We stand for the values of owner-managed SMEs: reliability, responsibility, quality and adherence to deadlines.
Tobias Hoffmann
CEO
INP Austria GmbH
Gaisbacher Str. 6
4210 Gallneukirchen
Austria
Tel. +43 7235 22188-11
Fax +43 7235 22188-99
tobias.hoffmann
@inp-e.comvCard
AVE Wels – Waste Incineration System
Location: Wels, Austria
System/Technology: PS416 with Sucosoft S40 communication with PLS via Profibus-DP
Services: Commissioning, Project management, Documentation, Basic-engineering and pre-engineering, Detail engineering, Installation supervision
Industry Branch/Type of Plant: Power Generation, Waste incineration systems
Client: AVE Austria
Project Size: EUR 200,000
TASK
- Combustion power controls (FLR) with "INP FUZZY CONTROL" for biomass and waste
- Infeed grate, boiler 1
- INSPECT video camera integration
- Training of the plant personnel
- Service and support
- Increase in the waste throughput by 10%
- Significant increase in availability
- Compliance with Federal Pollution Control Act (BImSchG) emissions values
- Low operating times of the backup burners
- Low steam fluctuations with regard to the set point specification ±3.5%
- Reduction in ignition losses < 3%
- Stabilization of the temperature ratio with regard to material adhesions and encrustation
DESCRIPTION OF DELIVERIES AND ACTIVITIES OF "INP FUZZY CONTROL" COMBUSTION POWER CONTROLS
- Process engineering concept on the basis of current process data and auditing of the plant operators
- Process optimization by modelling and simulation
- Improvement in highly-sensitive process sequences
- Specifications for modified operating concepts
- Use of fuel for energy
- Increase in performance
- Open and transparent control concept on the basis of multi-variable characteristic map control
- Stabilization of the steam output and oxygen content in the flue gas
- Optimization of thermal combustion processes
- Saving operating substances (reduction agent)
- Use and reduction in emission limit values
TARGETS/KEY FIGURES OF THE "INP FUZZY CONTROL" COMBUSTION POWER CONTROLS
- Significant reduction in fluctuation range in all load cases
- Largely constant flue gas volume
- Significant reduction in CO peaks
- Smoothly running combustion process
- Reduction in strain on the involved and down-circuit units
- Reduction in the message sequence procedure
- Saving of service products in the de-dusting system and flue gas purification
- Increase in gross heat output and throughput rate
- Stabilization of the firing chamber temperature and residual O2 concentration in the flue gas
- Reduction in emissions of carbon monoxide compared to the current operating method
- Homogenization of steam quantity production (see created analysis of 7 %)
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