Analysis of life cycle assessment of wooden construction
Analysis of life cycle assessment of wooden construction
Data
2013
Autorzy
Mackiewicz, Monika
Tytuł czasopisma
ISSN czasopisma
Tytuł tomu
Wydawca
Państwowa Szkoła Wyższa im. Papieża Jana Pawła II w Białej Podlaskiej
Streszczenie
Unfortunately, rapid development of new products and manufacturing processes
in the modern world, generate more and more negative impact on the natural
environment. Therefore, there is a necessity for comprehensive methods of
environmental impact assessment, based on the methodology adopted by the
international organizations. One of such a methods is Life Cycle Assessment (LCA).
This is a relatively new technique of environmental management, which involves
particular product assessment in terms of environmental effects, during its entire
life cycle. The main goal of this method is a comparative analysis and optimization
of production to minimize negative environmental impacts in different phases
of product’s production, exploitation and elimination. Life Cycle Assessment
concerns many areas of human activity, including the civil engineering, which is
one of the largest sectors of the economy and of raw materials flow as well.
In this thesis an analysis of life cycle of small wooden construction using the
environmental Life Cycle Assessment method has been presented. The scale
and type of negative environmental impacts generated during the life cycle of
the construction have been analyzed. The analysis has been carried out by using
the computer program Sima Pro 7. In this program all particular elements and
production processes of wooden construction have been verified. The stages
starting from the growth of trees in the forest, treatment of wood, through assembly,
till demolition and waste utilization, have been taken into consideration. The
processes with the most adverse environmental effects were found. Conclusions
concerning the performed analysis have been formulated.
Opis
Słowa kluczowe
Life Cycle Assessment (LCA),
sustainable development,
sustainable
civil engineering,
wooden construction