Continuum Powders, a provider of steel additive manufacturing powders, is on a mission to develop options that empower industries to optimize sources and cut back waste. And it’s not simply lip service, both. This spring, the Industrial Sustainability Laboratory at Oregon State College (OSU) accomplished an impartial life cycle evaluation (LCA) of Continuum’s course of, and located that its proprietary Greyhound Soften-to-Powder (M2P) know-how lowers carbon emissions by almost 100% when in comparison with conventional nickel powder manufacturing strategies. This LCA is the main focus of our upcoming webinar with Continuum Powders.
The outcomes of this LCA present simply how sustainable steel powder can really be. The OSU researchers in contrast a number of manufacturing eventualities, and located that the standard methodology, which makes use of 100% energy-intensive virgin nickel, contributes to 96% of the worldwide warming potential (GWP) within the course of. Continuum’s M2P differs from this methodology, as it could possibly convert recycled nickel scrap into high-performance AM powders with out the usage of chemical changes or remelting. Utilizing 100% recycled nickel and inexperienced power sources, the LCA decided that Continuum’s methodology achieved a 99.7% discount in carbon emissions.
The implications are thrilling for the AM trade, because the development helps main decarbonization targets in crucial sectors corresponding to power, aerospace, and protection, which require high-performance powders. With Continuum’s sustainable M2P course of, producers will be capable of improve provide chain resilience, cut back their dependency on uncooked supplies, and majorly reduce emissions.
Premium steel powders. Picture courtesy of Continuum Powders.
Should you’re concerned about studying extra in regards to the outcomes of this LCA, be a part of us for a webinar on Tuesday, July 1st, at 12 pm ET.
Moderated by Scott Dunham, Govt Vice President of Analysis at Additive Manufacturing Analysis (AM Analysis), the webinar, “Reclaiming Worth: Turning Nickel Scrap into Sustainability, Financial savings, & Provide Chain Power,” will discover this breakthrough. The skilled audio system embrace Dr. Sunil Badwe, Vice President of Analysis & Growth at Continuum, and OSU’s Dr. Karl R. Haapala, a Professor within the Faculty of Mechanical, Industrial, and Manufacturing Engineering, and Kamyar Raoufi, a post-doctoral scholar in the identical faculty.
“On this webinar, we’ll break down the findings from the LCA examine and discover how this work is reshaping the way forward for additive manufacturing for power, aerospace, and protection. Be part of educational researchers, trade consultants, and Continuum Powders’ management to debate what this implies for producers looking for actual carbon discount, cost-effective materials methods, and round provide chain options.”
Through the interactive webinar, attendees will be taught the important thing methodology and outcomes from the LCA examine, the real-world implications for producers who’re underneath stress to satisfy ESG targets, why recycled feedstock can outperform 100% virgin materials in each price and sustainability, and the way Continuum Powders allows a closed-loop mannequin with ASTM Worldwide-grade output. The audio system may also focus on what’s subsequent when it comes to rising round financial system fashions throughout industries. You possibly can register for the webinar right here.
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