chanelink logo
CHANELINK
Italiano

Vigo University School of Technology invents laser glass recycling system

336
2024-01-19 14:56:11
Vedi traduzione

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

Raccomandazioni correlate

  • RAISE3D launches its innovative 3D printer series and filament series

    3D printer manufacturer Raise3D has launched a new Fused Manufacturing (FFF) 3D printer series called Pro3 HS and a supercore filament series.The Pro3 HS series is equipped with a motion control system, which improves speed, accuracy, and simplifies the manufacturing of large composite components. Raise3D's Hyper Core filament has a dense fiber core and well arranged carbon fibers, which can enha...

    2024-06-11
    Vedi traduzione

  • Germany's leading optoelectronics industry (Jenoptik) in the first half of the gold over 4.2 billion

    On August 9, local time, Germany's leading optoelectronics company Jenoptik released its 2024 second quarter interim financial results forecast. The financial data show that the company in the challenging market environment still shows strong growth momentum.In the first half of the year, Jenoptik achieved significant growth in revenue and earnings before interest, taxes, depreciation and amortiza...

    2024-08-15
    Vedi traduzione

  • Research progress on machine learning for defect detection and prediction in laser cladding process

    It is reported that researchers from Foshan University, the Institute of Chemical Defense of the Academy of Military Sciences, the National Defense Technology Key Laboratory of Equipment Remanufacturing Technology of the Armored Forces Academy, and Chengdu State owned Jinjiang Machinery Factory have summarized and reported the latest progress of machine learning in defect detection and prediction ...

    01-17
    Vedi traduzione

  • On demand ultra short laser flash: controllable optical pulse pairs from a single fiber laser

    Set up a dual comb fiber laser oscillator, external pulse combination, and real-time detection.In innovative methods for controlling ultra short laser flashes, researchers from Bayreuth University and Konstanz University are 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 inter...

    2024-01-12
    Vedi traduzione

  • Scientists have used 3D integration technology to bring ultra-low noise lasers without isolators to silicon photonics

    After electronic integrated circuits (Eics), silicon (Si) photonics technology is expected to achieve photonic integrated circuits (PIC) with high density, advanced functions and portability. Although various silicon photonics fountifiers are rapidly developing PIC capabilities to enable mass production of modulators, photodetectors and, more recently, lasers, silicon PIC has not yet met the strin...

    2023-08-04
    Vedi traduzione