Site photos
Main informations
10 hectares available
Site description
The project, led by SAS Cambaie Développement, involves the rehabilitation of a "de facto (economic) zone". It takes place on a 25-hectare site, initially classified as an agricultural zone, but which has been the subject of "spontaneous" urbanization and precarious business set-ups.
The project is intended to offer new opportunities, in line with current environmental and urban standards, by promoting density of use and good land use.
Location
Type of business planned
The site will enable the following activities:
- Flexible, multi-purpose business parks for all types of companies (from SMEs to subsidiaries of major groups)
- Medium and large-scale logistics platforms
- Industrial activities
- Service and retail activities
Note: photovoltaic installations are planned on all the roofs produced, i.e. over 100,000 m² of PV roofs and 10 MWp installed.
Available infrastructures
- LV electrical network
- HV electrical network
- The project calls for a connection capacity (horned sector with reserves) of 6,608 kVa.
Accessibility and services
- Intercity bus network
- Major roads
- Soft mobility
- HGV access
- Semi-trailer access
- Port access
Projects to improve site accessibility
Rehabilitation and widening of CORNU lane and creation of a SOUTH lane to loop the site.
Local economic context and training opportunities
Cambaie's proximity to the port makes it a prime economic destination. The project will reinforce the activities historically present on the site (construction and public works), develop complementary activities (logistics, services and retail) and relocate the industrial activities needed to emancipate the region.
Eligible companies already present on site will be encouraged to relocate.
100% of the land available for sale has been taken up.
Ultimately, the sector is expected to create over 1,500 direct jobs on site and 800 indirect jobs.
The region is committed to a sustainable city demonstrator approach, which includes dedicated training facilities.
In addition, the engineering school ESIROI and its doctoral school have developed key skills in planning, bioclimatic architecture and energy.
Finally, the project includes the deployment of a smart grid to manage the 9 MWp produced on site.
Contacts
Gilbert Manciet
Directeur général
La Réunion Développement