Sustainability

What's New

Die neue Acetylen-Anlage, die die fast 60-jährige alte Anlage am Verbundstandort Ludwigshafen ersetzt, kann jährlich 90.000 Tonnen der vielseitigen Chemikalie produzieren. Etwa 20 Betriebe am Standort Ludwigshafen nutzen Acetylen als vielseitig einsetzbaren chemischen Baustein und Ausgangsstoff für viele Produkte des täglichen Lebens. BASF-Kunden produzieren daraus Arzneimittel, Kunststoffe, Lösemittel, Elektrochemikalien sowie hochelastische Textilfasern zum Beispiel für die Automobil-, Pharma-, Bau-, Konsumgüter- und Textilindustrie. Die Einbindung der Anlage in das Verbundkonzept der BASF bietet die Vorteile einer effizienten Ressourcennutzung, exzellenter Produktionssynergien und kurzer Lieferwege. Damit baut die BASF die Wettbewerbsfähigkeit des Standorts Ludwigshafen langfristig weiter aus. Anlagenfahrer Hürriyet Kart (links) übermittelt der Messwarte Informationen von den Kontrollpunkten der Acetylen-Anlage.
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Latest News

結果: 504

Ultradur® RC1 is based on recycled PET from post-consumer packaging waste and is designed for demanding automotive applications such as brackets, housings, and connectors.
Photo: BASF and Adobe Stock, edited by BASF, 2026
Trade News | 2026年9月30日

BASF expands the Ultradur® portfolio with new grades based on post-consumer recycled PET

Ludwigshafen, Germany – BASF is expanding its portfolio of engineering plastics with new Ultradur® grades designed to help automotive manufacturers and suppliers increase the recycled content of their products while meeting demanding technical requirements.
Paper coating binders produced at the Ludwigshafen Verbund site are now available with approximately 20% to 45% lower Product Carbon Footprints than the corresponding conventional products.
Photo: BASF
Trade News | 2026年9月23日

BASF launches paper coating dispersions with reduced Product Carbon Footprint designed to enable cost-effective CO2 reduction

BASF is launching a portfolio of dispersions for paper coating with a reduced Product Carbon Footprint (rPCF). Paper coating binders produced at the Ludwigshafen Verbund site are now available with approximately 20% to 45% lower Product Carbon Footprints* than the corresponding conventional products.
Innovative Ultramid® H enables smokability of sausages in artificial casings with subsequent drying.
Photo: BASF
Trade News | 2026年9月17日

BASF at Fakuma 2026: Resilience, Sustainability, Performance: Why the Plastics Industry No Longer Has to Choose

Geopolitical uncertainties, regulatory requirements, and increasing performance expectations are reshaping the plastics industry. At Fakuma 2026, BASF will demonstrate under the guiding theme #OurPlasticsJourney how the perceived trade-offs between sustainability, resilience, and performance can be overcome.
BASF is driving the green transformation of the plastics industry with Green Energy Manufacturing. By using renewable energy in production, customers can reduce product carbon footprints without changing processes, quality, or specifications. Real-world examples from BOSCH and Eaton demonstrate significant CO₂ savings along with clear business and cost advantages.
Photo: BASF
Trade News | 2026年8月5日

Green Energy Manufacturing: BASF Drives Renewable Energy Use in the Plastics Industry

As sustainability becomes an increasingly important business priority, driven by growing expectations for transparency, CO₂ reduction, and circularity across the value chain, companies are looking for practical solutions to accelerate their transformation.
Circular economy means decoupling growth from resource consumption. The image represents the variety of plastic waste generated by an average household. The aim is to establish a new understanding of plastic waste as a resource and to view research into recycling options as an opportunity. BASF contributes to closing and expanding the loops by developing and implementing circular solutions for various materials, further optimizing our operations, and offering resource-efficient products and services that support our customers' circular goals.
Photo: BASF
Business & Financial News | 2026年7月30日

Mix of tech­nolo­gies required to recycle engineering plastics

A mix of recycling technologies is necessary to ensure that a broad variety of plastics can be recycled. Unlike high-volume commodity plastics such as the polyolefins used in packaging, specialty plastics often require recycling technologies tailored to their specific properties and applications.