The Sootblower Fouling Detection (SFD) System is an ITM proprietary technology for the measurement of fouling along the path of a sootblower in recovery and utility boilers.
In a typical boiler, fuel is burned inside the furnace, creating hot gas which heats water in the steam-generating tubes. In the case where the fuel is coal or black liquor, the flue gas often contains a significant amount of carry-over, which collects on the boiler tubes causing buildup. This buildup, also known as fouling, decreases the efficiency of the heat being transferred to generate steam while also increasing the risk of plugging the boiler and taking it offline altogether.
Our SFD system has two primary purposes. One is to help understand where fouling is occurring in order to optimize sootblowing. The other is to provide real-time data for control systems which will allow for targeted sootblowing. Both of these will result in immediate savings in steam consumption, prevention of tube erosion in areas with little to no buildup and increased boiler efficiency in areas with significant buildup.
A secondary benefit of the SFD is sootblower condition monitoring which helps answer the following questions: What’s the condition of the SB motor and gearbox? Is the poppet valve stuck open? Is the track damaged? Is the sootblower lance bent? Is the sootblower stuck in the boiler? What condition is the sootblower packing? Are there any steam leaks on or near the sootblower?
With steam costs reaching an estimated $5,600 a day — or roughly $2 million a year — to power sootblowing operations in a single recovery boiler, imagine the savings plant operators could achieve by optimizing sootblowing.
The key to sootblowing efficiency is knowing where to clean and when. If your plant utilizes a utility or recovery boiler, do you know where the soot buildup is located in that boiler, or are you cleaning blind? Our solution greatly increases sootblowing efficiency and decreases unplanned outages — both of which will result in significant annual savings.
- Identifies Fouling/Slagging along the Path of the Sootblower
- Saves Steam Consumption
- Reduces Boiler Tube Erosion
- Increases Boiler Efficiency
- Identifies Dangerous Conditions
- Identifies Sootblower Mechanical Faults
- Identifies Steam Leaks
- Stainless steel NEMA4X enclosure
- Industrial real-time Compact RIO controller
- Industrial sensors
- Real Time data processing and analysis software
- DCS and/or PI System integration via industry standard interfaces
- Detailed Installation Instructions
CDS - Clinker Detection System
The Clinker Detection (CDS) System is an ITM proprietary technology for measuring both the size and frequency of deposits that impact a utility boiler floor or bed. MORE
Paper Mill Thermocouple Monitoring
Our customer wanted to measure the temperature of steam tubes located inside its utility boiler to make sure start-up conditions were met. MORE
Boiler Thermocouple Monitoring System
Thermocouple monitoring system consists of a controller capable of measuring 128 thermocouple channels and a panel with thermocouple terminal blocks contained in a stainless steel enclosure. MORE
HALT - Hopper Ash Level Temperature System
The Hopper Ash Level Thermocouples (HALT) System is a preventative maintenance tool that continually monitor the levels of ash within any given instrumented hopper. MORE