Mobility

Towards sustainable airport areas
Dans un contexte de mondialisation croissante des échanges, d’intensification des flux internationaux de marchandises et de personnes, et de hausse globale du trafic aérien qui en découle, les aéroports internationaux constituent des atouts stratégiques pour le développement et l’attractivité des pays et territoires qui les accueillent et qu’ils desservent. La présence d’une place aéroportuaire génère des interactions multiples, entrainant des externalités positives (retombées économiques en termes d’emplois, fiscalité locale, desserte en transports…) ou inversement négatives : pollution atmosphérique, nuisances sonores, congestion...
In a context of increasing globalisation of trade, increasing international flows of goods and people, and the resulting global increase in air traffic, international airports are strategic assets for the development and attractiveness of the countries and territories that host and serve them. International airports and their surrounding areas are of increasingly strategic importance for the development of the metropolitan regions they serve. They are also evolving and becoming distinctive economic and urban places in their own right. At the same time, airport activity has a significant impact on the surrounding environment and generates positive externalities such as economic spin-off in terms of employment opportunities, taxes paid from airport business, transport services, etc. or negative externalities such as air pollution, noise, traffic congestion or agricultural land consumption, etc. Airport areas therefore face many challenges of their own, which need to be addressed at this territorial scale.
 
The Institut Paris Region launched the « sustainable airports” initiative in 2015 with the support of the NGO Metropolis. Three workshops on this theme were organized between Paris and Atlanta. This report stems from this initiative. It is divided into seven thematic chapters, dealing with the major challenges for sustainable airports, making recommendations and highlighting good practices, basing itself on the collective work carried out by the workshops ‘participants and additional research led by the project team.
Recyclean®: an exclusive process for reusing polluted roads
L’économie circulaire est déterminante pour l’avenir du BTP car elle contribue à préserver les ressources et à mieux gérer les déchets. Elle s’inscrit pleinement dans la transition écologique et l’innovation, deux des piliers du plan stratégique d’Eiffage.
 
Ainsi Eiffage Route a mis au point Recyclean®, un procédé exclusif de réemploi des chaussées polluées, notamment par des hydrocarbures aromatiques polycycliques (HAP) qui s’inscrit pleinement dans cette stratégie. Recyclean® permet de régénérer ce type de chaussées et de retraiter les matériaux existants. Cette solution ne génère pas de déchets, ni de...
The circular economy is crucial for the future of construction because it helps preserve resources and better manage waste. It is fully in line with the ecological transition and innovation, two of the pillars of Eiffage's strategic plan.
 
So Eiffage Route has developed Recyclean®, an exclusive process for reusing polluted roadways, including polycyclic aromatic hydrocarbons (PAHs), which is fully part of this strategy. Recyclean® allows this type of roadway to be regenerated and existing materials to be reprocessed. This solution generates no waste or landfill costs for polluted materials and fully meets the Energy Transition for Green Growth Act (LTECV) of 2015, which aims, among other things, to reduce the amount of waste admitted in storage facilities by 30% by 2020 compared to 2010, and 50% by 2025.
 
Ecologically and socially virtuous, the Recyclean® process avoids using new materials on construction sites as well as movements of trucks loaded with polluted materials. Recyclean® is also more economical because it avoids both the transport and the systematic landfilling of these materials.
Industrial demonstrators for the sustainable city: Rêve de Scènes Urbaines
Le démonstrateur industriel pour la ville durable Rêve de Scènes urbaines, piloté par VINCI, Véolia et Artelia, propose une démarche originale de coopération entre les acteurs publics et privés de la ville pour expérimenter et produire des solutions urbaines innovantes. Il s’inscrit initialement dans un territoire en constante mutation, Plaine Commune, lui-même situé au cœur du Grand Paris.
 
Pour fonctionner, le démonstrateur s’appuie sur un écosystème ouvert, dont les objectifs sont de mettre en œuvre :
  • une plate-forme partenariale d’innovation urbaine,
  • un Living lab...
The industrial demonstrator for the sustainable city Rêve de Scènes Urbaines (Dream of Urban Scenes), led by VINCI, Véolia and Artelia, offers an original approach with cooperation between public and private stakeholders in the city to experiment and produce innovative urban solutions. It is initially part of a constantly changing region, Plaine Commune, itself located in the heart of Greater Paris.
 
