RECOVERY BOILERS

Series "Brescia"

Recovery Boilers

High Efficiency Recovery Boilers for hot/overheated water district heating networks through gases combustion from Otto cycle engines, Joule cycle turbines or industrial processes.
In order to increase the thermodynamic efficiency optional condensation modules are provided. Boilers are equipped with shut-off valves, control and safety devices, as well as electrical control panel, regulation, monitoring and data transmission, and are ready for remote control and integration with existing monitoring systems on free and unified protocols as well.
- Mod Brescia 1: water-tube
- Mod Brescia 2: fire-tube

- Thermal power: 2.5 to 50 MWt.
- Max flue gases temp: 550 ° C.
- District Heating max Temperature: 135 ° C.
- Max pressure: 25 barg.
- Certifications: CE / PED.

Range

Mod. Brescia 1/2

District Heating water-tube or fire-tube Recovery Boiler.

POS. Model Thermal Power
(MWt)
Tin fumi
(°C)
Tout fumi
(°C)
progetto IDRAULICO CONTROPRESSIONE FUMI
(mm c.a.)
District Heating Side
Pressure Drop
(bar)
78 Brescia 1/2 - 250 2,5 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
79 Brescia 1/2 - 500 5 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
80 Brescia 1/2 - 1000 10 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
81 Brescia 1/2 - 1500 15 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
82 Brescia 1/2 - 2000 20 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
83 Brescia 1/2 - 3000 30 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5
84 Brescia 1/2 - 5000 50 200÷550 140÷60 PN10÷PN25 50÷260 < 0,5

brescia

Working condition

  HOT WATER SUPERHEATED WATER COOLING
THERMAL DESIGN
DISCTRICT HEATING CIRCUIT
90/65°C 115/65°C 7/11°C
MECHANICAL DESIGN
DISCTRICT HEATING CIRCUIT
PN16÷PN25 PN16÷PN25 PN16÷PN25
THERMAL DESIGN
SUBSTATIONS SECONDARY CIRCUIT
85/55°C 85/55°C 14/8°C
NOMINAL PRESSURE LOSS
SUBSTATIONS PRIMARY AND SECONDARY CIRCUITS
10/3 w.c.m. 10/3 w.c.m. 10/3 w.c.m.
FLUID SPEED
DISCTRICT HEATING CIRCUIT
0,5÷2 m/s 0,5÷2 m/s 0,5÷2 m/s
CENTRAL CONDUIT PUMPS HEAD 0,5÷9 bar 0,5÷9 bar 0,5÷9 bar
PRESSURE LOSS POWER PLANT INNER CIRCUIT 0,5÷1,5 bar 0,5÷1,5 bar 0,5÷1,5 bar