Alternative image

Innovation and Sustainability in 3D Printing

Alternative image
At Evonik, sustainability is more than a strategic pillar—it is a mindset that drives how we innovate, operate, and lead. Through Next Generation Solutions, Technologies, and Culture, we shape a portfolio that enables climate action, resource efficiency, and circularity—creating measurable impact for a better tomorrow.

Dr. Ralf Düssel | Head of Sustainability | Evonik


A Decade of Innovation and Sustainability in 3D Printing

Tuesday, September 9, 2025, 9 A.M.: HP Inc., Barcelona (Spain)

Today at HP’s Barcelona site, Alex Moñino (Senior Vice President, Additive Manufacturing Solutions), Clara Remacha Corbalán (Head of Product Management, Additive Manufacturing Solutions), and Gonzalo Galobart (Sustainability Program Lead Additive Manufacturing Solutions) from HP Inc. meet with Dominic Störkle (Senior Vice President, Long Chain Polyamides), Dr. Arnim Kraatz (Head of Marketing Additive Manufacturing), Holger Renners (Director Marketing Additive Manufacturing), and Wolfgang Diekmann (Director of Powders Development RD&I HP) from Evonik to discuss innovation and sustainability in 3D printing.

From left to right: Gonzalo Galobart, Wolfgang Diekmann, Alex Moñino , Dominic Störkle, Holger Renners, Clara Remacha Corbalán, Arnim Kraatz
From left to right:  Gonzalo Galobart, Wolfgang Diekmann, Alex Monino , Dominic Störkle, Holger Renners, Clara Remacha Corbalan,  Arnim Kraatz

In the podcast

Clara Remacha Corbalán (Head of Product Management, Additive Manufacturing Solutions | HP Inc.) and Arnim Kraatz (Head of Marketing Additive Manufacturing at Evonik’s High Performance Polymers business line) discuss their companies’ long-term collaboration on sustainability and advancements in 3D printing technology. They highlight the importance of recycling waste materials and reducing the carbon footprint of their products, achieving a 30 percent reduction in the carbon footprint of Multi Jet Fusion parts. They also talk about how lower costs increase the use of additive manufacturing in general, and how the biggest growing industries for additive manufacturing are currently orthotics, prosthetics, and drones. The two experts mention the development of new materials, such as flame-retardant grades, to meet industry demands and enhance production capabilities. Overall, the podcast reflects a commitment to innovation and collaboration in the pursuit of sustainable manufacturing practices.

Alternative image

Alternative image
At HP, sustainability is not just a responsibility—it is an opportunity to drive positive change. Our strategy rests on three pillars: climate action, human rights, and digital equity, all powered by innovation and partnerships.

Alex Moñino (Senior Vice President, Additive Manufacturing Solutions | HP Inc.)

In Dialogue

Clara Remacha Corbalán, Head of Product Management, Additive Manufacturing Solutions at HP Inc., and Dr. Arnim Kraatz, Head of Marketing Additive Manufacturing at Evonik, sit down to discuss how their partnership evolves. Their conversation highlights the impressive progress since 2016, when PA12 was first introduced for Multi Jet Fusion (MJF) technology. What began as a focus on prototyping grows into a robust portfolio of industrial applications in final products, showcasing the transformative power of additive manufacturing across multiple sectors.


Multi Jet Fusion Technology

Multi Jet Fusion (MJF) is an additive manufacturing technology that produces high-quality, functional 3D-printed parts. It is a powder-based process that uses fine polymer powders, like PA12. MJF employs a liquid “fusing agent” and infrared heat. During printing, a fusing agent  applies to areas where the powder should melt and solidify, while a detailing agent applies around the edges to enhance precision and surface finish. After the agents are deposited, an infrared heating element passes over the layer, causing the selected regions to fuse. This process repeats layer by layer until the part is complete.

MJF offers several advantages, including high speed because entire layers process simultaneously, excellent mechanical properties with strong and isotropic parts, and good dimensional accuracy. It suits functional prototypes and end-use components, making it popular in industries such as automotive, aerospace, medical devices, and consumer products.

