FID detector, optional)
Control and Display Units
-
Display
and operator control unit (LCD screen
and touch control keyboard built into
cabinet door)
- Advance Optima system controller
- FTIR system controller
- Control modules for the injector pump,
Oxygen and FID analyzers
- Interfaces for Measured values and
status signals (analog and digital
outputs or
Modbus)
- Interfaces for Remote operation and
diagnostics (Modem or Ethernet)
- Prepared for UPS for uninterrupted
power supply of the most important
subassemblies (optional)
Typical Applications:
-
Municipal waste incinerators
-
Biomedical and sludge
incinerators
-
Hazardous waste incinerators at
chemical plants
-
Gasification and pyrolisis
processes
- Cement kilns
- Solvent recovery and destruction
- DeNOx and DeSOx of power plants
- Crematoria
- Steel and Aluminum smelters
- Brick, tiles and glass manufacturing
- Catalyst protection monitoring
- Combustion research
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