Source: PanDen
96
In today's rapidly evolving technological
landscape, 3D printing technology is reshaping the manufacturing industry at an
unprecedented pace. As key materials in this field, aluminum and titanium alloy
powders not only lead the innovation wave in additive manufacturing due to
their exceptional performance, but they have also taken solid steps in the
quest for environmental sustainability. On September 20, 2024, it was reported by Panda3dp.com
that CNPC POWDER(中体新材) successfully obtained the carbon
footprint and SCS Recycled Material Certifications for their aluminum and
titanium alloy powders. This not only serves as authoritative recognition of
the products’ environmental performance but also
vividly reflects the company’s commitment to reducing
the carbon footprint in additive manufacturing and pursuing sustainable
development. Notably, CNPC POWDER is the first Chinese manufacturer of aluminum
and titanium alloy powders to receive SCS certification. Data Proves the Power of Recycling Statistics reveal that millions of tons of
aluminum alloy waste are generated worldwide annually. If this waste could be
effectively recycled and transformed into high-quality aluminum alloy powders,
it would result in a reduction in energy consumption and carbon emissions
several times greater than that from raw extraction. CNPC POWDER' SCS
certification is not only a testament to this environmental endeavor but also
an authoritative endorsement of their ability to turn waste into treasure.
Through precise recycling processes, thousands of tons of aluminum alloy waste
have been converted into high-performance, widely applicable aluminum alloy
powders, achieving a resource utilization rate of over 90%, setting a green
benchmark for the industry. Recycled aluminum alloy powder boasts
multiple advantages such as high strength, lightweight, corrosion resistance,
sustainability, and economic efficiency. These attributes allow it to shine in
various fields, including aerospace, automotive, consumer electronics,
components, and robotics. Innovation Leads: First in China CNPC POWDER, as a pioneer in titanium alloy
powder recycling technology, has received SCS certification, solidifying its
leading position in titanium alloy powder recycling technology and underscoring
the company’s unwavering commitment to sustainable
development. By conducting comprehensive lifecycle
analyses of their products and using recycled materials as production
feedstock, CNPC POWDER has not only significantly reduced its own carbon
emissions (only 10% of traditional EIGA methods) but also realized potential
cost savings through resource recycling. Moreover, the company has established
an efficient closed-loop recycling system between manufacturers and powder
processors. This innovative model not only enhances the stability and security
of the supply chain but also lays a solid foundation for achieving both
environmental and economic sustainability. As the closed-loop or circular metal
economy model within the strategic manufacturers and their supply chains
continues to develop, CNPC POWDER will further amplify its cost-effectiveness,
achieving a win-win situation for both economic and environmental goals, while
leading the industry toward a greener and more sustainable future. Looking Ahead: A Green Vision Looking to the future, as global
environmental awareness continues to rise and the "carbon neutrality"
goal becomes a global consensus, the recycling and reuse of aluminum and
titanium alloy powders are poised for unprecedented growth opportunities. CNPC
POWDER will continue to uphold the philosophy of green development by
increasing investment in scientific research, optimizing recycling processes,
and improving product performance. The company is dedicated to offering its
customers more environmentally friendly, efficient, and economical aluminum and
titanium alloy powder solutions. At the same time, it will actively promote and
participate in the formulation of industry standards, driving the green
transformation of the entire supply chain and empowering the large-scale,
sustainable development of the 3D printing industry. |