Titlebook: Nearly Zero Energy Building Refurbishment; A Multidisciplinary Fernando Pacheco Torgal,Marina Mistretta,Luisa F. Book 2013 Springer-Verla

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Life Cycle Energy Performance Evaluation,directed to assess and reduce this energy use, and future refurbishment projects might aim for ‘zero-energy’ buildings. As this goal is progressively approached, buildings generally often employ an increasing amount of materials and systems, to the point that the energy associated with these, the so

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Refurbishment Scenario to Shift Nearly Net ZEBs Toward Net ZEB Target: An Italian Case Study,energy efficiency of building equipment and appliances, and of the thermal insulation of envelope components, and enhancing the on-site energy generation, by means of renewable energy sources, to cover the annual building energy loads. In this chapter, the energy and environmental performances of an

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A Multiple-Case Study of Passive House Retrofits of School Buildings in Austria,imate change, and at the same time, improving energy security. The concept of “nearly zero energy buildings” gives an indication of what is considered achievable, and this has now been widely demonstrated for new buildings of all kinds. However, the large number of buildings that have already been b

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State of the Art on Retrofit Strategies Selection Using Multi-objective Optimization and Genetic Alumption, environmental impact, and occupant well-being. Careful long-term decisions in the retrofit and operation of buildings can significantly improve their thermal performance and thus reduce their consumption of energy. Moreover, they can improve indoor environmental quality in buildings. Altern

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Toxicity Issues: Radon,on systems (SDS) seems to be more cost-effective than the use of protection measures installed during construction like radon-barrier membranes which have a significant failure rate. Since radon concentration is very dependent on the air change rate (ACH), it is important to maintain adequate air ve

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Ventilation: Thermal Efficiency and Health Aspects,ergy required for this. The first section of the chapter elaborates on the adverse effects stemming from airborne pollution: why do we need fresh air? The next section than explores the specific merits and limitations of ventilation as a strategy to renew air, while the last section focuses on the d

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Insulation Materials Made with Vegetable Fibres,tilization of insulation materials made from vegetable fibres for near zero energy buildings, this chapter presents a summary of physical, mechanical and chemical characteristics of vegetable fibres incorporating building insulating properties with recommendations and suggestions. Subsequently, rele