Evaluation du site frontis-energy.ch
Généré le 17 Janvier 2026 01:25
Vieilles statistiques? UPDATE !
Le score est de 58/100
Optimisation du contenu
Titre
Frontis Energy – Frontiers in Environmental Technology
Longueur : 54
Parfait, votre titre contient entre 10 et 70 caractères.
Description
Longueur : 0
Très mauvais. Nous n'avons pas trouvé de balise META description sur votre page. Utilisez ce générateur gratuit de balises META en ligne pour créer une description.
Mots-clefs
Très mauvais. Nous n'avons pas trouvé de balise META keywords sur votre page. Utilisez ce générateur gratuit de balises META en ligne pour créer des mots-clés.
Propriétés Open Graph
Bien, cette page profite des balises META Open Graph.
| Propriété | Contenu |
|---|---|
| type | website |
| title | Frontis Energy |
| description | Frontiers in Environmental Technology |
| url | https://frontis-energy.com/ |
| site_name | Frontis Energy |
| image | https://frontis-energy.com/wp-content/uploads/2025/07/cropped-frontis_modern_mini_transparent.png |
| image:width | 512 |
| image:height | 512 |
| locale | en_US |
Niveaux de titre
| H1 | H2 | H3 | H4 | H5 | H6 |
| 1 | 11 | 0 | 0 | 0 | 0 |
- [H1]
- [H2] Polyelectrolyte coatings for ion-exchange membranes in electrodialysis
- [H2] Transforming water systems with scalable membrane solutions
- [H2] Sulfonated clay and carbon nanotubes Nafion™-based proton exchange membranes
- [H2] Advancing wastewater sustainability: Nafion-powered ammonium recovery
- [H2] Stability of anion exchange membranes for electrolysis
- [H2] Advances in ammonium recovery with bioelectrical systems
- [H2] Improved membrane configurations for capacitive flow-electrode desalination
- [H2] Electrolytic water splitting for binders in building material
- [H2] From waste heat to ultrapure water: A new technology transforming renewable hydrogen
- [H2] Unlocking the potential of conducting polymers for sustainable water treatment and energy solutions
- [H2] Posts pagination
Images
Nous avons trouvé 18 image(s) sur cette page Web.
12 attribut(s) alt sont vides ou manquants. Ajouter un texte alternatif permet aux moteurs de recherche de mieux comprendre le contenu de vos images.
Ratio texte/HTML
Ratio : 17%
Bien, le ratio de cette page texte/HTML est supérieur à 15, mais inférieur à 25 pour cent.
Flash
Parfait, aucun contenu FLASH n'a été détecté sur cette page.
Iframe
Génial, il n'y a pas d'Iframes détectés sur cette page.
Liens
Réécriture d'URLs
Bien. Vos liens sont optimisés!
Tiret bas dans les URLs
Parfait! Aucuns soulignements détectés dans vos URLs.
Liens dans la page
Nous avons trouvé un total de 225 lien(s) dont 7 lien(s) vers des fichiers
| Texte d'ancre | Type | Juice |
|---|---|---|
| Skip to navigation | Interne | Passing Juice |
| Skip to content | Interne | Passing Juice |
| Home | Externe | Passing Juice |
| Contact | Externe | Passing Juice |
| Topics | Externe | Passing Juice |
| Paper of the Month | Externe | Passing Juice |
| CO2 Blog | Externe | Passing Juice |
| Corrosion | Externe | Passing Juice |
| Green Energy | Externe | Passing Juice |
| Bioenergy | Externe | Passing Juice |
| Energy storage | Externe | Passing Juice |
| Fuel Cells | Externe | Passing Juice |
| Hydro Power | Externe | Passing Juice |
| Solar Power | Externe | Passing Juice |
| Wind Energy | Externe | Passing Juice |
| Shop | Externe | Passing Juice |
| Frontis Energy DIY fuel cell manual | Externe | Passing Juice |
| admin | Externe | Passing Juice |
| Polyelectrolyte coatings for ion-exchange membranes in electrodialysis | Externe | Passing Juice |
| Ion exchange membranes | Externe | Passing Juice |
| electrodialysis | Externe | Passing Juice |
| membrane electrolysis | Externe | Passing Juice |
| flow batteries | Externe | Passing Juice |
| cation exchange membranes | Externe | Passing Juice |
| published | Externe | Passing Juice |
| polyallylamine | Externe | Passing Juice |
| polystyrene sulfonic acid | Externe | Passing Juice |
| Donnan | Externe | Passing Juice |
