MEDIA KIT

AEGIR Logo

PNG, 72 KB

AEGIR Flyer

PDF, 725 KB

AEGIR Roll-Up

PDF, 600 KB

Deliverables

Capacity Building Information Package on Hol.Assess

Implementation and development of a structured capacity building programme and engagement plan.
Task referred to: T8.1

Incremental envelope system design requirements

Definition of the requirements to be fulfilled by the incremental envelope system.
Task referred to: T4.1

CDE Requirements from design to operation

Common data environment requirements definition across the entire process.
Task referred to: T5.1

Sustainable requirements

Sustainable approach of the AEGIR solution based on the different regulations and approaches about circularity.
Task referred to: T2.3

Requirements and specifications of the solution

Main requirements and specifications for the design of the AEGIR solution.
Task referred to: T2.1

Procedures for the execution of the demonstrators

To develop the procedures which maps the demonstration process, the activities and the technical requirements that must be completed.
Task referred to: T7.1

1st Plan for dissemination and exploitation including C.A.

Definition of the first plan for dissemination and exploitation including communication activities.
Task referred to: T9.1

PUBLICATIONS & PRESENTATIONS

La madera en envolventes de edificios en el contexto del Pacto Verde Europeo

Author(s): Vanesa Baño, Uwe Kies, Javier García-Jaca, Julen Astudillo | Published in: 4º Fórum International de Construcción con Madera"" Editors:José Manuel Cabrero Ballarín and Ibán Carpintero López", 2024, ISBN 978-3-906226-63-7 | Publisher: Forum Holzbau, Bahnhofplatz 1, 2502 Biel, Schweiz | DOI: 10.5281/zenodo.11548890

Design principles for a Circular Built Environment

Author : Zabek, Magdalena | Design principles for a Circular Built Environment: Component requirements and design guidelines.

Development Process of a Biobased Envelope in the European Project BASAJAU+AEGIR

Author : Fuente, Marta | Contents the presentation "Development process of a biobased envelope in the European project BASAJAUN" (DOI: 10.5281/zenodo.7543996), and the presentation of the project AEGIR and its objectives.

AEGIR project: Circular economy and standardization measures

Authors : Zabek, Magdalena ; Konstantinou, Thaleia | Contents: Introduction: AEGIR project presentation Goal AEGIR circularity roadmap KPI for AEGIR Circular products for AEGIR

Wood in building envelopes in the context of the European Green Deal

Authors : Baño, Vanesa ; Kies, Uwe ; García-Jaca, Javier ; Astudillo, Julen | Keynote presentation during the "Forum Internacional de Construcción con Madera", 5-6 June 2024, Navarre, Spain. https://www.forum-maderaconstruccion.com/

AEGIR: A flexible façade renovation system enhancing energy performance and circularity

Authors : Zabek, Magdalena | Presentation at the Wood Policy and Innovation Conference on 7 Nov 2024 in Brussels. Full conference: https://wood4bauhaus.eu/conference-2024-brussels

Wood Policy and Innovation Conference: Europe's wood sector as a driver for the green and digital transition of the built environment. Conference Programme and Proceedings

The conference has been co-organised with support of the Horizon Europe project consortia NEB Academy Alliance (NEBA Alliance), EcoReFibre, AEGIR, and EUFORE and digiNEB. The entire conference is published online. The programme includes links to all speakers' contributions. Conference page: wood4bauhaus.eu/conference-2024 | Videos: bit.ly/wpic2024v | PDF repository: bit.ly/w4bz

Proposal of an effort-benefit diagram to compare unit and room air-change rates applied to a literature review

Authors : Auerswald, Sven (Researcher) ; Wagner, Andreas (Researcher) ; Henning, Hans Martins (Researcher) | This paper proposes a diagram to visualize how efficiently certain ventilation systems provide their unit air change rate as a room air change rate.

Circularity potential of building products. Material flow analysis of façade building components

Authors :Zabek, Magdalena ; Konstantinou, Thaleia ; Gálvez-Matos, José Luis