Denis Iglesias Garcia
denis.iglesias
2791764439
Iglesias Garcia
Denis
denis.iglesias-garcia@hesge.ch
fr
1
On
On
Id
2791764439{"id":7866226,"role":"ME","display":false,"displayRole":true,"displayFinancialPartner":true,"displayAcademicPartner":true,"displayProfessionalPartner":true,"collaborator":"denis.iglesias","project":{"translations":{"fr":{"id":19680,"title":"Airport Net Zero Demonstrator for Reengineered Operations of Mobility and Energy Networks. 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Leading organizations from science and industry formed an expert team to deploy optimized solutionsand circular economy concepts, aiming to reduce GHG emissions of buildings, energy networks, land- & airside operationsas well asaircraft fuel burn and airport ground access, using a three-tiered approach:\r\n-\tAssessment and modelling of existing infrastructures and procedures in order to substantially reduce the emissions and the impact of GHG and noise with technologies that are available today and can be economically implemented & scaled in a modular approach.\r\n-\tOptimizing existing and introducing new sources of energy and waste recycling approaches in a complementary system as a transition towards a net zero carbon footprint of European airports.\r\n-\tIntegrating the airport in current and new sustainable transport networks to promote public & individual mobility at regional scale and overcoming the intermodality obstaclesand social acceptance of the airport ecosystem and air travel in general.\r\nThe project putsspecial emphasis on the monitoring and impact assessment of realized innovations, taking account of the regulatory incentives required to achieve the net-zero goals. 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Leading organizations from science and industry formed an expert team to deploy optimized solutionsand circular economy concepts, aiming to reduce GHG emissions of buildings, energy networks, land- & airside operationsas well asaircraft fuel burn and airport ground access, using a three-tiered approach:\r\n-\tAssessment and modelling of existing infrastructures and procedures in order to substantially reduce the emissions and the impact of GHG and noise with technologies that are available today and can be economically implemented & scaled in a modular approach.\r\n-\tOptimizing existing and introducing new sources of energy and waste recycling approaches in a complementary system as a transition towards a net zero carbon footprint of European airports.\r\n-\tIntegrating the airport in current and new sustainable transport networks to promote public & individual mobility at regional scale and overcoming the intermodality obstaclesand social acceptance of the airport ecosystem and air travel in general.\r\nThe project putsspecial emphasis on the monitoring and impact assessment of realized innovations, taking account of the regulatory incentives required to achieve the net-zero goals. 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Leading organizations from science and industry formed an expert team to deploy optimized solutionsand circular economy concepts, aiming to reduce GHG emissions of buildings, energy networks, land- & airside operationsas well asaircraft fuel burn and airport ground access, using a three-tiered approach:\r\n-\tAssessment and modelling of existing infrastructures and procedures in order to substantially reduce the emissions and the impact of GHG and noise with technologies that are available today and can be economically implemented & scaled in a modular approach.\r\n-\tOptimizing existing and introducing new sources of energy and waste recycling approaches in a complementary system as a transition towards a net zero carbon footprint of European airports.\r\n-\tIntegrating the airport in current and new sustainable transport networks to promote public & individual mobility at regional scale and overcoming the intermodality obstaclesand social acceptance of the airport ecosystem and air travel in general.\r\nThe project putsspecial emphasis on the monitoring and impact assessment of realized innovations, taking account of the regulatory incentives required to achieve the net-zero goals. 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Il est donc primordial de demander l'avis des habitants pour d\u00e9terminer quelles sont, selon eux, les adaptations \u00e0 effectuer dans leur lieu de vie pour qu'ils puissent y r\u00e9sider le plus longtemps possible (3, 4). Les possibilit\u00e9s d'adaptation du logement sont multiples, des plus simples aux plus complexes. Un minimum d'am\u00e9nagements est par contre n\u00e9cessaire pour g\u00e9n\u00e9rer des effets sur la qualit\u00e9 de la vie. De plus, ces am\u00e9nagements m\u00e9ritent d'\u00eatre abord\u00e9s avec une attention particuli\u00e8re et de mani\u00e8re pluridisciplinaire pour qu'ils soient adapt\u00e9s aux besoins des habitants (5). Si ces \u00e9l\u00e9ments sont connus et d\u00e9crits, le b\u00e9n\u00e9fice des adaptations du logement en termes de sant\u00e9 et de qualit\u00e9 de vie a peu \u00e9t\u00e9 \u00e9valu\u00e9. Ce manque de connaissances repr\u00e9sente sans aucun doute un frein \u00e0 la mise en 'uvre d'un programme d'adaptation des logements aux besoins des personnes \u00e2g\u00e9es dans une perspective d'\u00ab aging in place \u00bb."