This document discusses fluidized bed combustion boilers. It begins with an introduction that fluidized bed combustion has emerged as a viable alternative to traditional grate firing systems for low quality coal in India. It provides a brief history of the development of fluidized bed combustion. It then describes the three main types of fluidized bed combustion boilers and the basic mechanism of how fluidized bed combustion works. The document proceeds to describe the key components of a circulating fluidized bed combustion system and provides maintenance tips for inspecting and maintaining a CFB boiler.
This document describes an experimental study comparing high purity pig iron produced from steel scrap to Sorelmetal®, which is commonly used for ductile iron production. Steel scrap was melted in an electrical arc furnace along with graphite as a carbon source to produce pig iron samples. The chemical compositions and microstructures of the samples were analyzed and found to be similar to Sorelmetal® in terms of carbon content, structure, and graphite size distribution. The results indicate that the method of producing pig iron from steel scrap is a promising alternative to using Sorelmetal®.
Ethanol is an alcohol that can be used as an alternative fuel in gasoline engines. Several modifications must be made to gasoline engines to enable the use of ethanol, including increasing the diameter of main jets to account for ethanol's lower energy content, increasing the compression ratio to utilize ethanol's high octane rating, and adding fuel and air preheaters to help with cold starting since ethanol does not vaporize as easily as gasoline. Overall, using ethanol fuel provides benefits like reduced emissions and pollution compared to gasoline, but requires modifications to the engine and has some disadvantages like lower energy content.
Automotive System : Alternative fuel Over View S. Sathishkumar
This document provides information on various alternative fuels including ethanol, natural gas, propane, hydrogen, electricity, methanol, and biodiesel. Ethanol is an alcohol-based fuel produced from starch crops or cellulosic biomass. Natural gas can be used as compressed natural gas or liquefied natural gas. Propane is produced as a byproduct of natural gas processing and petroleum refining. Hydrogen can be produced from fossil fuels, nuclear, or renewable resources and used in fuel cells. Electricity can power hybrid or electric vehicles. Methanol is made from natural gas or renewable resources and used in fuel cells. Biodiesel is made from vegetable oils, waste cooking oil, and can be blended with
Selective Catalytic Reduction (SCR) is a process that uses a catalyst to convert nitrogen oxides (NOx) in diesel exhaust into nitrogen, water, and small amounts of carbon dioxide. It reduces NOx emissions by 70-95% and allows diesel engines to meet strict emission regulations. SCR systems use ammonia or urea as a reductant over either vanadium-based or zeolite-based catalysts. The catalysts promote reactions that break NOx down into less harmful components while also converting other pollutants in the exhaust. SCR is currently the most effective method for lowering NOx and helps engines comply with emissions standards, though it requires storage of reductants and large catalyst volumes
Decarbonizing Industry Using Carbon Capture: Norway Full Chain CCSGlobal CCS Institute
Industrial sectors such as steel, cement, iron, and chemicals production are responsible for over 20 percent of global carbon dioxide (CO2) emissions. To be on track to meet greenhouse gas emissions reduction targets established as part of the Paris Climate Accord, all sectors must find solutions to rapidly decarbonize, and carbon capture and storage (CCS) technology is the only path for energy-intensive industries.
This webinar will explore how one country, Norway, is working to realize a large-scale Full Chain CCS project, where it is planning to apply carbon capture technology to several industrial facilities. This unique project explores capturing CO2 from three different industrial facilities - an ammonia production plant, a waste-to-energy plant, and a cement production facility. Captured CO2 will be then transported by ship to a permanent off-shore storage site operated as part of a collaboration between Statoil, Total, and Shell. When operational, Norway Full Chain CCS will capture and permanently store up to 1.5 million tons of CO2 per year.
During this webinar, Michael Carpenter, Senior Adviser at Gassnova, will provide an overview of the Norway Full Chain CCS, and discuss the value that Norway aims to derive from it. The key stakeholders working on this exciting project, and how they cooperate, will be also discussed. Gassnova is a Norwegian state enterprise focusing on CCS technology, which manages the Norway Full Chain CCS project.
This document discusses fluidized bed combustion boilers. It begins with an introduction that fluidized bed combustion has emerged as a viable alternative to traditional grate firing systems for low quality coal in India. It provides a brief history of the development of fluidized bed combustion. It then describes the three main types of fluidized bed combustion boilers and the basic mechanism of how fluidized bed combustion works. The document proceeds to describe the key components of a circulating fluidized bed combustion system and provides maintenance tips for inspecting and maintaining a CFB boiler.
