According to UN figures, half the world’s population, 3.5 billion people, live in cities. The Organisation for Economic Co-operation and Development (OECD) predicts that of the 9 billion people who will make up the world’s population by 2050, 70 per cent will live in urban centres. Cities account for around 70% of global carbon emissions, consume more than 75% of global energy production, and use 60% of resources. Hence, managing elements such as water resources or urban mobility through technology means optimising resource consumption and becoming more efficient.
This paradigm of unstoppable urban growth is causing various problems in managing infrastructures and services, generating an overload for public authoritiess in addressing challenges such as air pollution, resource scarcity, water management or energy efficiency. Therefore, urban planning must have ecosystems that integrate inhabited areas in the metropolitan area or the city with artificial elements, urban infrastructures, and natural elements, such as green spaces.
The uniqueness of these urban ecosystems lies in the fact that, as they are located in a public space, they must be developed through human action, i.e. through constructing basic infrastructures (networks of facilities, streets, pavements, lighting, etc.) and must also have natural green spaces (parks, gardens, etc.). These infrastructures must be built considering sustainability and durability criteria for the use and enjoyment of citizens.
Faced with the growth of urbanisation and to reconfigure the new urban ecosystems, Conacon Sando and Sando Construcción present themselves as a strategic partner of public authoritiess and the contribution to SDG 11 of the 2030 Agenda in constructing more sustainable cities and communities. .
Technological Innovation and Environmental Preservation in Smart Cities
Conacon Sando specialises in preserving and modernising the use of public space in cities. Through its sustainable solutions in urban conservation, integrating aspects such as mobility and energy efficiency, it presents digital transformation alternatives to face the challenges of urbanisation, combining them under the concept of smart cities: sustainable, connected and optimised cities thanks to technology. : ciudades sostenibles, conectadas y optimizadas gracias al empleo de la tecnología. To help create the cities of the future, the company implements innovative working methodologies designed according to the paradigms that define a smart city:
Provision of new and improved services by the public authorities:
The solutions allow a global knowledge of cities to be applied, providing a more efficient service. In addition, using innovative tools can transform traditional conservation services into state-of-the-art ones and improve management and cost reduction for the authorities, reducing the size of damage such as pavements.
The citizen is the crucial element in developing the city:
Sando disseminates the activities carried out in the contracts through web pages designed for this purpose and maintains an active role in social networks for interaction with its stakeholders.
Energy efficiency and sustainability:
In developing its solutions, the company promotes using recycled materials; it recovers and reuses materials in a suitable state to repair pavements and uses tools that generate low gas and dust emissions (suction). They also remove and transport to a controlled landfill or treatment plants of the CDW developed and use electric and light vehicles in sensitive urban environments.
The role of Information and Communication Technologies (ICTs)
For this technological reconfiguration of cities, the company applies a methodology and computerised management systems, with the use of mobile devices (5G) for road inspection and management of road repairs, the use of drones for inspection of structures, or the use of video cameras with 360º vision for inspection of roads and structures. The implementation of intelligent management software in contracts for road maintenance, bicycle lanes, and accessibility has led to significant improvements perceived by the client and the citizen, with exhaustive control of the state of inventory, complete traceability of interventions carried out, improved efficiency of work teams and reduced response times.
Likewise, in its commitment to innovation, it is working on integrating Artificial Intelligence tools. It continues developing Internet of Things (IoT) techniques and using sensors to gather information on different environmental parameters applied to the various services provided.
R&D&i plays an essential role in understanding the application of new technologies. Conacon Sando is developing INSPECT-ROADS, a project that proposes an intelligent mechanism to locate the type, position and severity of problems detected on roads and highways. This technology approach represents a leap in quality in inspecting incidents by setting up an automated system that identifies deficiencies based on prior knowledge and training.
Among the actions implemented by Conacon Sando from a technological perspective, we can highlight developing web applications for inventory and incident management, with success stories in large cities such as Malaga, Marbella, Seville and Santa Cruz de Tenerife.