},"en":{"id":10661,"title":"Habitat seniors : Adaptations du domicile du grand \u00e2ge \u00ab adga \u00bb","description":"Le projet Habitat Seniors s'inscrit dans un contexte sociod\u00e9mographique que connaissent tous les pays industrialis\u00e9s : le vieillissement de la population. Ce contexte soul\u00e8ve des enjeux majeurs en regard des strat\u00e9gies \u00e0 mettre en 'uvre pour promouvoir et favoriser l'autonomie, le bien-\u00eatre et la qualit\u00e9 de vie avec l'avanc\u00e9e en \u00e2ge (1). Le maintien \u00e0 domicile des personnes qui avancent en \u00e2ge, autrement dit l'\u00ab aging-in-place \u00bb, contribue \u00e0 ce que l'on qualifie de vieillissement r\u00e9ussi (2), pour autant que la meilleure ad\u00e9quation possible soit trouv\u00e9e entre les ressources dont disposent les individus concern\u00e9s et les contraintes ou opportunit\u00e9s pr\u00e9sentes dans leur contexte de vie (3).\r\nLes besoins qui permettent un maintien \u00e0 domicile peuvent varier en fonction des capacit\u00e9s fonctionnelles de la personne, de son lieu et de ses conditions de vie (seule ou en couple), de ses habitudes et de sa culture. Il est donc primordial de demander l'avis des habitants pour d\u00e9terminer quelles sont, selon eux, les adaptations \u00e0 effectuer dans leur lieu de vie pour qu'ils puissent y r\u00e9sider le plus longtemps possible (3, 4). Les possibilit\u00e9s d'adaptation du logement sont multiples, des plus simples aux plus complexes. Un minimum d'am\u00e9nagements est par contre n\u00e9cessaire pour g\u00e9n\u00e9rer des effets sur la qualit\u00e9 de la vie. De plus, ces am\u00e9nagements m\u00e9ritent d'\u00eatre abord\u00e9s avec une attention particuli\u00e8re et de mani\u00e8re pluridisciplinaire pour qu'ils soient adapt\u00e9s aux besoins des habitants (5). Si ces \u00e9l\u00e9ments sont connus et d\u00e9crits, le b\u00e9n\u00e9fice des adaptations du logement en termes de sant\u00e9 et de qualit\u00e9 de vie a peu \u00e9t\u00e9 \u00e9valu\u00e9. Ce manque de connaissances repr\u00e9sente sans aucun doute un frein \u00e0 la mise en 'uvre d'un programme d'adaptation des logements aux besoins des personnes \u00e2g\u00e9es dans une perspective d'\u00ab aging in place \u00bb."},"de":{"id":10662,"title":"Habitat seniors : Adaptations du domicile du grand \u00e2ge \u00ab adga \u00bb","description":"Le projet Habitat Seniors s'inscrit dans un contexte sociod\u00e9mographique que connaissent tous les pays industrialis\u00e9s : le vieillissement de la population. Ce contexte soul\u00e8ve des enjeux majeurs en regard des strat\u00e9gies \u00e0 mettre en 'uvre pour promouvoir et favoriser l'autonomie, le bien-\u00eatre et la qualit\u00e9 de vie avec l'avanc\u00e9e en \u00e2ge (1). Le maintien \u00e0 domicile des personnes qui avancent en \u00e2ge, autrement dit l'\u00ab aging-in-place \u00bb, contribue \u00e0 ce que l'on qualifie de vieillissement r\u00e9ussi (2), pour autant que la meilleure ad\u00e9quation possible soit trouv\u00e9e entre les ressources dont disposent les individus concern\u00e9s et les contraintes ou opportunit\u00e9s pr\u00e9sentes dans leur contexte de vie (3).\r\nLes besoins qui permettent un maintien \u00e0 domicile peuvent varier en fonction des capacit\u00e9s fonctionnelles de la personne, de son lieu et de ses conditions de vie (seule ou en couple), de ses habitudes et de sa culture. Il est donc primordial de demander l'avis des habitants pour d\u00e9terminer quelles sont, selon eux, les adaptations \u00e0 effectuer dans leur lieu de vie pour qu'ils puissent y r\u00e9sider le plus longtemps possible (3, 4). Les possibilit\u00e9s d'adaptation du logement sont multiples, des plus simples aux plus complexes. Un minimum d'am\u00e9nagements est par contre n\u00e9cessaire pour g\u00e9n\u00e9rer des effets sur la qualit\u00e9 de la vie. De plus, ces am\u00e9nagements m\u00e9ritent d'\u00eatre abord\u00e9s avec une attention particuli\u00e8re et de mani\u00e8re pluridisciplinaire pour qu'ils soient adapt\u00e9s aux besoins des habitants (5). Si ces \u00e9l\u00e9ments sont connus et d\u00e9crits, le b\u00e9n\u00e9fice des adaptations du logement en termes de sant\u00e9 et de qualit\u00e9 de vie a peu \u00e9t\u00e9 \u00e9valu\u00e9. Ce manque de connaissances repr\u00e9sente sans aucun doute un frein \u00e0 la mise en 'uvre d'un programme d'adaptation des logements aux besoins des personnes \u00e2g\u00e9es dans une perspective d'\u00ab aging in place \u00bb."}},"id":65139,"acronym":"ADGA_Dev_Leenaards","mainTitle":"Habitat seniors : Adaptations du domicile du grand \u00e2ge \u00ab adga \u00bb","mainDescription":"Le projet Habitat Seniors s'inscrit dans un contexte sociod\u00e9mographique que connaissent tous les pays industrialis\u00e9s : le vieillissement de la population. Ce contexte soul\u00e8ve des enjeux majeurs en regard des strat\u00e9gies \u00e0 mettre en 'uvre pour promouvoir et favoriser l'autonomie, le bien-\u00eatre et la qualit\u00e9 de vie avec l'avanc\u00e9e en \u00e2ge (1). 