
The technological information office at Bilbao Airport
Bed4 U Hotel in Pamplona
Pneumatic Waste Collection system in Pamplona’s Historical Quarter
“Reyno de Navarra Arena” Multipurpose Pavilion
Building for the Government of Navarra’s Dept. of the Environment
Industrial building for Xial Domotecnología, S.L.
Sunsundegui
Concrete Plant inside Industrial Building in Olaberria
Museum of the Running of the Bulls and San Fermin
Factory premises for Acciona Blades in Lumbier
Prefabricated residential construction plant
Senda Viva
Agro-alimentary City of Tudela
University Clinic of Navarre
Spanish Pavilion for the Expo 2008
Industrial Kitchen work for Horno Artesano
Head offices of Gamesa Eólica
Headquarters of Acciona Solar in Sarriguren
Water Leisure Centre in Cascante
Miguel Induráin Sports Centre
Señorío de Bértiz Natural Park
Factory premises for Berlys in Tajonar
IEM
Royal and General Archive of Navarre
Civican
Sarriguren Development
Factory premises for Icer Brakes
Mendillorri Development
Polo Park
Paint shop for Volkswagen Navarra S.A.
Computer process simulation for Volkswagen Navarra
Factory premises for Heinz Ibérica in Alfaro (La Rioja)
Arazuri Orcoyen Industrial Area
Pedestrianization of the Old Quarter of Pamplona
Industrial Barranquesa
Factory premises for Gamesa Eólica in Pamplona
Mairaga District Water Treatment Plant
Urban infraestructures of Iraizoz
Spanish Pavilion for the Expo 2008
2008
Iturralde y Sagüés Ingenieros in collaboration with the CENER-CIEMAT foundation, developed the project for the technical installations at the Spanish Pavilion for the "Water and Sustainable Development" International Exhibition 2008 held at Zaragoza.
The Pavilion designed by Francisco Mangado is a low-energy building, with regard to the construction materials and systems employed, and to the high standard of energy efficiency achieved by the proposed installations.
Due to the importance given to the use of Water in the Exhibition theme, this resource played a key role in the Pavilion installations. As a result:
- Aerators were used in the plumbing network to reduce water consumption.
- The exterior waiting and queuing area featured what has come to be known as "microclimate generating columns". This adiabatic cooling system shows how it is possible to use water to cool the surroundings, by forcing the movement of air containing vaporised water which wets the interior of some of the ceramic columns.
- The rain water is conducted through downpipes located in the core of non-structural columns and is collected for use in the Pavilion's ponds and to provide the water required for the operation of the "microclimate generating columns".
The Pavilion was also equipped with PV panels, even though this panel installation was not a mandatory requirement at the time when the project was drafted.