Anzeige
Mehr »
Sonntag, 11.05.2025 - Börsentäglich über 12.000 News
Radar-Projekt von Saga Metals: Rio Tintos nächstes strategisches Ziel im Titan-Vanadium-Rennen?!
Anzeige

Indizes

Kurs

%
News
24 h / 7 T
Aufrufe
7 Tage

Aktien

Kurs

%
News
24 h / 7 T
Aufrufe
7 Tage

Xetra-Orderbuch

Fonds

Kurs

%

Devisen

Kurs

%

Rohstoffe

Kurs

%

Themen

Kurs

%

Erweiterte Suche
PR Newswire
657 Leser
Artikel bewerten:
(2)

Rockwell Automation: Belgian Circular-Economy Startup Triple Helix Aims to Cut Foam-Recycling Emissions by 50% with Visionary New Facility

Finanznachrichten News

For the company's innovative new process work, it needed technology that is precise, intelligent and dependable

BRUSSELS, Sept. 20, 2023 /PRNewswire/ -- Rockwell Automation, Inc. (NYSE: ROK), the world's largest company dedicated to industrial automation and digital transformation, today announced a deal to provide Belgian recycling start-up Triple Helix with state-of-the-art process solution and intelligent power control systems.

Triple Helix specializes in advanced materials recycling. Based in Antwerp Belgium, the company is building an innovative new polyurethane foam recycling plant. Each year, European factories produce more than a million tonnes of polyurethane foam.

To achieve the level of precision and dependability required to make its vision a reality, Triple Helix chose Rockwell Automation PlantPAx 5.2 DCS process control combined with modular, configurable CUBIC power control panels.

"For the new plant to work, we need complete control over every stage of the process," said Triple Helix CEO Steven Peleman, "The system had to give us the insights and flexibility we needed to constantly optimize; we couldn't afford it to be a 'black box'. We also needed a partner with a global presence, who could work with us as we roll this technology out internationally. All these factors meant it had to be Rockwell Automation."

Founded in 2020, Triple Helix specializes in advanced materials recycling. Based in Antwerp Belgium, the company is building an innovative new polyurethane foam recycling plant. Each year, European factories produce more than a million tonnes of polyurethane foam.

Using its SurePure recycling technology, Triple Helix cleans used foam that has reached the end of its life, breaks it down into its chemical components and then uses these to produce new products. Material reincarnation or trying to preserve existing molecules at their end of life, is the core business of Triple Helix Molecules as a Service.

The recycling process is highly energy efficient, produces almost zero waste and compared with conventional disposal methods, it cuts greenhouse gas emissions by 50%. But for the new plant to work, Triple Helix needs constant precision control over the recycling process.

The company must be able to monitor and adjust every aspect of the process to ensure the highest-quality product and compliance with stringent safety standards. It also needs to be able to quickly re-configure to accommodate different grades of foam and to produce different end products, depending on what the market requires.

"We're proud to be the technology launch partner for Triple Helix," said Pierre Teszner, regional vice president for central and eastern Europe at Rockwell Automation. "Rockwell Automation is committed to helping our customers innovate and achieve their net zero targets. Triple Helix is a fantastic example of both. We're extremely excited to work with the company on its plant in Antwerp and on its eventual global roll out."

About Rockwell Automation
Rockwell Automation, Inc. (NYSE: ROK), is a global leader in industrial automation and digital transformation. We connect the imaginations of people with the potential of technology to expand what is humanly possible, making the world more productive and more sustainable. Headquartered in Milwaukee, Wisconsin, Rockwell Automation employs approximately 28,000 problem solvers dedicated to our customers in more than 100 countries. To learn more about how we are bringing the Connected Enterprise to life across industrial enterprises, visit www.rockwellautomation.com.

Rockwell Automation Logo

Photo - https://mma.prnewswire.com/media/2208566/Triple_Helix_Photo_achtergrond.jpg

Logo - https://mma.prnewswire.com/media/1981317/Rockwell_Automation_Logo.jpg

Cision View original content:https://www.prnewswire.co.uk/news-releases/belgian-circular-economy-startup-triple-helix-aims-to-cut-foam-recycling-emissions-by-50-with-visionary-new-facility-301925061.html

© 2023 PR Newswire
Die USA haben fertig! 5 Aktien für den China-Boom
Die Finanzwelt ist im Umbruch! Nach Jahren der Dominanz erschüttert Donald Trumps erratische Wirtschaftspolitik das Fundament des amerikanischen Kapitalismus. Handelskriege, Rekordzölle und politische Isolation haben eine Kapitalflucht historischen Ausmaßes ausgelöst.

Milliarden strömen aus den USA – und suchen neue, lukrative Ziele. Und genau hier kommt China ins Spiel. Trotz aller Spannungen wächst die chinesische Wirtschaft dynamisch weiter, Innovation und Digitalisierung treiben die Märkte an.

Im kostenlosen Spezialreport stellen wir Ihnen 5 Aktien aus China vor, die vom US-Niedergang profitieren und das Potenzial haben, den Markt regelrecht zu überflügeln. Wer jetzt klug investiert, sichert sich den Zugang zu den neuen Wachstums-Champions von morgen.

Holen Sie sich den neuesten Report! Verpassen Sie nicht, welche 5 Aktien die Konkurrenz aus den USA outperformen dürften, und laden Sie sich das Gratis-PDF jetzt kostenlos herunter.

Dieses exklusive Angebot gilt aber nur für kurze Zeit! Daher jetzt downloaden!
Werbehinweise: Die Billigung des Basisprospekts durch die BaFin ist nicht als ihre Befürwortung der angebotenen Wertpapiere zu verstehen. Wir empfehlen Interessenten und potenziellen Anlegern den Basisprospekt und die Endgültigen Bedingungen zu lesen, bevor sie eine Anlageentscheidung treffen, um sich möglichst umfassend zu informieren, insbesondere über die potenziellen Risiken und Chancen des Wertpapiers. Sie sind im Begriff, ein Produkt zu erwerben, das nicht einfach ist und schwer zu verstehen sein kann.