Gallery: Thermo generators

 

2020

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  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
  • Thermal generator plant for drying corn seeds, Bijeljina, 2020 Thermal generator plant for drying corn seeds, Bijeljina, 2020
     

 

 

 

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2019

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  • Mobilni termogenerator RM-30m Mobilni termogenerator RM-30m
  • Mobilni termogenerator RM-30m Mobilni termogenerator RM-30m
  • Podešavajuće žaluzine Podešavajuće žaluzine
  • Elektrokomandni ormar Elektrokomandni ormar
  • Priključak za traktor Priključak za traktor
     

 

 

 

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2017

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  • Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Mounting of thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. The beginning of the installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Installation of radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Main radial tube for distribution of the heated air and indirect channel for return air from the hall, adjustable degree of opening and closing, Jagnjilo, R. Serbia, December 2017. Main radial tube for distribution of the heated air and indirect channel for return air from the hall, adjustable degree of opening and closing, Jagnjilo, R. Serbia, December 2017.
  • Main radial tube for distrubution of indirectly heated air, Jagnjilo, R. Serbia, December 2017. Main radial tube for distrubution of indirectly heated air, Jagnjilo, R. Serbia, December 2017.
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Electric control cabinet which controls the operation of the thermal generator type TD-150, has reached the set temperature inside the whole hall of 16C, Jagnjilo, R. Serbia, December 2017. Electric control cabinet which controls the operation of the thermal generator type TD-150, has reached the set temperature inside the whole hall of 16C, Jagnjilo, R. Serbia, December 2017.
  • Electric control cabinet which controls the operation of the thermal generator type TD-150, has reached the set temperature inside the whole hall of 16C, Jagnjilo, R. Serbia, December 2017. Electric control cabinet which controls the operation of the thermal generator type TD-150, has reached the set temperature inside the whole hall of 16C, Jagnjilo, R. Serbia, December 2017.
  • The return air channel from the hall which has the ability to adjust the opening and closing level, Jagnjilo, R. Serbia, December 2017. The return air channel from the hall which has the ability to adjust the opening and closing level, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017. Radial tubes for the direct distribution of indirectly heated air along the hall, total length 110m, Jagnjilo, R. Serbia, December 2017.
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
  • Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017 Thermal generator type TD-150 (150kW) on manual firing of solid fuel (firewood, briquettes, residues from the manufacture of furniture), for space heating 110x10x3m, Jagnjilo, R. Serbia, December 2017
     

 

 

 

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  • Thermo generator type TD-80 (80KW), for manual feeding of solid fuel (firewood, briquettes, waste from furniture production) in operational work, for heating of production space, Kovačevac, Serbia, December 2017 Thermo generator type TD-80 (80KW), for manual feeding of solid fuel (firewood, briquettes, waste from furniture production) in operational work, for heating of production space, Kovačevac, Serbia, December 2017
  • Thermo generator type TD-80 (80KW), for manual feeding of solid fuel (firewood, briquettes, waste from furniture production) in operational work, for heating of production space, Kovačevac, Serbia, December 2017 Thermo generator type TD-80 (80KW), for manual feeding of solid fuel (firewood, briquettes, waste from furniture production) in operational work, for heating of production space, Kovačevac, Serbia, December 2017
  • Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017 Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017
  • Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017 Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017
  • Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017 Plenum for the uniform distribution of indirectly heated air from the thermal generator type TD-80, Kovačevac, R. Serbia, December 2017
  • Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017 Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017
  • Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017 Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017
  • Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017 Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017
  • Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017 Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017
  • Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017 Termogenerator type TS - 200 for heating production facilities for production of wooden crates for fruit and vegetables, Bački Petrovac, November 2017
  • At the central channel the customer will connect channels that will distribute evenly indirectly heated air along the production hall and two side channels serving for recirculation of air from the hall At the central channel the customer will connect channels that will distribute evenly indirectly heated air along the production hall and two side channels serving for recirculation of air from the hall
  • At the central channel the customer will connect channels that will distribute evenly indirectly heated air along the production hall and two side channels serving for recirculation of air from the hall At the central channel the customer will connect channels that will distribute evenly indirectly heated air along the production hall and two side channels serving for recirculation of air from the hall
  • Combustion of wood waste generated in the production of wooden crates, Bački Petrovac, November 2017 Combustion of wood waste generated in the production of wooden crates, Bački Petrovac, November 2017
  • With thermo generator TD - 200 we deliver and steel-standing insulated chimney height 10m, Bački Petrovac, November 2017 With thermo generator TD - 200 we deliver and steel-standing insulated chimney height 10m, Bački Petrovac, November 2017
     

 

  • Processing center for corn seed under construction Processing center for corn seed under construction
  • Processing center for corn seed under construction Processing center for corn seed under construction
  • Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob
  • Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob
  • Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob
  • Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator
  • Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator
  • Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator
  • Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator
  • Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator Central silo where is stored corn cobs that are transported to the supply tapes from bin to of thermal generator
  • Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob
  • Corn cobs inside the bin of thermal generator, in which is built level stat that signal to the supply tapes when empty and when filled Corn cobs inside the bin of thermal generator, in which is built level stat that signal to the supply tapes when empty and when filled
  • Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob Thermal generator UT 850 with the automated supply line which filled thermal generators basket with corn cob
  • Filling funnel which drains excavator using corn cobs to the main silo from which supply strip by to a given parameters to the thermal generator Filling funnel which drains excavator using corn cobs to the main silo from which supply strip by to a given parameters to the thermal generator
  • Installation of the main electrical command cabinets, by which managed with both installed thermal units type UT-850 (work is governed by all applicable safety standards by the operator) Installation of the main electrical command cabinets, by which managed with both installed thermal units type UT-850 (work is governed by all applicable safety standards by the operator)
  • Testing the operation of frequency inverters within the main electrical command cabinets Testing the operation of frequency inverters within the main electrical command cabinets
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
  • Automated corncobs combustion within combustion chamber into the thermal generator Automated corncobs combustion within combustion chamber into the thermal generator
     

Automated corncobs combustion within combustion chamber into the thermal generator

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Manufacturing & Commercial

11400 Mladenovac,
Kragujevačka 42 D
Tel 00381 11/6238 161;
00381 11/6238 160

e-mail: office@termoplin.rs
Website: www.termoplin.rs

Accounting and Finance

11420 Smederevska Palanka,
Ul. Majora Gavrilovića bb
Tel 00381 26/317 896