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For this purpose the ALL4CHANGE project is moving forward with THIRTEEN Innovation Elements that 1) represent integrative targets for different work packages, and 2) provide technical, process and social solutions for demonstrational constructions. The ALL4CHANGE project includes five demonstrational district construction manoeuvers in different European regions representing also different climate zones (Finland, Hungary, Italy, Norway and Switzerland). These include deep renovations, new building construction, building upgrades and neighborhood developments for demonstrating the capabilities of technologies with improved readiness levels achieved as results. Moreover, social and process innovations are to be demonstrated for having different stakeholders engaged not only for the co-creation of constructions but also for post occupation stage with maintenance and use. 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From the successful wide range systemic innovations, we have learned that those need to be continuous and connected. This can be explained using metaphor Vortex-of-change where different actors and factors are causing accelerating velocity and magnitude of desirable change towards Sustainable Green Buildings and Neighbourhoods (SGBN). For this purpose the ALL4CHANGE project is moving forward with THIRTEEN Innovation Elements that 1) represent integrative targets for different work packages, and 2) provide technical, process and social solutions for demonstrational constructions. The ALL4CHANGE project includes five demonstrational district construction manoeuvers in different European regions representing also different climate zones (Finland, Hungary, Italy, Norway and Switzerland). These include deep renovations, new building construction, building upgrades and neighborhood developments for demonstrating the capabilities of technologies with improved readiness levels achieved as results. Moreover, social and process innovations are to be demonstrated for having different stakeholders engaged not only for the co-creation of constructions but also for post occupation stage with maintenance and use. Each demonstration has also neighbourhood dimension expanding the views over single building to cover local activities, traffic, services and collaboration between occupants. The consortium combines leading REC large companies,SMEs, municipalities as owners of demo sites and universities."},"de":{"id":19667,"title":"Creating Vortex-of-change for Sustainable Green Buildings and Neighbourhoods. 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For this purpose the ALL4CHANGE project is moving forward with THIRTEEN Innovation Elements that 1) represent integrative targets for different work packages, and 2) provide technical, process and social solutions for demonstrational constructions. The ALL4CHANGE project includes five demonstrational district construction manoeuvers in different European regions representing also different climate zones (Finland, Hungary, Italy, Norway and Switzerland). These include deep renovations, new building construction, building upgrades and neighborhood developments for demonstrating the capabilities of technologies with improved readiness levels achieved as results. Moreover, social and process innovations are to be demonstrated for having different stakeholders engaged not only for the co-creation of constructions but also for post occupation stage with maintenance and use. 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From the successful wide range systemic innovations, we have learned that those need to be continuous and connected. This can be explained using metaphor Vortex-of-change where different actors and factors are causing accelerating velocity and magnitude of desirable change towards Sustainable Green Buildings and Neighbourhoods (SGBN). For this purpose the ALL4CHANGE project is moving forward with THIRTEEN Innovation Elements that 1) represent integrative targets for different work packages, and 2) provide technical, process and social solutions for demonstrational constructions. The ALL4CHANGE project includes five demonstrational district construction manoeuvers in different European regions representing also different climate zones (Finland, Hungary, Italy, Norway and Switzerland). These include deep renovations, new building construction, building upgrades and neighborhood developments for demonstrating the capabilities of technologies with improved readiness levels achieved as results. Moreover, social and process innovations are to be demonstrated for having different stakeholders engaged not only for the co-creation of constructions but also for post occupation stage with maintenance and use. Each demonstration has also neighbourhood dimension expanding the views over single building to cover local activities, traffic, services and collaboration between occupants. 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