This document describes an experimental study comparing high purity pig iron produced from steel scrap to Sorelmetal®, which is commonly used for ductile iron production. Steel scrap was melted in an electrical arc furnace along with graphite as a carbon source to produce pig iron samples. The chemical compositions and microstructures of the samples were analyzed and found to be similar to Sorelmetal® in terms of carbon content, structure, and graphite size distribution. The results indicate that the method of producing pig iron from steel scrap is a promising alternative to using Sorelmetal®.
Ethanol is an alcohol that can be used as an alternative fuel in gasoline engines. Several modifications must be made to gasoline engines to enable the use of ethanol, including increasing the diameter of main jets to account for ethanol's lower energy content, increasing the compression ratio to utilize ethanol's high octane rating, and adding fuel and air preheaters to help with cold starting since ethanol does not vaporize as easily as gasoline. Overall, using ethanol fuel provides benefits like reduced emissions and pollution compared to gasoline, but requires modifications to the engine and has some disadvantages like lower energy content.
Automotive System : Alternative fuel Over View S. Sathishkumar
This document provides information on various alternative fuels including ethanol, natural gas, propane, hydrogen, electricity, methanol, and biodiesel. Ethanol is an alcohol-based fuel produced from starch crops or cellulosic biomass. Natural gas can be used as compressed natural gas or liquefied natural gas. Propane is produced as a byproduct of natural gas processing and petroleum refining. Hydrogen can be produced from fossil fuels, nuclear, or renewable resources and used in fuel cells. Electricity can power hybrid or electric vehicles. Methanol is made from natural gas or renewable resources and used in fuel cells. Biodiesel is made from vegetable oils, waste cooking oil, and can be blended with
Selective Catalytic Reduction (SCR) is a process that uses a catalyst to convert nitrogen oxides (NOx) in diesel exhaust into nitrogen, water, and small amounts of carbon dioxide. It reduces NOx emissions by 70-95% and allows diesel engines to meet strict emission regulations. SCR systems use ammonia or urea as a reductant over either vanadium-based or zeolite-based catalysts. The catalysts promote reactions that break NOx down into less harmful components while also converting other pollutants in the exhaust. SCR is currently the most effective method for lowering NOx and helps engines comply with emissions standards, though it requires storage of reductants and large catalyst volumes
Decarbonizing Industry Using Carbon Capture: Norway Full Chain CCSGlobal CCS Institute
Industrial sectors such as steel, cement, iron, and chemicals production are responsible for over 20 percent of global carbon dioxide (CO2) emissions. To be on track to meet greenhouse gas emissions reduction targets established as part of the Paris Climate Accord, all sectors must find solutions to rapidly decarbonize, and carbon capture and storage (CCS) technology is the only path for energy-intensive industries.
This webinar will explore how one country, Norway, is working to realize a large-scale Full Chain CCS project, where it is planning to apply carbon capture technology to several industrial facilities. This unique project explores capturing CO2 from three different industrial facilities - an ammonia production plant, a waste-to-energy plant, and a cement production facility. Captured CO2 will be then transported by ship to a permanent off-shore storage site operated as part of a collaboration between Statoil, Total, and Shell. When operational, Norway Full Chain CCS will capture and permanently store up to 1.5 million tons of CO2 per year.
During this webinar, Michael Carpenter, Senior Adviser at Gassnova, will provide an overview of the Norway Full Chain CCS, and discuss the value that Norway aims to derive from it. The key stakeholders working on this exciting project, and how they cooperate, will be also discussed. Gassnova is a Norwegian state enterprise focusing on CCS technology, which manages the Norway Full Chain CCS project.
Catalysts are used with fuels such as hydrogen or methanol to produce hydrogen ions. Platinum, which is very expensive, is the catalyst typically used in this process. Companies are using nanoparticles of platinum to reduce the amount of platinum needed, or using nanoparticles of other materials to replace platinum entirely and thereby lower costs.
The document discusses using carbon nanotubes (CNTs) for hydrogen storage through chemisorption. CNTs are promising for hydrogen storage due to their high surface area and ability to form strong carbon-hydrogen bonds. Experimental results using X-ray absorption spectroscopy (XAS) and X-ray photoelectron spectroscopy (XPS) showed hydrogen could bond to CNTs at a level of 5.1% by weight, close to the theoretical maximum capacity, though challenges with kinetics and reversibility at room temperature remain.