To function, the demonstrator relies on an open ecosystem whose objectives are to implement:
  • a partnership platform for urban innovation,
  • a Living Lab of rebuilding the city on itself,
  • a showcase of the city's French know-how in the Plaine Commune region.
 
Every year, 150 ideas are collected and handed over to Plaine Commune. The region selects ideas that can help implement its strategic development plans.
The ideas and experiments produced as part of Rêve de Scènes Urbaines are intended for dissemination. In France, eight partner regions have joined the approach in order to benefit from ideas and to able to launch local experiments. The dynamics of the Rêve de Scènes Urbaines demonstrator can be increased thanks to the contribution of innovative companies from these regions.
 
Abroad, Rêve de Scènes Urbaines is part of the export efforts of the Strategic Sector Agreement "Industries for Construction", welcoming foreign delegations to France, and feeding local contacts of French companies with the association’s work.
Caen Peninsula: reconquering a territory
Le projet urbain Caen Presqu’île offre de nouvelles perspectives à l'aire de Caen la mer. Quartiers durables, circulations douces, ambiance fluviale, environnement végétalisé, activités économiques, culturelles et sportives…promettent un cadre et une qualité de vie inégalée.
Les communes de Caen, Mondeville et Hérouville Saint-Clair, la Communauté Urbaine Caen la mer, la Région Normandie et le syndicat mixte des Ports de Normandie, travaillent conjointement depuis 2010 à la mise en œuvre d’un projet de renouvellement urbain ambitieux sur le site de la Presqu’île, structurant pour le territoire.
Le projet urbain...
The Caen Peninsula urban project offers new perspectives to the area of Caen la Mer. Sustainable neighbourhoods, soft transport modes, river atmosphere, green environment, economic, cultural and sporting activities all promise an unrivalled environment and quality of life.
 
The municipalities of Caen, Mondeville and Hérouville Saint-Clair, the Caen la Mer Urban Community, the Normandy Region and the Normandy Ports Joint Union have been working together since 2010 to implement an ambitious urban renewal project on the site of the peninsula, which is structuring for the region.
 
The Caen Peninsula urban project covers an operational perimeter of 300 hectares. The member communities of the order group agreed in 2016 on the need to set up a Major Interest Project (MIP), a memorandum of understanding created by Law No. 2014-366 of 24 March 2014 for access to housing and renovated urban planning provided for under Articles L.350-1 to 7 of the Urban Planning Code. The content of the MIP identifies the four structuring urban development projects currently in progress or planned for the future whose aim is to renew the strategic sector of the peninsula in an ambitious and sustainable way:
 
- The Peninsula Point
- La Nouveau Basin joint development zone in Caen
- The Hérouville peninsula JDZ
- The Calix JDZ in Mondeville
Energy transition and urban planning video: how to move towards sustainable cities?
Croiser les enjeux de l’environnement, du climat, de l’énergie et des réseaux avec les politiques de l’urbanisme, de la mobilité et de l’habitat est essentiel pour construire des projets de territoires durables. L’aménagement des territoires est le levier le plus efficace pour réussir la transition énergétique dans la mesure où il impacte directement la demande en énergie.
 
Il peut par exemple créer des villes dépendantes de la voiture et très minéralisées, ne permettant pas de réguler les températures, ou tout au contraire des villes économes et résilientes offrant un cadre de vie attractif à leurs...
Combining environmental, climate, energy and network issues with urban planning, mobility and housing policies is essential for building sustainable regional projects. Land use is the most effective lever for successful energy transition as it directly impacts energy demand.
For example, it can create car-dependent, highly concrete cities which do not regulate temperatures, or, on the contrary, economical, resilient cities offering an attractive living environment for their inhabitants.
Thus, a well-organised region, sufficiently dense which makes the most of its local resources, can at the same time reduce its energy needs, produce its own energy and adapt to the climate of the future. The urban planning code now offers opportunities that communities can seize on.
This video, produced by Agam and DREAL Provence Alpes-Côte d'Azur, in association with the region's technical services, is a relevant way of presenting legal levers and making them possible by local examples of successfully integrating the energy transition into urban planning. Elected officials, experts and planning stakeholders, it's up to us!
The Hauts de l'Orne: a naturally innovative district
Un cadre de vie privilégié à deux pas de la Vallée de l’Orne et de la voie verte, sur un site riche de 7000 ans d’histoire : le futur ÉcoQuartier de Fleury-sur-Orne est actuellement développé par Caen la mer, la commune de Fleury-sur-Orne et Normandie Aménagement. Les travaux sont programmés jusqu’en 2030.

