FoAM-BUILD Functional adaptive nanomaterials and technologies for energy efficient buildings
The FoAM-BUILD project will develop thermoplastic particle foam using newly developed raw materials, additives and process set-ups. A nano-scaled structure will be used for the particle foam cell morphology to achieve the targeted insulation behaviour; new polymer blends and nano-scaled nucleating agents in combination with a new high pressure drop rate expansion process will be developed to realise the nano-cellular foam.
Project Coordinator: Christoph Mack Number: (49) 721 4640-721 Email:
christoph.mack@
ict.fraunhofer.de Web:
www.foambuild.eu
H
H-HOUSE Healthier life with eco-innovative components for housing
The project aims to develop a number of new building systems suited to a society where environmental awareness and a high degree of living comfort are both required. The concept of the project is to develop new building components for external and internal walls for new buildings and for renovation.
Project Coordinator: Katarina Malaga Email:
katarina.malaga@
cbi.se Web:
www.h-house-project.eu
HERB The holistic energy-efficient retrofit of buildings project
Herb Project aims at the creation of a framework of demonstration and dissemination of very innovative and cost-effective energy efficiency technologies for the achievement of very low energy new buildings creation of a framework of demonstration and dissemination of very innovative and cost-effective energy efficiency technologies for the achievement of very low energy new buildings.
Project Coordinator: David Tetlow Email:
david.tetlow@nottingham.ac.uk Web:
www.euroretrofit.com
HOLISTEEC Holistic and optimised life-cycle integrated support for energy-efficient building design and construction
The HOLISTEEC project aims at providing the European AEC/FM industry with a comprehensive design approach taking into account the whole building life-cycle and the influence of the neighborhoods, with the objective to make a decisive contribution to built environment energy efficiency improvement.
Project Coordinator: Elisabetta Delponte Number:39 010 3628148 Email:
elisabetta.delponte@
dappolonia.it Web: :
www.holisteecproject.eu
I
INDICATE Indicator-based interactive decision support and Information exchange platform for smart cities
This research project has identified a number of industrial, economic, scientific and technical barriers that need to be examined as part of the development of the INDICATE decision support tool. To address the industrial and economic barriers identified in this and the achieve the final overall goal of the project.
Project Coordinator: Aidan Melia Number: 353 (0) 1875 0104 Email: pmanagement@indicate-
smartcities.eu Web:
www.indicate-smartcities.eu
iNSPiRe Development of systemic packages for deep energy renovation of residential and tertiary buildings including envelope and systems
iNSPiRe is a four-year, EC-funded project aims to tackle the problem of high-energy consumption by producing systemic renovation packages that can be applied to residential and tertiary buildings. This project sees the collaboration of 24 partners across nine work packages from the combined fields of research and development, industry, small business and not-for-profit organisations.
Project Coordinator: Roberto Fedrizzi Email:
roberto.fedrizzi@eurac.edu Web:
www.inspirefp7.eu
M
MEM4WIN Ultra-thin glass membranes for advanced, adjustable and affordable quadruple glazed windows for zero- energy buildings
MEM4WIN is a collaborative research project of 13 partner institutions from science and industry funded under the 7th Framework Programme for Research and Technological Development of the European Commission.
With the introduction of quadruple glazing with ultra-thin glass membranes and the development of advanced technologies for smart windows the MEM4WIN consortium will demonstrate that the envisaged modular advanced, adjustable and affordable window system enables the erection of zero-energy buildings.
Project Coordinator: Leopold Mader Number: 43 7477 405-5916 Email:
leopold.mader(at)
lisec.com Web:
www.mem4win.com
N
NEED4B New energy efficient demonstration for buildings
The overall objective of the project is to develop an open and easily replicable methodology for designing, constructing, and operating new low energy buildings, aiming to a large market uptake. NEED4B methodology will be validated and refined by a strong demonstration programme, envisaging the construction of 27.000 m2, spread among five demo sites covering different climatic zones, buildings types and uses, what ensures replicability of the project results and guarantees their impact in the construction sector.
Email:
need4b@fcirce.es Web:
www.need4b.eu
60
Insight Publishers | Projects
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