Optical fiber lasers operate based on stimulated emission of photons from excited atoms or molecules within an active medium, such as rare earth doped silica fibers. They were first developed in the 1960s and have several advantages over solid-state lasers including high beam quality, efficiency, and thermal management. Fiber lasers are fabricated by first making a preform via modified chemical vapor deposition to dope the silica with rare earth ions. The preform is then drawn into an optical fiber, which can be structured using fiber Bragg gratings to form the laser cavity. Applications include materials processing, telecommunications, medicine, and directed energy weapons.
Biodiesel production in middle east opportunities and challenges jordan as ex...Ibrahim Farouk
Biodiesel production in middle east opportunities and challenges jordan as example jec edama 3rd nov. 2015
feel free to call us at info@biorotterdam.com
This document provides an overview of metals and metal by-products. It discusses the extraction of metals from ores through processes like pyrometallurgy and hydrometallurgy. It then describes various physical and mechanical properties of metals like hardness, conductivity, strength. Ferrous metals like iron and steel are explained in detail, along with common alloys. Non-ferrous metals discussed include aluminium, noting its use in modern construction for properties like durability, design flexibility, and surface finish options.
CHAPTER 01 INTRODUCTION TO PRINCIPLE OF EXTRACTION.pdfWeldebrhan Tesfaye
This document provides an overview of a course on the extraction of non-ferrous metals. It covers 10 chapters that discuss the principles and extraction methods of metals from various ore types, including oxide, sulfide, and halide ores. It also addresses the recovery of secondary metals. The document discusses the typical analysis of ferrous and non-ferrous metals, how metals are found in nature, and their various uses related to their properties. It provides examples of extracting some metals like silver, lead, iron, and aluminum from their respective ores.
This document discusses the design and analysis of an automotive muffler to improve noise reduction and reduce back pressure. It begins by introducing the objectives and types of mufflers. Next, it describes the design process, including dimensions for a proposed muffler model. Sound measurement equipment and software are also introduced. The document concludes that the designed muffler aims to minimize sound using new design parameters that will be tested by measuring sound levels.
Hydrogen And Fuel Cell Technology For A Sustainable FutureGavin Harper
The document discusses renewable energy sources like hydrogen produced from electrolysis of water using wind turbine power on the Scottish island of Unst. It describes how the hydrogen is then used in fuel cells to provide electricity, heat, and power for homes and vehicles on the island in a self-sufficient system without connections to the national grid. Examples are given of other projects using hydrogen and fuel cells from homes to larger buildings to demonstrate renewable energy integration and zero carbon energy systems.
Blending of ethanol in gasoline for petrol enginesRjRam
This ppt about the blended fuel vehicles. We are going to blend one of the biofuel ethanol which renewable energy source with petrol for using on petrol engine.
A partir du XIIème siècle, les techniques de construction s'améliorent. On décide de construire plus grand, plus haut. L'arc brisé et la croisée d'ogives déjà existant dans l'architecture romane se généralisent dans l'arc gothique mais c'est l'invention de l'arc-boutant qui permet aux constructions de véritablement gagner en légèreté.
L'art gothique se répand principalement dans le nord de la France ; Sens, Saint Denis, Laon, Paris, Bourges, Rouen, Chartres, Reims, Amiens, Beauvais...
Proton Exchange Membrane Fuel Cells (PEMFC) are promising contender as the next generation energy source because of their striking features including high energy density, low operating temperature, easy scale up and zero environmental pollution.
Catalysts are used with fuels such as hydrogen or methanol to produce hydrogen ions. Platinum, which is very expensive, is the catalyst typically used in this process. Companies are using nanoparticles of platinum to reduce the amount of platinum needed, or using nanoparticles of other materials to replace platinum entirely and thereby lower costs.
The document discusses using carbon nanotubes (CNTs) for hydrogen storage through chemisorption. CNTs are promising for hydrogen storage due to their high surface area and ability to form strong carbon-hydrogen bonds. Experimental results using X-ray absorption spectroscopy (XAS) and X-ray photoelectron spectroscopy (XPS) showed hydrogen could bond to CNTs at a level of 5.1% by weight, close to the theoretical maximum capacity, though challenges with kinetics and reversibility at room temperature remain.