| Water | Externe | Passing Juice |
| calcium | Externe | Passing Juice |
| cation exchange membrane | Externe | Passing Juice |
| coions | Externe | Passing Juice |
| dialysis diffusion | Externe | Passing Juice |
| diffusion dialysis | Externe | Passing Juice |
| electrodialysis | Externe | Passing Juice |
| flow batteries | Externe | Passing Juice |
| ion leakage | Externe | Passing Juice |
| ion-exchange membranes | Externe | Passing Juice |
| Journal of Membrane Science | Externe | Passing Juice |
| magnesium | Externe | Passing Juice |
| membrane electrolysis | Externe | Passing Juice |
| multilayer coating | Externe | Passing Juice |
| polyallylamine | Externe | Passing Juice |
| polyelectrolyte | Externe | Passing Juice |
| polyelectrolyte multilayer | Externe | Passing Juice |
| polystyrene sulfonate | Externe | Passing Juice |
| Wageningen University | Externe | Passing Juice |
| water permeability | Externe | Passing Juice |
| Transforming water systems with scalable membrane solutions | Externe | Passing Juice |
| membrane | Externe | Passing Juice |
| water purification | Externe | Passing Juice |
| bioprocessing | Externe | Passing Juice |
| phase separation | Externe | Passing Juice |
| fouling | Externe | Passing Juice |
| published | Externe | Passing Juice |
| polyethylene glycol | Externe | Passing Juice |
| polyvinylpyrrolidone | Externe | Passing Juice |
| biopharmaceutical | Externe | Passing Juice |
| food processing | Externe | Passing Juice |
| biofouling | Externe | Passing Juice |
| Catholic Univerity Leuven | Externe | Passing Juice |
| energy generation | Externe | Passing Juice |
| MDPI Membranes | Externe | Passing Juice |
| membrane production | Externe | Passing Juice |
| membranes | Externe | Passing Juice |
| phase inversion | Externe | Passing Juice |
| water purification | Externe | Passing Juice |
| Sulfonated clay and carbon nanotubes Nafion™-based proton exchange membranes | Externe | Passing Juice |
| proton exchange membrane fuel cells | Externe | Passing Juice |
| Nafion™ | Externe | Passing Juice |
| perfluorosulfonic acid (PFSA) | Externe | Passing Juice |
| published | Externe | Passing Juice |
| carbon nanotubes | Externe | Passing Juice |
| clay | Externe | Passing Juice |
| glass transition temperature | Externe | Passing Juice |
| Materials for Renewable and Sustainable Energy | Externe | Passing Juice |
| perfluorosulfonic acid | Externe | Passing Juice |
| proton exchange membrane | Externe | Passing Juice |
| proton exchange membrane fuel cell | Externe | Passing Juice |
| University of Calabria | Externe | Passing Juice |
| Advancing wastewater sustainability: Nafion-powered ammonium recovery | Externe | Passing Juice |
| bioelectrical systems | Externe | Passing Juice |
| galvanic cells | Externe | Passing Juice |
| Nafion 115 membrane | Externe | Passing Juice |
| ammonium | Externe | Passing Juice |
| Haber-Bosch process | Externe | Passing Juice |
| redox potential | Externe | Passing Juice |
| perfluorosulfonic acid | Externe | Passing Juice |
| earlier report | Externe | Passing Juice |
| 10.3389/fenrg.2019.00017 | Externe | Passing Juice |
| ammonium oxidation | Externe | Passing Juice |
| bioelectrical system | Externe | Passing Juice |
| energy recovery | Externe | Passing Juice |
| Hydrogen production | Externe | Passing Juice |
| nafion | Externe | Passing Juice |
| nitrogen removal | Externe | Passing Juice |
| nutrient recovery | Externe | Passing Juice |
| wastewater treatment | Externe | Passing Juice |
| Stability of anion exchange membranes for electrolysis | Externe | Passing Juice |
| water electrolyzers | Externe | Passing Juice |
| fuel cells | Externe | Passing Juice |
| perfluorinated proton exchange membranes | Externe | Passing Juice |
| anion exchange membranes | Externe | Passing Juice |
| metal catalysts | Externe | Passing Juice |
| hydrogen peroxide | Externe | Passing Juice |
| hydroxyl radicals | Externe | Passing Juice |
| polymer membranes | Externe | Passing Juice |
