C O N T E N T S
C O N T E N T S
C O N T E N T S
- No tags were found...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
METHODOLOGY FOR CALCULATION OF ADDED VALUE<br />
GENERATED BY ENERGY EFFICIENCY<br />
by<br />
DANIELA POPESCU, SVEN BIENERT and CHRISTIAN<br />
SCHÜTZENHOFER<br />
Abstract. The paper presents a method to be used for estimation of<br />
value of buildings, by including energy efficiency aspects. The method is<br />
based on calculation of the added value generated by costs of potential<br />
energy savings. A case study, based on real-estate market data from the<br />
city of Iasi is presented. The results confirm that by taking into<br />
consideration costs of potential energy savings in valuation procedure,<br />
the estimated value of properties is calculated more correctly.<br />
Key words: Energy Performance Certificate, valuation, sales<br />
comparison approach, energy savings.<br />
JET OF MIST WARM WATER BEHAVIOUR IN INTERACTION<br />
WITH HYDROCARBON FLAME<br />
by<br />
ALEXANDRU CHISACOF, DRAGOS PAVEL and VALERIU<br />
PANAITESCU<br />
Abstract. The paper presents the theoretical and experimental<br />
aspects concerning the jet using the mist of warm water for the<br />
hydrocarbon flame extinguish. In the first part of the work are shown the<br />
specific theoretical aspects concerning the liquid phase evaporation in a<br />
surrounding as a function of the humidity and temperature. This fact<br />
generates a change of the atmosphere temperature and composition.<br />
Based on these particularities of the droplet evaporation processes, an<br />
experimental bench was developed. The influence of the liquid<br />
temperature on the fineness spray atomisation in the surrounding was<br />
exposed. The elements resulting from the experimental tests as the jet<br />
development and evaporation were exposed. The experiment suggests<br />
that the liquid phase in contact with the flame evaporates<br />
instantaneously. Consequently, due to the huge volume of vapor, the<br />
oxygen concentration in the mixture might falls under the ignition limit.