Centre for Thermal Technique and Environment Protection operates within the Faculty of Mechanical and Civil Engineering in Kraljevo.
The Centre consists of two laboratories, Laboratory for Thermal Technique and Environment Protection and Laboratory for Noise. It was accredited by the Accreditation Body of Serbia according to the standard SRPS ISO/IEC 17025:2006.
The Centre for Thermal Technique and Environment Protection is authorized by the relevant Ministries of the Republic of Serbia for measuring the emission of pollution components in the area and measuring of noise.
The Centre has modern measuring equipment and professional staff for abovementioned activities.
Activities:
• Development of new energy efficiency systems for heat and electrical energy production
• Development of new systems for combined production of heat and electrical energy
• Substitution of gas fuel from solid ones by the methods of gasification and pyrolysis
• Increase of energy efficiency in energy production and expenditure
• Design of systems for renewable energy use (geothermal, solar, biomass energy, wind energy and water energy)
• Development of systems for environmental protection (protection of air, water, soil)
• Emission measurements and measurements for determining the energy plant balance
| Name | Host institution | |
|---|---|---|
Karamarković Vladan |
karamarkovic.v@mfkv.kg.ac.rs | Faculty of Mechanical and Civil Engineering Kraljevo |
| Karamarković Rade | Faculty of Mechanical and Civil Engineering Kraljevo | |
| Marašević Miljan | Faculty of Mechanical and Civil Engineering Kraljevo |
• Development of system for increasing the energy efficiency of rotary furnaces for calcination of dolomite
• Development of systems for intensification of heat exchange in glass industry
• Increase of the utility degree of water cooling plant (cooling tower)
• Development of systems for gasification of biomass with the process of direct and counter-direct gasification
• Rationalization of the use of heat energy using physical heat of condensates
• Design of mini hydro power plants (water intake with coupled side drain)
• Development of system for increasing energy efficiency in civil engineering
• Absorption processes for eliminating the sulphur oxide
| Resource Name | Type |
|---|---|
| Computer gas analyser | Equipment |
| Device for determining the solid particles concentrations | Equipment |
| Digital automatic device for tracking and calculation of thermodynamic parameters of flue gases | Equipment |
| Analytical scales | Equipment |
Mechanical engineering Environmental engineering Heat and electrical energy production Renewable energy sources Efficiency in energy production and consumption Substitution of gas fuels from solid ones Cogeneration of heat and power Environmental protection