Celebrating 25 Years 1999-2024
EARLY SMOULDERING FIRE DETECTION /
CO MONITORING CONTROL SYSTEM
Fire and Explosion Risks:
- Fires and Explosions generate a high risk for people, the environment and production installations. The consequences are significant developments of heat and pressure.
- The fire and explosion safety of an installation is determined by risk factors of the process and products.
- High drying temperatures and material product characteristics can develop dangerous smouldering ἀres in the production process.
- Use of Carbon Monoxide (CO) Analysis for early fire detection is recommended according to VDI guideline 2263 part 7 and 7.1 is a proven technology.
- Early detection of smouldering fires allows the operators to mitigate fire propagation with help of technical measures. Continuous Carbon Monoxide (CO) monitoring is essential to ensure prevention against fires and explosions.
DUST EXPLOSION HAZARDS exist in:
· Mills
· Spray Dryers
· Dryers
· Filters – Dust Collectors
· Silos
· Conveyers
· Seperators
· Dedusting Screens
· Mixers
IGNITION SOURCES are:
· Smouldering Nests
· Hot Surfaces
· Mechanically-Induced Sparks
· Sparking Electrical Equipment
· Flames
· Electrostatic Discharges
PRODUCTS are:
· combustible dust in powder-air mixtures
Robecco Dryer Protection (RDP)
robecco dryer protection avoids production stops and ensures productivity
Technical Characteristics:
· Continuous IR Differential CO Measurement
· ATEX Conformity
· Heated Sample Probes
· Heated Sample Lines
· Compact Construction
· User-Friendly Operation
· Visualisation of Measurements
· Simple Cost Effective Maintenance
· Minimal Spare Parts
· Data Memory
· Failure Indication
· Redundant CPU System on demand
· Drift Compensation Scheduling
· Automatic Maintenance Monitoring
· Flexible User Administration
· Reliable Performance & Low Operational Costs
Applications (examples):
Early fire detection in drying processes of:
· Milk
· Coffee
· Cacao
· Sugar
· Malt
· Tea
· Fruit Concentrate
· Blood
Robecco Dust Control (RDC)
Robecco dust control determines in an effective way damages in filter seperators. Optimisation of emission and filter monitoring guaranties high productivity.
Technical Characteristics:
· Emission and filter monitoring with one device
· Avoidance of visible exhaust gas plumes
· Avoidance of product losses
· Simple erection and installation
Simple maintenance of filter installations because of:
· Early detection of ongoing bag filter damage
· Location of damaged filter elements
· Opportunity for specific maintenance actions
Applications (examples): Emission and filter monitoring in
· Process filter
· Silo roof filter
· De-dusting systems