FURNACES AND BOILERS

Author: TOLARECHIPI TEJERÍA IÑAKI.
Year: 2006.
University: PAÍS VASCO [www.ehu.es].
Place of defense: ESCUELA TÉCNICA SUPERIOR DE INGENIERÍA.
Place of preparation: ESCUELA TÉCNICA SUPERIOR DE INGENIERÍA (BILBAO).

Summary: This memory project dissertation part of their commitments under the Kyoto Protocol, aiming to reduce CO2 emissions from the boiler wall gas. It will investigate the parameters that determine the correct alignment of all these assets without harming the comfort and indoor air quality, maintaining a competitive cost. In order to achieve this is to develop the next line of action. The study and development of condensing boilers with yields of 105% on ICP And that constitute an interesting environmental achievement, which is not implanted in the Basque Country. However, after reading the in-depth modeling and Holland and from thereon he was studying the changes and adjustments that will allow its safety and optimal adaptation to the characteristics of the Basque Country. This requires determining the characteristic curve of each housing or architectural investigation, which will allow us to know the temperature of water drive depending on the outside. The study is being developed with better suited to our homes fireplaces modular aluminum condensing boilers. All this bearing in mind the criteria developed by the laboratory Dutch GASTEC. Knowledge of the relationship between the demand for the heating system and instant performance of the boiler and this with the various losses that it will produce and their causes, will allow us to reduce and especially those of sensible heat of the smoke . They also discussed the impact on the overall performance of the facility's performance of seasonal heat generation, distribution, regulation and balance. And as a result of all these players and develop a general framework, which contains criteria to be applied in the proposed facilities and standards for implementation. This will ensure the implementation of these boilers with success.