| electromagnetic pulse radiation | Externe | Passing Juice |
| published | Externe | Passing Juice |
| potassium nitrite | Externe | Passing Juice |
| titanium oxide | Externe | Passing Juice |
| anion exchange membrane | Externe | Passing Juice |
| electrolysis | Externe | Passing Juice |
| ETH Zurich | Externe | Passing Juice |
| fuel cells | Externe | Passing Juice |
| Fumasep | Externe | Passing Juice |
| hydroxyl radical | Externe | Passing Juice |
| Piperion | Externe | Passing Juice |
| polynorbornene | Externe | Passing Juice |
| potassium nitrite | Externe | Passing Juice |
| SINTEF | Externe | Passing Juice |
| superoxide radical | Externe | Passing Juice |
| titanium oxide | Externe | Passing Juice |
| zoba | Externe | Passing Juice |
| Advances in ammonium recovery with bioelectrical systems | Externe | Passing Juice |
| Haber-Bosch process | Externe | Passing Juice |
| microbial fuel cells | Externe | Passing Juice |
| microbial electrolysis cells | Externe | Passing Juice |
| Exoelectrogens | Externe | Passing Juice |
| demonstrated | Externe | Passing Juice |
| published | Externe | Passing Juice |
| hydrophobic membrane | Externe | Passing Juice |
| ammonium nitrogen | Externe | Passing Juice |
| Autonomous University of Barcelona | Externe | Passing Juice |
| Bioelectrochemistry | Externe | Passing Juice |
| exoelectrogens | Externe | Passing Juice |
| MECs | Externe | Passing Juice |
| membrane | Externe | Passing Juice |
| MFCs | Externe | Passing Juice |
| microbial electrolysis cells | Externe | Passing Juice |
| microbial fuel cells | Externe | Passing Juice |
| Improved membrane configurations for capacitive flow-electrode desalination | Externe | Passing Juice |
| desalination | Externe | Passing Juice |
| capacitive deionization | Externe | Passing Juice |
| carbon electrodes | Externe | Passing Juice |
| membranes | Externe | Passing Juice |
| galvanic cells | Externe | Passing Juice |
| published | Externe | Passing Juice |
| cation membrane | Externe | Passing Juice |
| anion membrane | Externe | Passing Juice |
| AEM | Externe | Passing Juice |
| carbon electrodes | Externe | Passing Juice |
| CEMs | Externe | Passing Juice |
| desalination | Externe | Passing Juice |
| FCDI | Externe | Passing Juice |
| flow-electrode capacitive deionization | Externe | Passing Juice |
| ion exchange membrane | Externe | Passing Juice |
| RWTH Aachen | Externe | Passing Juice |
| seawater | Externe | Passing Juice |
| Electrolytic water splitting for binders in building material | Externe | Passing Juice |
| Sorel cement | Externe | Passing Juice |
| calcination | Externe | Passing Juice |
| magnesium oxide | Externe | Passing Juice |
| magnesium hydroxide ( | Externe | Passing Juice |
| ) | Externe | Passing Juice |
| electrochemical water splitting | Externe | Passing Juice |
| published | Externe | Passing Juice |
| dypingite | Externe | Passing Juice |
| nesquehonite | Externe | Passing Juice |
| electrodes | Externe | Passing Juice |
| electrolytes | Externe | Passing Juice |
| 10.1016/j.desal.2025.118928. | Externe | Passing Juice |
| building materials | Externe | Passing Juice |
| calcination process | Externe | Passing Juice |
| Columbia University | Externe | Passing Juice |
| hydroxide production | Externe | Passing Juice |
| magnesium cement | Externe | Passing Juice |
| water splitting | Externe | Passing Juice |
| From waste heat to ultrapure water: A new technology transforming renewable hydrogen | Externe | Passing Juice |
| fossil fuels | Externe | Passing Juice |
| poisoning | Externe | Passing Juice |
| chloride oxidation to chlorine | Externe | Passing Juice |
| electrolyzer | Externe | Passing Juice |
| Reverse osmosis | Externe | Passing Juice |
| Membrane distillation | Externe | Passing Juice |
| membrane | Externe | Passing Juice |
| published | Externe | Passing Juice |
| 10.1016/j.desal.2025.118848 | Externe | Passing Juice |
| Environmental sustainability | Externe | Passing Juice |
