The added value of our projects

  • > Water treatment
  • > Waste management and recovery
  • > Desalination
  • > Smart irrigation

> Hydrogen

> Termosolar

> Solar thermal

> Thermal and electrical storage

> Microgrids

> Industry 4.0

> IoT

> Monitoring systems

> Predictive maintenance

> Blockchain

> Artificial intelligence

> Soundings and exploration

> Process plant

> Water treatment plant

> Residential new construction

> Industrial

> Public services

> Rehabilitation of historic buildings

> Comprehensive refurbishment

We conduct research and development into new water treatment, management and recovery systems applied to the area of infrastructure, promoting a resource management model that is more efficient and environmentally friendly.

We promote the circular economy by developing solutions based on renewable resources towards climate neutrality.

We also apply a digital component to traditional systems for the parameterisation and optimisation of their resources and processes.

Our capacities

Detection of technological needs and research in scientific environments

Searching for sources of funding in the Science – Technology – Enterprise system

Technology integration, testing and validation

Transfer of technology and results

  • > Detection of technological needs
  • > Research into scientific environments.
  • > Technical approach to the project
  • > Preliminary study of technical and economic feasibility
  • > Finding sources of funding in the Science-Technology-Business system
  • > Carrying out R&D&I projects
  • > Technology transfer or transfer of results
  • > Technology services
  • > Turnkey projects

Our activities

Partners

Co-financing entities

Validation of a new photovoltaic plant concept with thermal cogeneration
Present

Validation of a new photovoltaic plant concept with thermal cogeneration


The Solar Blue initiative demonstrates the feasibility of producing solar photovoltaic and concentrated solar thermal power and will drive a new generation of selective filters for adaptation and use in different situations Magtel’s R&D&I Division has completed the…
La tecnología híbrida desarrollada en el proyecto ‘Dragon’ mejorará la vida útil de las actuales baterías de litio en un 15%
News

La tecnología híbrida desarrollada en el proyecto ‘Dragon’ mejorará la vida útil de las actuales baterías de litio en un 15%


La iniciativa, en la que participa Magtel y que cuenta con dos socios europeos, combina baterías de iones de litio y supercondensadores Magtel ha concluido con éxito el proyecto “Dragon” desarrollado en el laboratorio de industria 4.0 de la compañía. Esta iniciativa,…