RESEARCH INTO THE USE OF ARTIFICIAL VISION TECHNOLOGY FOR ADVANCED FLAME STABILITY CONTROL IN GASIFICATION BOILERS [CALL] (Q3213318)

From EU Knowledge Graph
Revision as of 18:12, 16 January 2022 by DG Regio (talk | contribs) (‎Changed label, description and/or aliases in it, and other parts: Adding Italian translations)
Jump to navigation Jump to search
Project Q3213318 in Spain
Language Label Description Also known as
English
RESEARCH INTO THE USE OF ARTIFICIAL VISION TECHNOLOGY FOR ADVANCED FLAME STABILITY CONTROL IN GASIFICATION BOILERS [CALL]
Project Q3213318 in Spain

    Statements

    0 references
    27,420.78 Euro
    0 references
    34,275.97 Euro
    0 references
    80.0 percent
    0 references
    13 September 2017
    0 references
    30 November 2019
    0 references
    ADN CONTEXT-AWARE MOBILE SOLUTIONS SL
    0 references
    0 references
    0 references

    43°32'42.14"N, 5°39'45.50"W
    0 references
    33024
    0 references
    El proyecto LLAMA persigue estudiar, a partir del uso de tecnologías de visión artificial (incluyendo infrarrojos) el comportamiento de la llama en calderas industriales de gasificación de biomasa, con la finalidad última de optimizar en tiempo real el proceso de gasificación-combustión de acuerdo a las características de la biomasa utilizada en cada momento (residuos forestales) en calderas industriales de tiro invertido. (Spanish)
    0 references
    The project aims to study, from the use of artificial vision technologies (including infrared) the behavior of the flame in industrial biomass gasification boilers, with the ultimate aim of optimizing the gasification-combustion process in real time according to the characteristics of the biomass used at all times (forest waste) in industrial backdraught boilers. (English)
    0 references
    Le projet LLAMA vise à étudier, à partir de l’utilisation des technologies de vision artificielle (y compris infrarouge) le comportement de la flamme dans les chaudières de gazéification de la biomasse industrielle, dans le but ultime d’optimiser en temps réel le processus de gazéification-combustion en fonction des caractéristiques de la biomasse utilisée à tout moment (déchets forestiers) dans les chaudières industrielles à grenaille inversée. (French)
    5 December 2021
    0 references
    Das LLAMA-Projekt zielt darauf ab, aus dem Einsatz künstlicher Visionstechnologien (einschließlich Infrarot) das Verhalten der Flamme in industriellen Biomassevergasungskesseln zu untersuchen, mit dem Ziel, den Prozess der Vergasung und Verbrennung in Echtzeit nach den Eigenschaften der verwendeten Biomasse (Waldabfall) in industriellen invertierten Schrotkesseln in Echtzeit zu optimieren. (German)
    9 December 2021
    0 references
    Het LLAMA-project heeft tot doel om vanuit het gebruik van kunstmatige visietechnologieën (inclusief infrarood) het gedrag van de vlam in industriële biomassavergassingsketels te bestuderen met als uiteindelijk doel het proces van vergassing en verbranding in realtime te optimaliseren op basis van de kenmerken van de biomassa die te allen tijde wordt gebruikt (bosafval) in industriële omgekeerde schotketels. (Dutch)
    17 December 2021
    0 references
    Il progetto LLAMA mira a studiare, dall'uso di tecnologie di visione artificiale (incluso gli infrarossi) il comportamento della fiamma nelle caldaie a gassificazione a biomassa industriale, con l'obiettivo finale di ottimizzare in tempo reale il processo di gassificazione-combustione in base alle caratteristiche della biomassa utilizzata in ogni momento (rifiuti forestali) nelle caldaie industriali invertite. (Italian)
    16 January 2022
    0 references
    Gijón
    0 references

    Identifiers

    IDE/2017/000816
    0 references