| Fraunhofer Institute for Solar Energy Systems | Externe | Passing Juice |
| Hydrogen production policy | Externe | Passing Juice |
| Membrane distillation | Externe | Passing Juice |
| reverse osmosis | Externe | Passing Juice |
| Seawater desalination challenges | Externe | Passing Juice |
| Sustainable energy | Externe | Passing Juice |
| techno-economic analysis | Externe | Passing Juice |
| Ultrapure water | Externe | Passing Juice |
| Waste heat utilization | Externe | Passing Juice |
| Unlocking the potential of conducting polymers for sustainable water treatment and energy solutions | Externe | Passing Juice |
| Carbon cloth | Externe | Passing Juice |
| microbial fuel cells | Externe | Passing Juice |
| chemical vapor deposition | Externe | Passing Juice |
| published | Externe | Passing Juice |
| antimony pentachloride | Externe | Passing Juice |
| poly(3,4-ethylenedioxythiophene) | Externe | Passing Juice |
| Advanced Materials Interfaces | Externe | Passing Juice |
| antimony pentachloride | Externe | Passing Juice |
| carbon cloth electrodes | Externe | Passing Juice |
| conducting polymers | Externe | Passing Juice |
| electrochemical processes | Externe | Passing Juice |
| energy storage | Externe | Passing Juice |
| oCVD | Externe | Passing Juice |
| oxidative chemical vapor deposition | Externe | Passing Juice |
| PEDOT | Externe | Passing Juice |
| Poly-3 4-ethylendioxythiophene | Externe | Passing Juice |
| San Diego State University | Externe | Passing Juice |
| SbCl5 | Externe | Passing Juice |
| 2 | Externe | Passing Juice |
| 10 | Externe | Passing Juice |
| Deutsch | Externe | Passing Juice |
| English | Externe | Passing Juice |
| Nafion™ Membranes | Interne | Passing Juice |
| Graphite granules | Externe | Passing Juice |
| Carbon Cloth Electrodes | Externe | Passing Juice |
| Built with Storefront | Externe | Passing Juice |
Mots-clefs
Nuage de mots-clefs
wastewater from carbon water energy ammonium production membrane membranes electrodes
Cohérence des mots-clefs
| Mot-clef | Contenu | Titre | Mots-clefs | Description | Niveaux de titre |
|---|---|---|---|---|---|
| energy | 46 |  |
 |
|
|
| from | 27 | |
|
|
|
| ammonium | 27 | |
|
|
|
| membrane | 25 | |
|
|
|
| wastewater | 25 | |
|
|
|
Ergonomie
Url
Domaine : frontis-energy.ch
Longueur : 17
Favicon
Génial, votre site web dispose d'un favicon.
Imprimabilité
Aucun style CSS pour optimiser l'impression n'a pu être trouvé.
Langue
Bien. Votre langue est : en.
Dublin Core
Cette page ne profite pas des métadonnées Dublin Core.
Document
Doctype
HTML 5
Encodage
Parfait. Votre charset est UTF-8.
Validité W3C
Erreurs : 0
Avertissements : 0
E-mail confidentialité
Génial, aucune adresse e-mail n'a été trouvé sous forme de texte!
HTML obsolètes
Génial! Nous n'avons pas trouvé de balises HTML obsolètes dans votre code.
Astuces vitesse
|
Excellent, votre site n'utilise pas de tableaux imbriqués. |
|
Mauvais, votre site web utilise des styles css inline. |
|
Mauvais, votre site web contient trop de fichiers CSS (plus de 4). |
|
Mauvais, votre site web contient trop de fichiers javascript (plus de 6). |
|
Parfait : votre site tire parti de gzip. |
Mobile
Optimisation mobile
|
Icône Apple |
|
Méta tags viewport |
|
Contenu FLASH |
Optimisation
Sitemap XML
Votre site web dispose d’une sitemap XML, ce qui est optimal.
| https://frontis-energy.com/sitemap.xml |
| https://frontis-energy.com/sitemap.html |
Robots.txt
http://frontis-energy.ch/robots.txt
Votre site dispose d’un fichier robots.txt, ce qui est optimal.
Mesures d'audience
Manquant
Nous n'avons trouvé aucun outil d'analytics sur ce site.
Un outil de mesure d'audience vous permet d'analyser l’activité des visiteurs sur votre site. Vous devriez installer au moins un outil Analytics. Il est souvent utile d’en rajouter un second, afin de confirmer les résultats du premier.
PageSpeed Insights
Dispositif
Les catégories
Website-SEO-Überprüfung
Website-SEO-Überprüfung est un outil gratuit de référencement qui vous aidera à analyser vos pages web