UN QUARTIER VÉGÉTAL
Premier ÉcoQuartier labellisé (étape 2 depuis 2018) à se construire sur Caen la mer, les Hauts de l’Orne offriront à ses futurs habitants, à horizon 2030, un vaste choix de logements individuels, semi-collectifs ou collectifs. Il se situera au cœur de 25 hectares de...
A special place to live just a stone's throw from the Orne Valley and its green way on a site with 7,000 years of history: the future EcoDistrict de Fleury-sur-Orne is currently being developed by Caen la Mer, the commune of Fleury-sur-Orne and Normandie Aménagement (Normandy Development). The work is scheduled until 2030.

A GREEN NEIGHBOURHOOD
The first certified EcoDistrict (stage 2 since 2018) to be built in Caen la Mer, by 2030, the Hauts de l'Orne will offer its future inhabitants a wide choice of individual, semi-collective and collective housing. It will be located at the heart of 25 hectares of natural landscaped parks, ponds, gentle vegetated paths, and very close to shops, services and innovative sports and recreational facilities. Located a 10-minute drive from the centre of Caen, it will be served by the new rail tram from 2019 and benefit from access to a heat network.

AN IN-SITU NURSERY
To produce trees and plants locally, an innovative initiative, unique in France, was proposed by Normandie Aménagement: to set up a nursery directly in the neighbourhood. Located on the last stage of the EcoDistrict, which will not be completed for 10 years, this nursery has been home to all the plants needed for the future landscaping of the district since 2018. In the long run, more than 40,000 plant species will have been grown directly on the site.
 Installing a photovoltaic power plant on the solar canopy in the Huntington Beach City School District of California
Hutington Beach City School District (HBCSD) est un complexe scolaire regroupant 6800 élèves répartis entre 7 écoles élémentaires et 2 établissements secondaires.  
HBCSD poursuivait l’objectif de réaliser des économies annuelles immédiates sur les coûts des services publics afin de se prémunir contre l’inflation future des tarifs d’électricité des services publics, tout en passant à l’électricité verte.
Un partenariat avec ENGIE Services US à partir de 2010 a permis l’installation de 22 212 modules solaires sous forme d’ombrières photovoltaïques qui en plus d’apporter de l’ombre aux élèves dans les...
Huntington Beach City School District (HBCSD) is a school complex of 6,800 students spread across 7 elementary schools and 2 secondary schools.
 
HBCSD pursued the goal of achieving immediate annual savings on utility costs to guard against future rises in utility electricity rates, while switching to green electricity.
 
A partnership with ENGIE Services US since 2010 enabled the installation of 22,212 solar modules in the form of photovoltaic solar shades which, as well as providing shade to students in outdoor spaces, generate a total of 7.77 MWc of capacity from 7 different school sites.
 
A backup diesel generator to increase the independence of the network has also been installed. Annual production reaches 12,670 MWh, with excess energy being re-injected into the distribution network.
 
Advisory services on public transport and low-carbon bus technologies in Florianópolis
L’objectif de la mission est de fournir au promoteur du projet (SUDERF-Superintendance en charge du développement de la Région métropolitaine de Florianópolis) des éléments de décision pour la planification d’un système de réseau de bus « bas carbone » dans la région de Florianópolis :
• Analyser les options technologiques possibles et identifier des localisations adaptées à l’introduction de la technologie des bus électriques et hybrides ainsi qu’à leurs infrastructures de recharge,
• Conduire une analyse des coûts totaux pour faciliter la décision d’investissement pour différentes technologies de bus à...
The mission’s objective is to provide the project promoter (SUDERF-Superintendent in Charge of the Development of the Metropolitan Region of Florianópolis) with decision-making tools for planning a "low-carbon" bus network system in the region of Florianópolis:
 
• To analyse possible technological options and identify suitable locations for introducing electric and hybrid bus technology and its charging infrastructure,
• Conduct a total cost analysis to facilitate investment decisions for different low-carbon bus technologies,
• Advise on technical needs to implement the technologies selected and continue developing the integrated public transit system,
• Advise on how low-carbon bus systems can be implemented.
 
