chanelink logo
CHANELINK
English

Vigo University School of Technology invents laser glass recycling system

333
2024-01-19 14:56:11
See translation

LaserON, a laser industrial application group at the University of Vigo, is leading a European project that aims to revolutionize the glass recycling process by developing a new technology called glass laser conversion, so that everyone can recycle at home. This group is led by Professor Juan Pou and Professor Rafael Comesa ñ a, and is part of Cintecx, leading EverGlass. Its partners come from Slovakia, Germany, and France, as well as representatives from CSIC's Spain. The project, with a duration of three years and a budget of nearly 3 million euros, was selected in the public solicitation of EIC Pathfinder for Horizon Europe.

Professor Juan Pou explained that the current glass recycling process uses technology based on large-scale facilities, which centralize the process. This means that melting several tons of glass using inflexible processes requires high energy consumption, as well as the cost of transporting the glass to large recycling plants. EverGlass suggests developing a new technology based on the use of laser technology for on-site glass recycling. Researchers explain that through this approach, it is possible to produce customized or technological products with lower energy consumption, lower carbon dioxide emissions into the atmosphere, and lower transportation costs.

Researchers explain that users will send waste into new machines and choose the new products they want to obtain. "This will mean a shift from centralized recycling concepts to distributed recycling concepts, in which people will play a crucial role."
Everglass is one of the 53 projects selected by the European Innovation Commission.

Source: Laser Net

Related Recommendations

  • Laser fusion breakthrough brings greater energy explosion

    Recently, scientists from the National Ignition Facility at Lawrence Livermore National Laboratory in California produced a burst of energy by bombarding hydrogen pellets with 192 laser beams, briefly reproducing the fusion process that powers the sun. This is a repeat of an experiment in December last year, but this time the scientists generated more energy, with a gain almost double that of the ...

    2023-09-26
    See translation

  • A new method for generating controllable optical pulse pairs using a single fiber laser

    Researchers from Bayreuth University and Konstanz University are developing new methods to control ultra short laser emission using soliton physics and two pulse combs in a single laser. This method has the potential to greatly accelerate and simplify laser applications.Traditionally, the pulse interval of lasers is set by dividing each pulse into two pulses and delaying them at different, mechani...

    2024-01-15
    See translation

  • Laser cleaning equipment manufacturer LPC receives multiple orders

    Recently, laser cleaning equipment manufacturer Laser Photonics Corporation (LPC) has disclosed multiple orders in a row.On December 26th, LPC received an order from Walsh Service Solutions to purchase a handheld laser cleaning equipment. It is understood that the manufacturer is purchasing CleanTech IR-3040, a high-performance handheld fiber laser cleaning device designed by LPC, mainly used for ...

    2024-12-31
    See translation

  • Afinum Management acquires significant stakes in two laser companies

    Recently, Afinum Management, a private equity firm based in Munich, Germany, has acquired a large stake in two laser companies, with the intention of opening up new laser markets by combining the strengths of three parties.According to media reports, the two companies are ARC Laser in Germany and GNS neo Laser in Israel, and Afinum has agreed with the founders of the two companies that the acquisi...

    2024-08-08
    See translation

  • Narrow band tunable terahertz lasers may change material research and technology

    A group of researchers from the Max Planck Institute for Material Structure and Dynamics in Germany explored the effect of manipulating the properties of quantum materials far from equilibrium through customized laser drivers. They found a more effective method to create previously observed metastable superconducting states in fullerene based materials using lasers.By tuning the light source to 10...

    2023-11-21
    See translation