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Do you need to incinerate your waste perfectly? Do you run a hospital, laboratory, chemical or other hazardous operation? Contact us:  phone: +420 602 292 087  email: 

Czech

In the Czech Republic we started production of modernized incinerators CV and GG:

resumption of production resumption of production resumption of production resumption of production resumption of production
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HW Incinerator

Dobronická 1257
148 00 Prague 4 (CZ)



+420 602 292 087



CZ/EN
spalovna

Products

We produce complete technology of the CV and GG incinerators:

  • combustion chambers
  • thermal reactors
  • flue parts with cast fireclay lining for high flue gas temperatures
  • ram feeders for combustion chambers
  • waste silos
  • ash removal systems
  • automation control, measurement and visualization systems

Mechanical parts of incinerators are made in the Czech Republic.

Measurement, control and visualization are made in Austria.

The CV and GG incinerators are approved for operation in the CZ.

Incinerators are produced in several basic sizes with a daily capacity of incinerated waste from 300 kilograms to 8 tons. The product line reflects the common needs of hospitals and industrial plants.

princip spalovny

Operation is fully automatic, with the possibility of semi-manual control. Incinerators use a multi-stage multi-zone combustion method. Thermal decomposition and combustion are temporally and spatially separated, but above all independently regulated processes. Individual monitoring and control of each operation gives good incineration performance, virtually independent of the waste composition, with smoke free operation and uncontaminated gas emission.

Design of the thermal reactors allows to adjust the residence time of the flue gases and thus adapt the incinerator to the required amount and type of incinerated waste. The thermal reactor can be oriented as needed to achieve the desired spatial arrangement.

Feeders for combustion chambers we produce in several modifications:

  • for manual insertion of waste bags
  • with container emptying system
  • for automatic transport from waste silo
Technical data:
model CV 1 CV 2 GG 7 GG 14 GG 24 GG 42
performance
amount of waste [kg/day] 1) 300 500 1.200 2.500 4.500 8.000
feeding time [h/day] 8
max. energy input [kW] 140 275 740 1.400 2.400 4.200
max. thermal power [kW] 2) 100 190 400 840 1.450 2.500
electric power [kW] 3) – – 40 80 140 250
thermal power [kW] 3) – – 340 710 1.230 2.100
incineration
charging chamber volume [m3] – – 0,5 0,9 1,9 3,1
combustion chamber volume [m3] 0,9 1,9 2,4 6,3 10,8 17,0
incineration temperature [°C] 600 ÷ 900
post combustion temperature [°C] 900 ÷ 1.400
residence time in the thermal reactor [s] 0,5 ÷ 2
consumption (data are based on operational experience and depend very much on waste properties)
fuel - natural gas [m3/kg of waste] 0,1 ÷ 0,2
alternative fuel - LFO [kg/kg of waste] 0,08 ÷ 0,16
adsorbent [kg/hour] 3,5 5 9 16 26 40
1) average calorific value of waste 15 MJ/kg
2) with hot water exchanger 90/70°C
3) combined heat and power generation with hot water exchanger 90/70°C
Emission limits - dry filter: 4)
clean gas - at 11 %  O2
dust < 10 mg/Nm3 Hg < 0,05 mg/Nm3
HCL < 20 mg/Nm3 dioxin / furan / TE < 0,1 mg/Nm3
SO2 < 50 mg/Nm3 Cd, Ti < 0,05 mg/Nm3
HF < 2 mg/Nm3 Pb, Cr, Cn, Sn, V, Mn, Sb < 1,0 mg/Nm3
NOx < 250 mg/Nm3 As, Se, Ni, Co, Te < 1,0 mg/Nm3
4) flue gas cleaning principle consists in their reaction with suitable additives which chemically bind the acidic components (HCl, HF, SO) and organic compounds (expressed as total carbon C and PCDD/F). Waste products from flue gas cleaning are captured on fabric filters. Emissions are monitored continuously.

HW INCINERATOR