péntek, 26 április 2024 - Ervin
Keresés:         
Research and development (R&D)
About us Staff Education Research Partnership
Guestbook

 
E-mail:
 
Address:
Bertalan Lajos u. 4-6.,
Building D, Room 105.,
Budapest, H-1111, HUNGARY
 
Mailing address:
Budapest POB. 91,
H-1521  HUNGARY
 
Telephone:
+36-1-463-1106
 
Fax:
+36-1-463-1708

Main  >  Research and development (R&D)

The research topics of the department
Professional field
 
In the field of HVAC, the accent is on comfort research, heat supply and heating systems, ventilation systems as well as gas and water supply, district heating and sewer systems. Within it, definition of requirements and technical parameters on the basis of probability theory and risk analysis is the priority research field. Research topics of the above HVAC systems are connected to system elements and issues of complex systems.
 
Any industry related to unit operations where material flows are transformed such as chemical industry, pharmaceutical and oil industries, environmental protection and biotechnology offer topics to research. Typical devices include separation columns, heat exchangers, mixers, tanks, pressure vessels and pipeline systems. Operations and equipment of heat and mass transfer, their construction and modelling, experimental testing, control and instruments belong to the foundation topics.

Research University projects:
·    Efficiency improvement of air conditioning systems
·    Technology and equipment development for decreasing SO2 and CO2 emission
 
Projects of scientific fund OTKA/research office NKTH:
·    Improvement of special new batch distillation processes and configurations
·    Supply of comfort spaces with high-quality air
·    Optimum design of new environment-friendly batch rectification systems
·    Examination of heat and mass transfer processes during convection drying
·    Research and development of new biological sewage purification equipment and technologies
 
Typical R&D projects:
·    Study of air conditioning, indoor air quality and thermal comfort of office buildings and hotels
·    Study of economical development of chilled water systems
·    Optimization of temperature schedule and parameters of district heating systems, mathematical modelling of heat storage
·    Building physical revision of a standard building, determination of dimensioning parameters of HVAC systems
·    Investigation of radiation asymmetry and impact of floor temperature causing thermal discomfort involving human subjects
·    Modelling of pressure distribution caused by wind around a building or building group
·    Capacity increase of a coke oven gas purification system
·    Capacity increase of recovery of methanol by distillation
·    Investigation of an active coal adsorber for solvent recovery
·    Experimental investigation of heat transfer and hydrodynamic characteristics of heat exchangers
·    Development of plastic rain water container/cistern
·    Pilot plant spray drying experiments

Printer-friendly version
Impressum Contacts