Text and pictures: 3DPrint.com, 26 February 2025
If the past half-decade has taught us anything, it’s that supply chain disruptions can shake the foundation of the global economy. The year 2020, in particular, witnessed the most dramatic supply chain crisis in history. While efforts have been made to address the vulnerabilities of globalization, one issue remains central: energy. From designing to manufacturing, shipping to disposal, every step in every supply chain depends on energy inputs. Whether powered by renewables, fossil fuels, or nuclear reactors, all these processes ultimately rely on electricity.
To address this challenge at its source, the energize.am Consortium was established. Its mission: to increase efficiency, sustainability, and reliability across all energy supply chains. The logic is simple—making our energy systems more efficient and sustainable will create a ripple effect, improving the entire ecosystem of global supply chains. For multiple reasons, additive demonstrates particular potential for energy applications, including the far-flung, isolated nature of energy operations, the singular criticality of uptime, and the possibility of maximizing efficiency. Much of this still remains potential, however, demanding more urgent action be taken to accelerate additive’s role in securing energy supply chains. In this context, because of the society-wide implications and the stringent regulatory environment, public-private partnerships will be especially indispensable.
energize.am brings together founding members with expertise spanning additive manufacturing (AM) materials, hardware, software, research, and standards. Together, they aim to develop circular and secure manufacturing ecosystems. Founding members include:
Autentica: A U.K.-based developer of digital inventory systems, specializing in blockchain-secured file transfer.
6K: A U.S. company pioneering rapid atomization technology that transforms metal scrap into high-quality AM feedstock.
Continuum: A producer of one-step gas atomization systems that recycle metal waste into reusable metal feedstock.
Wayland Additive: A British manufacturer of electron beam powder bed fusion 3D printers for industrial-grade AM.
Holdson: A U.K.-based maker of electrochemical polishing equipment for post-processing metal 3D printed parts.
The National Additive Manufacturing Innovation Cluster (NAMIC): NAMIC is hosted by the Agency for Science, Technology and Research in Singapore, NAMIC drives AM innovation across Southeast Asia.
Additive Manufacturing UK (AMUK): A trade association representing organizations across the U.K.’s additive manufacturing ecosystem.
Beyond Engineering: A Los-Angeles-based additive construction firm focused on the 3D printing of concrete for resilient, sustainable structures.
3DPrint.com: A leading publication providing in-depth news and analysis of AM technologies and trends.
Additive Manufacturing Research: A market research and consulting firm offering detailed insights into AM markets, materials, and industry developments.
Verne AM Labs: A French manufacturer of affordable powder bed fusion 3D printers for PEKK/PEEK and other high temperature polymers.
To fuel its vision, energize.am is primarily pursuing public grants to develop entirely new, closed-loop supply chains for the energy sector. By creating efficient, sustainable, and secure systems, the consortium hopes to lead a transformative shift in energy and manufacturing practices.
Organizations interested in joining energize.am’s mission can reach out at info@energize.am.