Optical fiber lasers operate based on stimulated emission of photons from excited atoms or molecules within an active medium, such as rare earth doped silica fibers. They were first developed in the 1960s and have several advantages over solid-state lasers including high beam quality, efficiency, and thermal management. Fiber lasers are fabricated by first making a preform via modified chemical vapor deposition to dope the silica with rare earth ions. The preform is then drawn into an optical fiber, which can be structured using fiber Bragg gratings to form the laser cavity. Applications include materials processing, telecommunications, medicine, and directed energy weapons.
Biodiesel production in middle east opportunities and challenges jordan as ex...Ibrahim Farouk
Biodiesel production in middle east opportunities and challenges jordan as example jec edama 3rd nov. 2015
feel free to call us at info@biorotterdam.com
This document provides an overview of metals and metal by-products. It discusses the extraction of metals from ores through processes like pyrometallurgy and hydrometallurgy. It then describes various physical and mechanical properties of metals like hardness, conductivity, strength. Ferrous metals like iron and steel are explained in detail, along with common alloys. Non-ferrous metals discussed include aluminium, noting its use in modern construction for properties like durability, design flexibility, and surface finish options.
CHAPTER 01 INTRODUCTION TO PRINCIPLE OF EXTRACTION.pdfWeldebrhan Tesfaye
This document provides an overview of a course on the extraction of non-ferrous metals. It covers 10 chapters that discuss the principles and extraction methods of metals from various ore types, including oxide, sulfide, and halide ores. It also addresses the recovery of secondary metals. The document discusses the typical analysis of ferrous and non-ferrous metals, how metals are found in nature, and their various uses related to their properties. It provides examples of extracting some metals like silver, lead, iron, and aluminum from their respective ores.
This document discusses the design and analysis of an automotive muffler to improve noise reduction and reduce back pressure. It begins by introducing the objectives and types of mufflers. Next, it describes the design process, including dimensions for a proposed muffler model. Sound measurement equipment and software are also introduced. The document concludes that the designed muffler aims to minimize sound using new design parameters that will be tested by measuring sound levels.
Hydrogen And Fuel Cell Technology For A Sustainable FutureGavin Harper
The document discusses renewable energy sources like hydrogen produced from electrolysis of water using wind turbine power on the Scottish island of Unst. It describes how the hydrogen is then used in fuel cells to provide electricity, heat, and power for homes and vehicles on the island in a self-sufficient system without connections to the national grid. Examples are given of other projects using hydrogen and fuel cells from homes to larger buildings to demonstrate renewable energy integration and zero carbon energy systems.
Blending of ethanol in gasoline for petrol enginesRjRam
This ppt about the blended fuel vehicles. We are going to blend one of the biofuel ethanol which renewable energy source with petrol for using on petrol engine.
A partir du XIIème siècle, les techniques de construction s'améliorent. On décide de construire plus grand, plus haut. L'arc brisé et la croisée d'ogives déjà existant dans l'architecture romane se généralisent dans l'arc gothique mais c'est l'invention de l'arc-boutant qui permet aux constructions de véritablement gagner en légèreté.
L'art gothique se répand principalement dans le nord de la France ; Sens, Saint Denis, Laon, Paris, Bourges, Rouen, Chartres, Reims, Amiens, Beauvais...
Proton Exchange Membrane Fuel Cells (PEMFC) are promising contender as the next generation energy source because of their striking features including high energy density, low operating temperature, easy scale up and zero environmental pollution.
Durante mis vacaciones recientemente visité varios lugares interesantes y quería compartir algunas postales con ustedes. Tomé fotos en la playa, en un museo de arte y en un parque nacional donde pude ver la naturaleza en todo su esplendor. Espero que estas breves descripciones les den una idea de los lugares que visité y las experiencias que tuve durante mi viaje.
Este documento describe los principales atributos de los profesores-tutores certificados de CCINTEGRAL, incluyendo promover un ambiente educativo que valora la participación estudiantil y diversidad de opiniones, vincular lo aprendido con situaciones reales, fomentar el trabajo en equipo, y orientar oportunamente el proceso de enseñanza-aprendizaje. También resume los objetivos de aprendizaje al finalizar cada módulo de español, ciencias sociales, ciencias naturales y matemáticas.
Presentación quemuestra cómo los alumnos de último semestre visualizan las diferencias entre diseño para México y diseño para el resto del mundo... se abre la discusión en la última diapositiva
Perspectives de la TM cardiovasculaire. Définition, histoire, modalités et efficacité sont envisagés au regard de la littérature. Puis les questions économiques et les enjeux à la faveur d'un sondage récent de Medscape sont discutés.
