FILTRATION SYSTEMS

Series "Bergamo"

Filtration Systems

Bag type Filtration Systems for district heating networks and plants designd in accordance with network nominal flow rates and degree of filtration desired. The system is mounted as "package" with single or twin body for flow rate and maintenance reasons. It comes complete with control, metering and safety devices, as well as fouling meter and transmitter suitable for integration into existing supervisory systems via analog and digital standard and unified signals. The filtration degree can also be varied along operation depending on the fouling observed.

- Nominal flow rate: 35 to 2000 m3 / h.
- Filtering degree: 1 to 1000 μm.
- Pressure drop: <0.3 bar.
- District Heating max Temperature: 135 ° C.
- Max pressure: 25barg
- Certifications: CE / PED.

Range

Mod. Bergamo

District Heating networks Bag Filters groups.

POS. Model Nominal Flow Rate
(m³/h)
in parallel filters Capacità S/D
(l)
h
(mm)
d
(mm)
BOCCHELLI
in/out
Hydraulic Design Design Temp
(°C)
122 Bergamo 35 35 1/2 73/146 1184 324 DN100 PN10÷PN25 135
123 Bergamo 70 70 1/2 156/146 1250 457 DN125 PN10÷PN25 135
124 Bergamo 100 100 1/2 156/312 1250 457 DN125 PN10÷PN25 135
125 Bergamo 150 150 1/2 156/312 1250 457 DN125 PN10÷PN25 135
126 Bergamo 300 300 1/2 390/312 1800 558 DN300 PN10÷PN25 135
127 Bergamo 500 500 1/2 390/780 1800 558 DN300 PN10÷PN25 135
128 Bergamo 1000 1000 1/2 765/780 2410 711 DN400 PN10÷PN25 135
129 Bergamo 2000 2000 2 1530 2410 711 DN400 PN10÷PN25 135

filtrazione

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