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Laboratory for Thermal Engineering and Energy

Laboratory for Thermal Engineering and Energy

Institute of Nuclear Sciences Vinča

Power Plants Technology Research

Laboratory for Thermal Engineering and Energy

CFD - Power Plants Technology Research
 Power Plants Field Measurements
Project Coordinator
Dr Predrag Radovanovic, dipl.ing., Laboratory for Thermal Engineering and Energy Institute of Nuclear Sciences "Vinca", PO Box 522, 11001, Belgrade, Tel. +381-11-3443498 Fax. +381-11-2453-670
Research Subject
Study of operational problems of coal fired power plant has been for a long time essential program of the Laboratory which has conducted number of diagnostic measurements on thermal power plants (TPP):
In this program have included
  • almost all TPP in Serbia and Montenegro [3, 6, 8, 9,13]
  • Bosnia and Herzegovina [4, 5,14]
  • and several TPP in Greece [1, 2, 7, 10, 11, 12]
Thermal Power Plants furnace measurements
The Thermal Power Plants furnace measurements have included:
  • gas temperature
  • radiant and reflected heat flux
  • gas velocity
  • furnace particles sampling and gas sampling
  • TPP sub-system efficiency
FIELD MEASUREMENTS REFERENCE LIST IN LAST FIVE YEARS
[1] Field measurements and thermal tests of the boiler at unit No3 (nominal capacity 950 t/h) Thermal Power Plant “Kardia”, April-June 2001 (Subcontract for the Public Power Company PPC, Greece)
[2] Field measurements and thermal tests of the boiler at unit No2 (nominal capacity 365/385 t/h) Thermal Power Plant “Ptolemais”, July 2001 (Subcontract for the PPC, Greece)
[3] Field measurements and thermal tests of the boiler at unit No B2 (nominal capacity 1000 t/h) Thermal Power Plant “Kostolac”, March 2002 (Contract with Electric Power Industry of Serbia, Belgrade)
[4] Field measurements and thermal tests of the boiler at unit No 7 Thermal Power Plant “KAKANJ”, December 2002, (Contract with Public Enterprise Elektroprivreda BiH, Sarajevo)
[5] Field measurements on the boiler at unit No 7 Thermal Power Plant “KAKANJ”, June 2003, (Contract with Babcock Borsig Power, Service Steinmuller Instandsetzung Kraftwerke GmbH, Peitz, Germany)
[6] Field measurements and thermal tests of the boiler at unit No B1 (nominal capacity 1000 t/h) Thermal Power Plant “Kostolac”, March 2003 (Contract with Electric Industry of Serbia, Belgrade)
[7] Field measurements and thermal tests of the boiler at unit No4 (nominal capacity 930 t/h) Thermal Power Plant “Ptolemais”, January 2003 (Subcontract for the PPC, Greece)
[8] Field measurements, energy efficiency measurement, emission measurements on the boiler at unit No2 (nominal capacity 650 t/h) Thermal Power Plant “Nikola Tesla A”, November 2003 (Contract with Electric Power Industry of Serbia, Belgrade)
[9] Field measurements, energy efficiency measurement, emission measurements on the boiler at unit No5 (nominal capacity 920 t/h) Thermal Power Plant “Nikola Tesla A”, February 2004 (Contract with Electric Power Industry of Serbia, Belgrade)
[10] Field measurements and thermal tests of the boiler at unit No2 (nominal capacity 365/385 t/h) Thermal Power Plant “Ptolemais”, June 2004 (Subcontract for the PPC, Greece)
[11] Field measurements and thermal tests of the boiler at unit No4 (nominal capacity 930 t/h) Thermal Power Plant “Kardia”, September 2004 (Subcontract for the PPC, Greece)
[12] Field measurements and thermal tests of the boiler at unit No3 (nominal capacity 930 t/h) Thermal Power Plant “Megalopolis”, October 2004 (Subcontract for the PPC, Greece)
[13] Field measurements, energy efficiency measurement, emission measurements on the boiler at unit No2 (nominal capacity 650 t/h) Thermal Power Plant “Nikola Tesla A”, November 2005 (Contract with Electric Power Industry of Serbia, Belgrade)
[14] Field measurements on the boiler at unit No 7 Thermal Power Plant “KAKANJ”, February 2006, (Subcontract with Babcock Borsig Power, Service Steinmuller Instandsetzung Kraftwerke GmbH, Peitz, Germany)
Types of fuel analysis
The Laboratory for Thermal Engineering and Energy is equipped for
  • temperature
  • pressure
  • flow
  • velocity
  • gas and particle concentrations measurements at industry and power plants
fuel analysis.
Description of existing equipment for emision monitoring
1. 4900 Emission Gas Analyser Servomex
a. Gas Sensor Modul 1: GFX CO2 0 - 200 / 3000 ppm
b. Gas Sensor Modul 2: none
c. Gas Sensor Modul 3: 1520 IR, 25 % CO2
d. Gas Sensor Modul 4: PM O2 Basic
2. JCC Gas Sample Conditioning transportable
3. M&C portable gas conditioning unit PSS-5
4. IMR 600 gas conditioning system
5. Heated Hose serial JH3FR
6. Temperature controller HT43
7. Heated Gas Sampling Probe JES300 (two probes)
8. Portable IMR 3000 Flue Gas Analyzer
a. Electrochemical sensors CO, CO2, O2, SO2, NO, NO2
9. Infralyt 50 Saxon Junkalor No. 209
a. Paramagnetic sensor O2 0 – 21 %
b. IR Gas Sensor CO 0 - 2 %
c. IR Gas Sensor CO 0 - 20 %
d. IR Gas Sensor SO2 0 - 2 %
10. Infralyt 50 Saxon Junkalor No. 210 (for gasification)
a. IR Gas Sensor CO 0 - 30 %
b. IR Gas Sensor CO 0 - 20 %
c. IR Gas Sensor CH4 0 - 10 %
11. Portable PMA 10 Flue Gas Analyzer M&C Product
a. Paramagnetic sensor O2 0 – 100 %
12. Cylinders with test gases
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