This advisory mission was intended to help customers make an informed decision about how to decarbonise their bus fleet while finding technical solutions and innovative financing to minimise, or even cancel out altogether, the economic impact of this transition to a decarbonised transport system.
 
New free transport network in Dunkirk: summary of key results
Depuis le 1er septembre 2018, la Communauté urbaine de Dunkerque est la plus grande agglomération européenne à offrir la gratuité du transport en commun 7 jours sur 7 pour tous les usagers.   Chacun peut l’utiliser à sa guise pour ses déplacements professionnels, universitaires ou personnels.
La nouvelle réorganisation du réseau DK’BUS Marine et l’ensemble des aménagements réalisés ont conforté le réseau de transport en commun dans sa fiabilité, fluidité et rapidité.
 
Doté de 5 lignes chrono (C1 à C5) passant toutes les 10 minutes à un arrêt et de 12 autres lignes, le réseau...
Since 1 September 2018, the Dunkirk Urban Community has been the largest European city to offer free public transport 7 days a week for all users. Everyone can use it as they please for their professional, academic or personal travel.
The new reorganisation of the DK'BUS Marine network and all the improvements carried out have improved the public transport network’s reliability, fluidity and speed.
 
With 5 timed lines (C1 to C5) running every 10 minutes at one stop and 12 other lines, the network also offers bus traffic between 5.30am and 10.30pm (Monday to Saturday). An additional service is provided on Fridays and Saturdays to provide late-night journeys to the outer limits of the region.
 
Buses have also become places of community and entertainment and are equipped with wifi and charging stations for mobile phones.
 
To assess the diversity of the effects of being free to use, the VIGS research association in partnership with the local urban planning agency (AGUR), with funding from the Urban Community, conducted an unprecedented in-depth study, both qualitative and quantitative, on the subject.
Eurovia completes the world's first 100% recycled road
Eurovia, filiale de VINCI spécialisée dans la construction des infrastructures de transport et des aménagements urbains, en collaboration avec Marini-Ermont (groupe Fayat), est le seul opérateur mondial à maîtriser la technologie du recyclage à 100%. La première « route 100% recyclée » au monde a été réalisée sur une section de 1 km de l’autoroute A10 (réseau VINCI Autoroutes) entre Pons et Saint- Aubin, dans le département de la Gironde, dans le cadre d’un grand chantier autoroutier de rénovation.
 
Cette première expérimentation a été mise en œuvre avec succès par Eurovia après plus de deux ans de...
Eurovia, a subsidiary of VINCI specialising in the construction of transport infrastructure and urban development, in collaboration with Marini-Ermont (Fayat Group), is the only operator in the world to have mastered 100% recycling technology. The world's first "100% recycled road" was built on a 1 km section of the A10 motorway (VINCI Autoroutes network) between Pons and Saint-Aubin, in the Gironde department, as part of a major motorway renovation project.
 
This first experiment was successfully implemented by Eurovia after more than two years of research and development. It was made possible thanks to Eurovia's expertise in the recycling of road materials and the design, in partnership with Marini-Ermont (Fayat Group), of an innovative mobile asphalt plant (TRX100%). This mobile plant allows up to 100% of the asphalt's surface mining products to be recycled on all road maintenance sites, in proportions well above the current maximum rates (between 50% and 60%), thus preserving, in part or in whole, such natural resources. By intervening as close as possible to the work site, transport logistics are minimised, as is the carbon footprint of the work (a 50% reduction in greenhouse gas emissions).
 
The 100% recycled road has won ADEME's "Road to the Future" call for projects under the Future Investment Programme (FIP).