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NOxTi. More resistant, environmentally friendly and with a high aesthetical attractive façades

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[NOxTI]Commercial_sheet_UPM_EN(Innovatech) PDF
 
Briefing

Appreciation of titanium products and the opening up of a new market with the manufacture of a product with an added high value 

A multidisciplinar Research Group from the Technical University of Madrid has developed a new material with excellent mechanical properties and whose coating has a great aesthetical attractive. Additionally, this material could be used as an air (and surrounding water) decontaminant that eliminates principally organic substances and NOx, by adsorption and photocatalytic oxidation. In this way, it contributes to the cleaning of the air of our cities. 

 
Technology Solution

Introduction of a new constructive and aesthetic element that contributes to the decontamination of gases and surrounding waters.

The material, which is synthesized by electrochemical oxidation of a titanium sheet, keeps its original mechanical properties and therefore, its common use, without the new coating, still remains suitable for architecture and for façade claddings.

Additionally, as an aesthetic element, the variety and diversity of colours offered, adds high value to the material.

As decontaminant removes mainly organic substances and NOx by adsorption and photocatalytic oxidation.

“Material with an added high aesthetical value owing to the panoply of colors that offers, without affecting its mechanical properties”

 
Market demands

Architecture

  • Titanium market is beginning to replace other materials or metals less resistant, durable, aesthetic or with less thermal resistance, such as aluminium, that meet almost the same construction and coating function.

Transport

  • Titanium is used in aircraft due to its high mechanical and corrosion resistance, among others features.

Environment

  • Today, pollution levels in cities reach levels harmful to health. The origin of much of this pollution is vehicle and industry, therefore a new construction material able to reduce and neutralize the pollution negative effect on the environment and help to improve our health, is very useful. 

“The material offers the appreciation of titanium products and the opening up of a new market with the manufacture of a product with a added high value”

 
Market potential

Architecture and Construction

  • More functional and innovative materials are  needed in architecture and construction.

Environment

  • Growing importance in the European Union on air quality (EU directives, including 2008/50 / EC, the Law 34/2007 and Royal Decree 102/2011).

Transport

  • Thanks to its great properties, the titanium metal is being introduced in several sectors such as aeronautics.
 
Competitive advantages

  • New cladding material with excellent mechanical properties, relatively high thermal resistance, no inflammable.
  • Material with an added high aesthetical value owing to the panoply of colors that  can be obtained.
  • Water vapor and air permeable and very resistant to frost .
  • Good sound isolator; malleable
  • NOx decontaminant material. In the graphic “Photocatalysis Test” is shown how the concentration of pollution /organic substances decreases over time depending on the type of process.

 
References

  • Wide experience in recovery of waste coming from different industries, as well as catalysis and materials synthesis.
  • Regular collaborators of the business sector.
  • The research  team has developed already some other patents related to pollutants removal and photocatalysis 
 
IPR

  • Patent applied in Spain: P201531793
 
Development stage

  • Concept
  • R&D
  • Lab Prototype
  • Industrial Prototype
  • Production
 
Contact

NOxTi contact

Francisco Fernández Martínez; e: francisco.fernandezm@upm.es;

Mercedes del Río Merino; e: mercedes.delrio@upm.es

Irene González Morán; e: irene.gonzalez.moran@alumnos.upm.es

UPM  contact

Innovation, Commercialization and Entrepreneurship Area

Centre of Support for Technological Innovation – UPM 

e: innovacion.tecnologica@upm.es

 
S2i 2019 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
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