Description
The project refers to the thermal efficiency improvement of teaching and administrative building of the University of Warmia and Mazury at pl. Łódzki 3 in Olsztyn. Built in 1952, the building is a frame construction with concrete and aerated concrete walls. It has 5 stores and a basement, with total area 6,400 m2. The building does not conform to current energy-saving requirements. It consumes and loses much heat. Neither the modern aesthetic standards are met. The increased demand for heating increases CO2 emission to the atmosphere, which negatively affects the quality of life of the people living in the area. The purpose of the project is to improve energy efficiency of the one teaching and administrative building belonging to the University. The project foresees improving energy efficiency of the building. It will bring the total annual reduction of energy demand about 68% and will decrease CO2 emission by 66%. The objective of the project will be achieved by: • insulating the external walls roofs and attics • replacement of the door and window frames • modernisation of the heating system by installing new radiators with thermostats • installing LED lamps • modernisation of one connecting node. The beneficiaries of the project are the students and employees of the University.
Summary of project results
The project refered to the thermal efficiency improvement of teaching and administrative building of the University of Warmia and Mazury at pl. Łódzki 3 in Olsztyn. Built in 1952, the building is a frame construction with concrete and aerated concrete walls. The building ddin't meet current energy-saving requirements. It consumed and losed much heat. Neither the modern aesthetic standards were met. The increased demand for heating increased CO2 emission to the atmosphere, which negatively affected the quality of life of the people living in the area. Within the project the external walls, roofs and attics were insulated (over 3,7 thousands of m2 of partition) old windows and doors frames were replaced (almost 500). Heating node and installations were modernized by installing new radiators with thermostats. Interior lighting was exchanged for ecological one. Investment allowed to reduce CO2 emission (618 Mg/year). The beneficiaries of the project are the students and employees of the University.
Summary of bilateral results