Hexoskin : projet TI novateurs en prévention du vieillissement
Monsieur Pierre-Alexandre Fournier, Cofondateur et PDG Hexoskin - présentation 10 octobre dans le cadre de la grande conférence métropoline le FUTUR DE LA SANTÉ : innovez pour une population connectée.
1. 3ème rencontre paramédicale en cardiologie interventionnelle
de la région Nord-Est
Samedi 28 novembre 2015
TELECARDIOLOGIE
Pour qui ?
Pourquoi ?
Comment ?
PRIETO Stéphanie CH Haguenau
2. Qu’est ce que la télécardiologie ?
Certains stimulateurs cardiaques et défibrillateurs
peuvent être suivis à distance grâce à la Téléc@rdiologie.
Ce système permet de transmettre directement au
cardiologue des informations techniques (fonctionnement
de la prothèse…) et médicales (rythme cardiaque du
patient…).
Ainsi, des événements indésirables peuvent être
détectés précocement et de voir le patient plus
rapidement.
3. Il est important de garder à l’esprit que ce n'est
PAS UN SYSTÈME D’URGENCE.
Il ne permet pas non plus au médecin d'agir
immédiatement ou de changer la programmation sur le
stimulateur/défibrillateur.
En cas d'urgence ou de doute, il ne dispense pas
le patient d'appeler les secours.
Qu’est ce que la télécardiologie ?
4. Que faut il ?
Un émetteur
Les prothèses concernées sont aussi bien :
- des stimulateurs :
- des défibrillateurs :
6. Comment ça marche ?
La prothèse implantée est équipée d'un émetteur
particulier (1). Celui-ci émet, pour certains
automatiquement et d’autres de façon semi-automatique,
les informations sur le fonctionnement et le rythme
cardiaque au transmetteur (2).
Le transmetteur collecte les informations qui lui
sont fournies par l'appareil implanté et les transmet
automatiquement, sous forme de messages codés, via une
liaison de téléphonie mobile (3) au Centre de Service du
constructeur (4).
7. Les messages sont alors mis à disposition du
cardiologue en charge du suivi (5), sur un site Internet
sécurisé.
Il peut alors voir si l’appareil implanté fonctionne
correctement ou s'il convient de modifier le traitement
ou de convoquer le patient pour modifier la
programmation de la prothèse.
Ainsi, la Téléc@rdiologie sert au médecin d'aide
pratique au diagnostic.
Comment ça marche ?
10. Notre activité en rythmologie
2 postes à temps plein et 1 poste de libérale attachée qui
a une vacation de rythmologie interventionnelle.
L’équipe paramédicale est composée d’infirmiers et de
manipulateurs en radiologie.
Nos examens :
- Pace simple, double et triple,
- DAI,
- Examens d’électrophysiologie (exploration de His, voies
accessoires ..),
- Ablations de : voies accessoires, flutter, noeud AV et
Bouveret,
- Holters implantables.
11. Notre projet de télécardiologie
Ce projet a débuté en 2012.
Initialement, nos cardiologues s’occupaient du suivi
mais les paramédicaux de cardiologie interventionnelle
sont, depuis fin 2014, impliqués dans ce projet.
En effet, nous nous occupons de l'inclusion des
patients, de la remise du transmetteur, de l'information
du patient (et de sa famille) et du suivi quotidien des
alertes.
A ce jour, 100 patients sont suivis en télécardiologie.
12. Notre fonctionnement
▪L’inclusion à la télécardiologie
Qui ?
Quand ?
Le patient est informé par le rythmologue
interventionnel avant l’intervention ou directement en salle
d’intervention.
Si celui ci est d’accord le paramédical prépare le
dossier pour le patient avec un consentement.
Idéalement …tous les patients pour un défibrillateur et
certains stimulateurs selon l’indication et l’avis du médecin ou
au cours du suivi si événement particulier.
13. Comment ?
Le paramédical voit le patient dans sa chambre dans les
24 à 48h après l’implantation pour lui donner les
informations sur la télécardiologie grâce au support d’une
plaquette explicative et lui remet le boîtier
de télécardiologie.
Il récupère le consentement signé et au retour au
service, valide l’inclusion par téléphone ou directement
sur le site internet.
Notre fonctionnement
14. ▪Le suivi en télécardiologie
Qui ?
Tous les paramédicaux du service.
