Agilyx ASA reports Styrenyx analysis shows CO2 emission reductions of up to 86%
Agilyx ASA (OTCQX: AGXXF) has announced significant environmental achievements for its proprietary Styrenyx recycling technology. A third-party reviewed Product Carbon Footprint report by Sphera Solutions reveals that Styrenyx's depolymerization of waste polystyrene can reduce CO2 emissions by up to 86% compared to fossil-based production when using renewable energy.
The ISO 14067:2018 compliant study shows that even when powered by a standard electrical grid, Styrenyx can achieve a minimum of 46% reduction in carbon-equivalent emissions, surpassing the previously reported 38% savings from March 2025. This cradle-to-gate analysis demonstrates Agilyx's commitment to sustainable plastic recycling solutions.
Agilyx ASA (OTCQX: AGXXF) ha annunciato importanti risultati ambientali ottenuti con la sua tecnologia proprietaria di riciclo Styrenyx. Un rapporto sul Product Carbon Footprint esaminato da terzi, redatto da Sphera Solutions, rileva che la depolimerizzazione degli scarti di polistirene effettuata con Styrenyx pu貌 ridurre le emissioni di CO2 fino all'86% rispetto alla produzione basata su fonti fossili quando viene impiegata energia rinnovabile.
Lo studio conforme alla norma ISO 14067:2018 mostra che, anche alimentato dalla rete elettrica standard, Styrenyx pu貌 ottenere una riduzione minima del 46% delle emissioni equivalenti di carbonio, superando il risparmio del 38% riportato a marzo 2025. Questa analisi cradle-to-gate dimostra l'impegno di Agilyx per soluzioni sostenibili nel riciclo della plastica.
Agilyx ASA (OTCQX: AGXXF) ha anunciado logros ambientales significativos para su tecnolog铆a de reciclaje propietaria Styrenyx. Un informe de Huella de Carbono del Producto revisado por un tercero, elaborado por Sphera Solutions, revela que la despolimerizaci贸n de residuos de poliestireno con Styrenyx puede reducir las emisiones de CO2 hasta en un 86% frente a la producci贸n basada en combustibles f贸siles cuando se utiliza energ铆a renovable.
El estudio, conforme a la norma ISO 14067:2018, muestra que incluso alimentado por la red el茅ctrica est谩ndar, Styrenyx puede lograr una reducci贸n m铆nima del 46% en emisiones equivalentes de carbono, superando el 38% de ahorro informado en marzo de 2025. Este an谩lisis cradle-to-gate demuestra el compromiso de Agilyx con soluciones de reciclaje de pl谩stico sostenibles.
Agilyx ASA (OTCQX: AGXXF)電� 鞛愳偓鞚� 霃呾爯 鞛櫆鞖� 旮办垹 Styrenyx臧� 瓯半憯 欷戩殧頃� 頇橁步鞝� 靹标臣毳� 氚滍憸頄堨姷雼堧嫟. Sphera Solutions臧� 靾橅枆頃� 鞝�3鞛� 瓴�韱� 鞝滍拡 韮勳唽氚滌瀽甑� 氤搓碃靹滌棎 霐半ゴ氅� Styrenyx毳� 鞚挫毄頃� 韽愴彺毽姢韹半爩鞚� 韮堨頃╈潃 鞛儩鞐愲剤歆�毳� 靷毄頃� 瓴届毎 頇旍劃 旮半皹 靸濎偘鞐� 牍勴暣 CO2 氚办稖鞚� 斓滊寑 86%旯岇 欷勳澕 靾� 鞛堨姷雼堧嫟.
ISO 14067:2018鞐� 攵�頃╉晿電� 鞚� 鞐瓣惮電� 響滌 鞝勲牓毵濎溂搿� 甑彊霅� 霑岇棎霃� Styrenyx臧� 斓滌唽 46%鞚� 韮勳唽 頇橃偘 氚办稖 鞝�臧�鞚� 雼劚頃� 靾� 鞛堨潓鞚� 氤挫棳欤茧┌, 鞚措姅 2025雲� 3鞗旍棎 氤搓碃霅� 38% 鞝堦皭旃橂ゼ 電リ皜頃╇媹雼�. 氤� 鞝勱臣鞝�(cradle-to-gate) 攵勳劃鞚� 頂岆澕鞀ろ嫳 鞛櫆鞖╈潣 歆�靻嶊皜電レ劚鞐� 雽�頃� Agilyx鞚� 鞚橃毳� 鞛呾頃╇媹雼�.
