The R&D+i at CHM It is a strategic pillar that drives the transformation of the construction sector through innovative, sustainable, and technologically advanced solutions. Through applied research, CHM transforms knowledge into more efficient, safe, and future-ready infrastructures.

R&D&I as a driver of transformation in the construction sector

The construction sector is facing one of the most transformative periods in its recent history. The need for more sustainable, efficient, safe, and climate- and socially-resilient infrastructure has made innovation a strategic pillar. In this context, the R&D+i at CHM It consolidates itself as a key element for anticipating solutions, optimizing processes, and generating long-term value.

Far from understanding innovation as an isolated concept, CHM integrates research, development, and innovation into the core of its activity, applying scientific and technological knowledge directly to its construction projects. This vision allows the sector's challenges to be transformed into opportunities for continuous improvement.

R&D&i at CHM: From Research to Actual Project

The R&D+i at CHM part of a clear premise: investigate to apply. The company develops research projects aimed at solving real sector problems, transferring the results directly to the execution of works, the maintenance of infrastructures, and asset management.

This applied approach translates into:

• Development of new construction solutions.

• Production process optimization.

• Improving the environmental performance of infrastructure.

• Increased durability and safety of structures.

Research doesn't stay in the lab, but becomes a practical tool for efficiency and sustainability.

Technological innovation applied to infrastructure

One of the main pillars of the R&D+i at CHM It is technological innovation. The company is committed to the incorporation of advanced technologies that allow for integral management of the infrastructure lifecycle.

Among the main lines of work are:

Digitalization and intelligent management

The implementation of BIM methodologies, the use of digital twins, and real-time data analysis allow for improved planning, coordination among stakeholders, and control of costs and timelines. These tools facilitate data-driven decision-making based on objective data and significantly reduce risks during project execution.

Automation and process control

Innovation in construction processes includes the automation of tasks, the use of IoT sensors, and continuous monitoring systems that allow for the assessment of the structural integrity of infrastructure and the anticipation of maintenance needs.

This predictive approach increases safety, optimizes resources, and extends the lifespan of structures.

R&D&I in CHM and sustainability: an inseparable binomial

Sustainability is a cross-cutting theme in the R&D+i at CHM. The research projects developed by the company incorporate environmental criteria from the design phase through to the operation and conservation phases.

The main areas of work include:

• Circular economy, fostering the reuse of materials and waste reduction.

• Energy efficiency, both in the construction processes and in the final infrastructure.

• Carbon footprint reduction, by using innovative materials and environmentally friendly techniques.

• Environmental Protection, integrating solutions that are respectful of the natural environment and the landscape.

This commitment aligns with environmental certifications and international standards, reinforcing CHM's positioning as a responsible company committed to sustainable development.

R&D&I Projects and Collaboration with the Scientific Community

The R&D+i at CHM It relies on collaboration with universities, technology centers, and public organizations. A notable example is CHM-UPV Chair, which drives knowledge transfer between academia and business.

Thanks to these alliances, CHM participates in national and European research projects that address challenges such as:

• New, more durable and sustainable materials.

• Climate change resilient infrastructure.

• Innovation in road conservation and maintenance.

• Advanced digitalization of the construction sector.

This collaboration allows the company to be at the technological forefront and actively contribute to the sector's advancement.

This strategy aligns with the national research and innovation policies driven by the
Ministry of Science, Innovation and Universities, which promotes R&D&I programs aimed at improving competitiveness, sustainability, and knowledge transfer to the productive sector.

Innovation applied to maintenance and conservation

The R&D+i at CHM It is not limited to the construction phase. The conservation and maintenance of infrastructure are strategic areas where innovation plays a fundamental role.

The development of digital tools, monitoring systems, and predictive models allows for:

• Detect pathologies early.

• Optimize maintenance interventions.

• Reduce operating costs.

• Improve road and structural safety.

This approach reinforces the efficiency of existing infrastructure and contributes to more sustainable management of public resources.

Innovative culture and specialized talent

The impetus of R&D+i at CHM It relies on human talent. The company fosters an innovative culture that promotes continuous training, technical specialization, and the active participation of its professionals in research projects.

Engineers, technicians, and specialists work in a multidisciplinary way, integrating knowledge in construction, technology, environment, and data management. This cross-functional vision allows projects to be approached from a global perspective and anticipates solutions adapted to the sector's new challenges.

The future of construction lies in R&D&I.

The R&D+i at CHM It represents a strategic bet on the future. In a context marked by digital transformation, the ecological transition, and the need for resilient infrastructure, applied innovation becomes a differentiating factor.

Thanks to its research-driven approach, CHM contributes to the evolution of the construction sector, developing solutions that combine technology, sustainability, and efficiency. Applied research not only improves current projects but also lays the foundation for tomorrow's infrastructure.

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