Thermal efficiency improvement of buildings housing the town hall, primary school and middle school in Wierzchowo as well as a school complex in Świerczyna

Project facts

Project promoter:
community Wierzchowo
Project Number:
PL04-0057
Target groups
Children ,
Staff from enterprises involved in teaching/education/training activities
Status:
Completed
Initial project cost:
€476,439
Final project cost:
€471,926
From EEA Grants:
€ 373,522
The project is carried out in:
Zachodniopomorskie

Description

In Poland, many old buildings need thermal efficiency improvement. The manner in which heat is provided for these buildings needs to be changed. A move from coal to gas heating will be beneficial for the environment, as improved insulation of walls will save energy needed to heat the buildings. The objective of this project is to improve the central heating of buildings and provide new and better insulation of walls. The aims of the project are the reduction of carbon dioxide emissions into the atmosphere and the improvement of thermal efficiency. This will be achieved through the thermal efficiency improvement of buildings belonging to the town hall, primary school and middle school in Wierzchowo, as well as the school complex in Świerczyna. the people that life in Wierzchowo and the children that are studying in the schools in Wierzchowo and Świerczyna are expected to benefit from the project.

Summary of project results

Beneficiary wanted to improve the central heating of buildings in Wierzchowo Municipality and to provide new and better insulation of walls. General aim of the project was reduction of carbon dioxide emissions into the atmosphere. Thermomodernisational works covered 4 public utility buildings (including schools). Within the project over 6,9 of m2 of partition were insulated, 74 windows and doors were replaced. 8 interior instalations were modernised and 4 new boilers installed. Auxiliary power devices were replaced for energy efficient. In the buildings mounted were energy management systems. Investment allowed to reduce CO2 emission (2133 Mg/year).

Summary of bilateral results