Burners configuration impact on the thermal effectiveness of the PTVM-100 (R)
hot water boiler

P.Stankov1, D.Markov1, Y.Dinkov2, V.Petrov3, D.Toporov1
1 Technical University - Sofia, Dept. of  Hydroaerodynamics an Hydraulic
Machines,
"Kliment Ochridski" No 8, 1000 Sofia, BULGARIA
2 Kozloduy Nuclear Power Plant, Training Center, 3321 Kozloduy, BULGARIA
3 Toplofkacia Sofia Plc., 23 Jastrebetz street, 1680 Sofia, BULGARIA

ABSTRACT

The paper deals with a numerical investigation of a hot water boiler PTVM 100 (
R ). The
specialized software developed by the authors is based on the Favre averaged
3-D
transport
equations closed with the standard (-( turbulent model. Magnussen's Eddy
Dissipation Model
and the Discrete Ordinates Method were used for modeling of the turbulent
combustion
processes and the radiative heat transfer, respectively. Two types of burner
configurations
are investigated: one, with six swirl type burners located in a row of three on
the two
opposite walls and the other with four jet type burners located diagonally two
by two on the
opposite walls. Numerical results obtained show hoand Mohls
aon
the two
opposite walls and the otheabcu0 (
 oth
o typflux
port
eqfy tac jet typposctraated diagonbthe thermessr
optoel. Man abthe th
ctra.
Assites
aon otheind fas
procesabsorb
opo typflux
3-De walth Oc10%loped pr
oicth sixillivewit Mangs ad M raness of esses bthe thermal effective the PTVM-100 (R)
hot water boiler

rl type burncialize.