Since 2007, TERMOMATIK-TOPLOTEHNIKA d.o.o. is engaged in commissioning of the blast furnace plant and converter steel plant (integrated steel production)  within the steel factory in Zenica – ARCELORMITTAL ZENICA d.o.o.

Since 2011, the refractory maintenance of units within the Blast Furnace Department and Steel Plant Department of the company ARCELORMITTAL ZENICA d.o.o. is regulated by Annual Contract.

Regular refractory maintenance of all furnaces in AMZ Department Rolling Mills is regulated through Annual Purchase Orders.

Initial installation of refractory materials into 100to Electric Arc Furnace (EAF) and refractory lining of the Settling Chamber and Line Chamber facilities (in 2004)

Initial installation of refractory materials into blast furnace and steel plant units and facilities during the recommissioning of the steel factory integrated production (in 2007 and 2008)

Routine maintenance and overhaul of all units within the Blast Furnace and Steel Plant Departments (since 2008), maintenance and overhaul of furnaces within the Rolling Mills Department, maintenance of the coke oven doors within the Department Coke Plant and refractory maintenance of the boiler within the Department Energy Plant (within the aforementioned works, the installation of cca. 8.500 tonnes of refractory and insulating materials is carried out in the course of one year)

Major overhauls of Hot Blast Stoves (HBS) No. 2 and No. 3 – Design Documentation by PAUL WURTH REFRACTORY & ENGINEERING GmbH; cca. 5.200 tonnes of refractory materials were dismantled and installed (in 2008 and 2013, respectively)

Capital overhauls of the 1.300 to Hot Metal Mixers within the Steel Plant Department – Design Documentation by RHI MAGNESITA (former RHI AG); cca. 500 tonnes were dismantled and cca. 1.800 tonnes of refractory materials were installed (in 2008, 2011, 2015 and 2018)

General overhaul of the Blast Furnace No. 4 within the Department Blast Furnace, in 2018, which included unloading and warehousing of materials, prefabrication of cooling staves, demolition and re-installation of refractory and other materials into casthouse, hot blast main, bustle main and blast furnace. MORE DETAILS

GIRK KALUN d.d. Drniš, Croatia
Annual overhauls of annular shaft kilns no. 1 and no. 2  for lime production (since 1999)

INGRAM d.d. Srebrenik, Bosnia and Herzegovina
Annual overhauls of multi-chamber shaft kilns no. 1, no. 2 and no. 3 for lime production (1999-2006)

CALUCEM d.o.o. Pula, Croatia
Major overhaul of the white cement kiln refractory lining (2008)

ŽELJEZARA (FOUNDRY) ILIJAŠ d.d. Ilijaš, Bosnia and Herzegovina
Overhauls of the electric-arc furnace and the bogie hearth furnace refractory linings (2000-2011)

ENKER d.d. Tešanj, Bosnia and Herzegovina
Overhauls of the high-temperature bell-type furnace and tunnel furnaces refractory linings (2001, 2003)

THERMAL POWER PLANT TUZLA, Tuzla, Bosnia and Herzegovina
Annual overhauls of the power plant boilers refractory linings (2004-2008)

CANTONAL HOSPITAL ZENICA, Zenica, Bosnia and Herzegovina
KONJUH d.d. Živinice, Bosnia and Herzegovina
JADRINA d.o.o. Gračanica, Bosnia and Herzegovina
BIRA d.d. Bihać, Bosnia and Herzegovina
PALAVRA d.o.o. Nova Bila, Bosnia and Herzegovina
LIVTEX d.o.o. Livno, Bosnia and Herzegovina
Overhauls of the hot water and the steam boilers refractory linings (since 2000)

THERMAL POWER PLANT OSLOMEJ, Kičevo, Macedonia
THERMAL POWER PLANT BITOLA, Bitola, Macedonia
THERMAL POWER PLANT KAKANJ, Kakanj, Bosnia and Herzegovina
Refractory lining of thermal power plant chimneys (2014)

TRZ HADŽIĆI d.d. Hadžići, Bosnia and Herzegovina
Design and construction of Makrolon® treatment furnace (2000)

BH STEEL – ŽELJEZARA ZENICA d.o.o. Zenica, Bosnia and Herzegovina
Design, supply of materials and construction of the 60 to bogie hearth furnace “K-9” high-temperature refractory insulation (2001)
Design, supply of materials and construction of the 100to bogie hearth furnace “Ž-25-B” high-temperature refractory insulation (2002)
Design, supply of materials and construction of the high-temperature refractory insulation for the DANIELI type continuous furnace within the Rolling Mills Department (2004)
Development of the design documentation for the overhauls of hot metal mixers and hot blast stoves

ŽELJEZARA (FOUNDRY) ILIJAŠ d.d. Ilijaš, Bosnia and Herzegovina
Design, supply of materials and construction of the refractory lining for the 5 to electric-arc furnace (2001)
Design, supply of materials and construction of the refractory lining for the 40 to hearth furnace bogie (2004)

FORESTER d.o.o. Sarajevo, Bosnia and Herzegovina
Design, supply of materials and construction of the refractory lining for the 100 kg/h forging furnace (2004)

FACULTY OF MECHANICAL ENGINEERING, Sarajevo, Bosnia and Herzegovina
Design, supply of materials and construction of the automated tubular reactor for the analysis of the biomass and coal incineration parameters with the operating temperature up to 1.550 ^oC (2005)

UNIS PRETIS NIS d.d. Vogošća, Bosnia and Herzegovina
Design, supply of materials and construction of the refractory lining for the 1.200 kg/h pusher-type furnace (2005)

UNIVERZAL PROGRES d.o.o. Visoko, Bosnia and Herzegovina
Design, supply of materials and the construction of the 10 kg/6,3 kW aluminum melting furnace (2005)
Design, supply of materials and the construction of the 180 l/12 kW heat treatment furnace (2006)

NT FORGING d.o.o. Novi Travnik, Bosnia and Herzegovina
Design, supply of materials and the construction of the refractory lining for the 1.500 kg/h forging furnace (2011)

UNIS TOK d.o.o. Kalesija, Bosnia and Herzegovina
Design, supply of materials and the construction of the refractory lining for the 11.500 kg/day continuous tunnel kiln (2011)

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In order to produce special shapes from refractory concretes and masses, the company TERMOMATIK-TOPLOTEHNIKA has built a production and dryout line.

The production line is placed in premises built for this purpose (hall and storage space), equipped with tools required for prefabrication (counterflow mixers, vibrating tables, pin vibrators and bridge crane) and the dryout chamber furnace with a capacity of 1.200 kg/day.

The dryout process is monitored in real-time via HERALD IIoT Platform, which provides information on the current situation and allows immediate interventions during the dryout – on site or through the computer or mobile application.

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