Agilyx ASA (OTCQX: AGXXF) a annonc茅 des r茅sultats environnementaux significatifs pour sa technologie de recyclage propri茅taire Styrenyx. Un rapport d'empreinte carbone produit, revu par un tiers et r茅alis茅 par Sphera Solutions, r茅v猫le que la d茅polym茅risation des d茅chets de polystyr猫ne par Styrenyx peut r茅duire les 茅missions de CO2 jusqu'脿 86% par rapport 脿 une production d'origine fossile lorsqu'une 茅nergie renouvelable est utilis茅e.
Cette 茅tude conforme 脿 la norme ISO 14067:2018 montre que, m锚me aliment茅 par un r茅seau 茅lectrique standard, Styrenyx peut atteindre une r茅duction minimale de 46% des 茅missions en 茅quivalent carbone, d茅passant les 38% d'茅conomies rapport茅s en mars 2025. Cette analyse cradle-to-gate t茅moigne de l'engagement d'Agilyx en faveur de solutions de recyclage du plastique durables.
Agilyx ASA (OTCQX: AGXXF) hat bedeutende Umwelterfolge f眉r seine propriet盲re Recyclingtechnologie Styrenyx bekanntgegeben. Ein von Dritten gepr眉ftes Product Carbon Footprint鈥揃ericht von Sphera Solutions zeigt, dass die Depolymerisation von Polystyrolabf盲llen mit Styrenyx die CO2-Emissionen um bis zu 86% gegen眉ber fossiler Produktion senken kann, wenn erneuerbare Energie eingesetzt wird.
Die nach ISO 14067:2018 erstellte Studie belegt, dass Styrenyx selbst bei Betrieb mit dem konventionellen Stromnetz eine Mindestreduktion von 46% der CO2-脛quivalente erzielt und damit die im M盲rz 2025 berichteten 38% Einsparung 眉bertrifft. Diese Cradle-to-Gate-Analyse unterstreicht Agilyx' Engagement f眉r nachhaltige Kunststoffrecyclingl枚sungen.
- Up to 86% reduction in CO2 emissions when using renewable energy
- Minimum 46% carbon emission reduction with standard grid power, exceeding previous 38% estimate
- Third-party validation confirms environmental benefits of proprietary technology
- None.
To better assess the carbon footprint of Styrenyx, our advanced recycling, post-consumer听waste circular styrene production, Agilyx commissioned Sphera Solutions, Inc. to perform a cradle-to-gate product carbon footprint (PCF) consistent with ISO 14067:2018 standards, and compare results to conventional production of styrene from fossil resources. As announced in March 2025, the results have now been reviewed by a third party, confirming that when Styrenyx uses renewable energy to recycle polystyrene (PS) to styrene, it can reduce up to
"Our advanced recycling technology not only enables a circular economy for plastic, it does so with lower-carbon impact. Investing in and choosing innovative solutions for plastic waste is essential for building the infrastructure needed for a lower-carbon, more sustainable future, and helps solve the plastic waste crisis", said Chris Faulkner, Chief Technology Officer of Agilyx.
Download the full report by visiting our website:
颁翱狈罢础颁罢:听
Inquiries: [email protected]
Learn more at:
For media resources, visit:
Stay in the loop by following our
This information was brought to you by Cision
The following files are available for download:
| Agilyx-0283-edit |
听
View original content:
SOURCE Agilyx
FAQ
What are the CO2 emission reduction capabilities of Agilyx's Styrenyx technology?
How does AGXXF's Styrenyx technology compare to traditional styrene production methods?
Who validated the environmental benefits of Agilyx's Styrenyx technology?
What improvement in carbon emission reduction did AGXXF report compared to March 2025?