Quand ?
Tous les jours ouvrés.
Comment ?
Il faut se connecter sur le site du constructeur
grâce à un mot de passe commun à toute l’équipe.
www.latitude.bostonscientific.com
www.telecardiologie.net
www.telecardiologie@sjm.com
https://world.medtroniccarelink.net
https://www.Sorin-Smartview.com.
Notre fonctionnement
20. Rouge : pour des alertes urgentes.
Ex : - Les chocs inefficaces,
- Les sondes cassées,
- Les prothèses inactivées,
- Batterie de la prothèse.
Toutes ces alertes seront envoyées par mail.
21. Notre rôle lors d’une alerte
- Prendre connaissance du cas,
- Sortir le dossier du patient,
- En référer au médecin responsable pour décider de
la conduite à tenir.
Tout ceci est noté dans le dossier (traçabilité) du
patient et on confirmera l’alerte (problème traité).
22. Les avantages pour le patient
- Diminuer le nombre de visites ambulatoires,
- Maintenir une meilleure qualité de vie,
- Réduire le nombre d’hospitalisation,
- Organiser la gestion de la fin de vie du dispositif,
- Améliorer la sécurité du patient en alertant le
médecin lors de la survenue d’une dysfonction de
matériel ou d’un évènement clinique.
23. - Gérer les épisodes d’arythmie atriale et/ou
ventriculaire,
- Réduire la survenue des chocs inappropriés,
- Prévenir les épisodes de décompensation cardiaque par
évaluation hémodynamique,
- Gérer à distance les alertes de matériovigilance qui
nécessitent un suivi rapproché.
Les avantages pour le patient
24. Les avantages pour l’hôpital
- Réduire les frais de transport,
- Préserver du temps médical et infirmier,
- Réduire le temps d’hospitalisation.
et pour nous, paramédicaux…
- Diversification et acquisition de nouvelles
compétences,
- Dynamisation des pratiques professionnelles,
- Echanges entre médecins et paramédicaux.
25. Nos difficultés
- Réticence initiale liée à la prudence institutionnelle et
à l’absence de financement dédié,
- La formation initiale,
- La familiarisation avec les différents sites et
systèmes,
- Les retranscriptions…vers une informatisation ?
- Le temps…, une charge de travail supplémentaire.
26. Aspect financier
Le cadre de rémunération de la télésurveillance des
prothèses électroniques implantées n’est pas encore
défini, avec des disparités importantes en fonction des
différents pays mais revêt un caractère indispensable au
développement et à la pérennité du suivi par
télécardiologie.
L’acte de contrôle à distance d’un stimulateur ou
d’un DAI est pris en charge dans certains pays,
notamment aux Etats Unis pour les patients et en
Allemagne.
27. En France, à ce jour, le matériel de télécardiologie
est remboursé par la sécu :
- tarif LPPR en plus de la prothèse pour les DAI,
- tarif intégré au prix du pacemaker.
Le suivi est pour l'instant toujours non rémunéré
(pas d'acte CCAM).
Des pistes sont en cours...
Aspect financier
28. Aspect juridique
La télémédecine est un acte médical à part entière.
Le cardiologue est responsable du suivi des données
techniques et médicales. Il peut également déléguer
certaines opérations à des paramédicaux formés au
recueil des données.
L’industriel doit garantir un accès permanent et
informatiquement sécurisé aux données personnelles de
santé des patients.
29. Faut il créer un protocole de coopération ?
Aspect juridique
30. Perspectives
Des études sont toujours en cours pour quantifier
les apports cliniques et financiers, le service médical
rendu et les apports qualitatifs et organisationnels.
Pour faciliter le suivi par télémédecine, une
uniformisation des données entre les différents
industriels faciliterait grandement la compréhension, la
comparaison, et l’archivage des données.
A l’échelle internationale, la croissance des
investissements dans cette technique se constate
essentiellement dans les pays dits développés. Via une
ligne terrestre ou un satellite, une liaison électronique
peut aujourd’hui être créée entre n’importe quels sites
dans le monde.
31. Perspectives locales…
Etendre la télécardiologie aux constructeurs qui
l’ont développé plus récemment (Sorin).
Inclure des suivis de télécardiologie concernant les
données hémodynamiques (ouverture UTIC) :
- tensiomètre et balance pour le poids en bluetooth
sur le système Boston Latitude,
- suivi des apnées du sommeil proposé
par Boston et Sorin.