Alternative image

Alternative image
PA12 is the benchmark for polymer-based 3D printing—lightweight, durable, and versatile. We invented PA12 over 60 years ago and pioneered its use in additive manufacturing more than 30 years ago. Today, we lead the industry with innovation, sustainability, and reliability.

Dr. Dominic Störkle | Senior Vice President, Long Chain Polyamides | Evonik

Sustainability—a key to success in 3D printing

Sustainability is always a core theme of our collaboration. While it is nott a primary focus a decade ago, it becomes a driving force in the industry. From the outset, we embrace a low-waste strategy, developing materials with high refresh ratios that not only reduce costs but also align with evolving customer expectations for environmentally responsible solutions.

Our commitment to sustainability is essential toour success. By prioritizing high refresh rates and minimizing waste, HP Inc. and Evonik Industries set new industry standards that benefit both customers and the planet.

Alternative image
Alternative image
Alternative image
F-SUS
F-SUS
Alternative image
Alternative image
Our partnership with HP transforms additive manufacturing—from early prototyping to full industrial applications. Over the past decade, we combined material innovation with printer technology to set new standards in sustainability and performance.

Dr. Arnim Kraatz | Head of Marketing Additive Manufacturing | Evonik

Reducing the carbon footprint

Our partnership leads to major strides in reducing the carbon footprint of MJF-printed parts. By leveraging renewable energy and biomethane, the team achieves a 30% reduction in carbon emissions associated with material production. This accomplishment underscores our dedication to sustainability across the entire supply chain—a commitment that resonates with customers in industries ranging from automotive to eyewear.

Looking ahead, HP identifies two emerging markets ripe for innovation: orthotics and prosthetics, and drones. Both sectors demand lightweight, customized solutions—exactly what additive manufacturing is designed to deliver. The combination of MJF technology and PA12 materials provides the mechanical properties needed for these applications, enabling the production of thin, durable parts that can withstand dynamic stress.

Alternative image
Ten years of collaboration with Evonik show the power of combining advanced 3D printing technology with high-performance materials. Together, we drive innovation, improve sustainability, and unlock real industrial applications.

Clara Remacha Corbalán (Head of Product Management, Additive Manufacturing Solutions | HP. Inc.)

Working together

This partnership exemplifies the strategic focus of Evonik on sustainability and innovation, demonstrating how collaboration leads to transformative solutions in 3D printing. As a decade of achievements is celebrated, the future holds exciting promise—shaping the landscape of additive manufacturing and driving both economic and environmental progress.

Both companies remain deeply committed to driving innovation and sustainability together.


The Videos

Alex Moñino (Senior Vice President, Additive Manufacturing Solutions), Clara Remacha Corbalán (Head of Product Management, Additive Manufacturing Solutions), and Gonzalo Galobart (Sustainability Program Lead, Additive Manufacturing Solutions) from HP Inc. and Dominic Störkle (Senior Vice President, Long Chain Polyamides), Dr. Arnim Kraatz (Head of Marketing Additive Manufacturing), Holger Renners (Director Marketing Additive Manufacturing), and Wolfgang Diekmann (Director of Powders Development RD&I HP) from Evonik talk about innovation and sustainability in 3D printing as well as the successful collaboration between HP Inc. and Evonik Industries.

Dr. Ralf Düssel about sustainability at Evonik

At Evonik, sustainability is our mindset. Through Next Generation Solutions, Technologies, and Culture, we embed it across R&D and operations. Our goals: >50% sustainable products by 2030, SBTi-validated emission cuts, and climate neutrality by 2050. Innovation drives bio-based solutions, energy transition, and circularity—exemplified by our partnership with HP Inc. to scale sustainable 3D printing for high-quality, low-impact manufacturing.


Dr. Ralf Düssel  (Head of Sustainability | Evonik)

Alex Moñino about sustainability at HP Inc.

HP regards sustainability as both, a fundamental responsibility and a strategic opportunity to foster global progress. Our approach anchors in three pillars: climate action, human rights, and digital equity. We commit to achieving net-zero carbon emissions by 2040, ensuring ethical practices across our supply chain, and advancing technology access for 150 million individuals by 2030—driven by innovation and collaborative partnerships.


Alex Moñino (Senior Vice President, Additive Manufacturing Solutions | HP Inc.)

