Generating PDF document
Please, wait a moment
Too much time loading?
Reload the page and try again.
Please, wait a moment
Too much time loading?
Reload the page and try again.
Description
Analysis of the existing indoor environmental pollution, either physical, chemical or biological. Furthermore, the ventilation level of the air conditioning systems is analysed, since low ventilation means an increase in the concentration of indoor pollutants, and too much ventilation increases energy consumption. Within this research line, we also conduct asessments on life cycle and environmental costs of buildings and facilities.Other information
Number of researchers:
6
Development status:
Commercialized or in the market
Differentiation in the market:
Quality
Applicability of technology:
Yes
Companies and markets:
Building industry. Industrial sector focused on the manufacturing of machines and development of processes related to thermal engineering.
Additional Information:
UNESCO Code:
3310 - Industrial technology
Other members:
Julio Francisco San José Alonso
Ana Tejero González
See more
María del Rosario Patiño Molina
.png)
The Ventilation Laboratory is located in the Higher Technical School of Architecture of the University of Valladolid. Its purposes are framed in research and innovation activities for the control and management of air quality in buildings. The study ... Read more >
Development and optimization of new technologies for air conditioning systems to decrease the environmental impact of the buildings' air conditioning and heating systems. The activity of this research line is divided into different areas of study: - ... Read more >
AIMSThe aims of the Research Group are:a) Reduce the energy consumption in buildings, decreasing the environmental impact due to energy use, by implementing alternative and renewable energies, energy recovery methodologies and colla... Read more >
Development of simulation models, calculation and planning of thermal installations, energy audits, environmental audits on indoor environmental quality, thermal comfort and indoor air quality, feasibility studies for cogeneration and trigeneration p... Read more >
