CHIPART – titanium powder solutions

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Karl Frederik Færch Fischer

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CHIPART – titanium powder solutions

From chips to parts: Circularity of titanium scrap - from machining to additive manufacturing

The aim of the CHIPART project is to realise a proof of concept, demonstrating the valorisation of titanium (Ti6AI4V) scrap from machining into high added value products by additive manufacturing in simple and low energy-consuming steps.

CHIPART logoIn doing so, the project results will provide the basis of a disruptive closed loop recycling approach, paving the way for safe use of secondary materials in defence applications.

Specific project objectives:

  • To optimize the titanium recycling process from titanium chips obtained by removal-based processes to powder
  • To produce additively manufacturing parts using non-spherical powder, adapting parameters for two different AM technologies - DED (Directed Energy Deposition) and LPBF (Laser Powder Bed Fusion) - to compare results, optimize processes, and characterize samples.
  • To identify an economically viable solution for titanium recycling, considering costs, part quality, and the feasibility of powder recycling.

Programme: The CHIPART project is co-funded by the European Union's LIFE Programme and the European Defence Agency, within the framework of the Incubation Forum for the Circular Economy in European Defence (IF CEED). Grant agreement number: 04-24.ISE.CP.140 – CHIPART

Consortium: Idonial (coordinator), Danish Technological Institute, and CRM

Duration: October 2025 – September 2026

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