Dominic Störkle about PA12 for 3D Printing

PA12 is a high-performance polymer offering exceptional properties such as low weight, durability, and chemical resistance, making it the leading material for polymer-based 3D printing. Invented by Evonik over 60 years ago and introduced to additive manufacturing more than 30 years ago, PA12 remains central to our innovation, sustainability, and industry transformation efforts.


Dr. Dominic Störkle (Senior Vice President, Long Chain Polyamides | Evonik)

Why does 3D printing promote sustainability in three ways?

3D printing enhances sustainability through waste reduction, weight minimization, and local on-demand manufacturing. Unlike traditional methods, it uses only necessary materials, allowing for optimized designs that meet mechanical requirements without manufacturing constraints. This is crucial in sectors like aerospace and automotive, where lower weight translates to reduced CO2 emissions. Additionally, local production mitigates overproduction risks, exemplified by the eyewear industry. HP's thermoplastic technology supports recyclability, and initiatives with partners like Evonik aim to lower carbon footprints and improve powder recyclability. By fostering circularity and providing carbon footprint insights, HP empowers customers to make informed, sustainable choices, contributing to a greener future.

François-Minec (Global Sales and Business Development, Additive Manufacturing Solutions | HP Inc.)

Collaboration between HP Inc. and Evonik so far and an outlook for the future

Our collaboration evolves from prototyping with PA12 for Multi Jet Fusion (MJF) to industrial applications, showcasing significant advancements in material sustainability and performance. Initially focused on validating materials for automotive and industrial uses, we now embrace a minimal waste strategy, enhance refresh rates, and reduce carbon footprints. Our joint efforts lead to innovative solutions in sectors like orthotics, prosthetics, and drones, emphasizing lightweight design and mechanical strength. This partnership exemplifies the synergy between material chemistry and printing technology, driving forward the future of additive manufacturing.


Clara Remacha Corbalán (Head of Product Management, Additive Manufacturing Solutions | HP. Inc.) and Dr. Arnim Kraatz  (Head of Marketing Additive Manufacturing | Evonik)

Driving Sustainability and Performance in Additive Manufacturing with PA12

Evonik leads innovation in powder-based additive manufacturing for over 30 years, setting new benchmarks in sustainability. With full backward integration in PA12 production, we ensure quality, performance, and customization. Our strategy focuses on green energy, alternative feedstocks, and recycling—with RENITY™ marking our first step toward closed-loop solutions for a sustainable future.

Holger Renners (Director Marketing Additive Manufacturing | Evonik)

Alternative image

RENITY

RENITY™ is Our Vision for #TrueCircularity in Additive Manufacturing. Evonik offers a global take-back system for clean, uncontaminated PA12 powder and parts. These materials are collected and processed so they can be reused or reintegrated into the production cycle. This approach helps prevent waste and conserves fossil resources.

Building a Sustainable Future: HP’s Commitment to Responsible Manufacturing

HP commits to advancing sustainability across products, packaging, and supply chains while enabling customers to meet their own goals. We focus on material efficiency, energy reduction, and circular solutions, including take-back programs and recycled packaging. By driving transparency and innovation, HP envisions a future of manufacturing that is circular, renewable, and responsible.

Gonzalo Galobart (Sustainability Program Lead, Additive Manufacturing Solutions | HP Inc.)

Precipitation Process of Evonik: Redefining Powder Performance and Sustainability

Evonik leverages its unique precipitation process to create high-performance powders with tailored properties and integrated additives. This technology enables core-shell designs, such as flame-retardant PA12 powders, delivering superior reliability and recyclability. With full process control and a vision for circularity, Evonik shapes the future of sustainable additive manufacturing.

Wolfgang Diekmann (Director of Powders Development RD&I HP | Evonik)

Hint: Data courtesy of Evonik Industries and HP Inc.


Alternative image

Evonik ELEMENTS Digital Magazine

Evonik ELEMENTS is our innovation magazine that explores topics of scientific, technological, and societal relevance. It offers in-depth science journalism with perspectives from business, society, and politics.

In the digital version of the magazine, you’ll find the key topics from the ELEMENTS issues. Many of them include additional digital content such as videos. A link to the PDF edition is also provided.