NaKAMa

Sustainable, Upgrade-Capable Design of Fluid Power Systems and Machines in the Context of the Circular Economy

The aim of the ‘NaKAMa’ project is to enable small and medium-sized enterprises in the fluid power industry to design their machines, systems, and components in line with a value-enhancing circular economy. The focus is on developing a practical guideline that anchors maintainability, upgradeability, and reusability in product development right from the start.

Initial Situation

70 to 80 % of a product's life cycle costs and environmental footprint are already determined during the development phase. Nevertheless, development today usually focuses on functionality and low costs – criteria such as upgradeability and reusability receive little attention, particularly in SMEs.

At the same time, resource scarcity and regulatory requirements such as the EU Green Deal are raising the demands on sustainability. Thanks to its high potential for modularization and its use across virtually all industries, fluid power offers ideal conditions for establishing the value-enhancing circular economy (Upgrade Circular Economy).

Solution Approach

Together with the project advisory committee, the technical as well as customer- and operator-related requirements for circular-economy-compliant design are identified first. Building on this, a target state for the reuse- and upgrade-oriented design of fluid power components and systems is developed.

A gap analysis between the current and target state results in a prototype guideline, which is validated and refined in concrete case studies – for example on valves or pumps.

Expected Result

The central outcome is a validated practical guideline for value-enhancing, circular-economy-compliant design in fluid power. It will be made available to interested companies free of charge and in an easily accessible form, and will also feed into university teaching and standardization work.

Benefits for the Target Group

SMEs and large companies in the fluid power industry receive directly applicable methodological support without having to develop their own guidelines. They increase their resource efficiency, reduce life cycle costs, and extend the service life of their products through targeted upgrades – thereby strengthening their competitiveness in the face of growing sustainability requirements.

Branch

  • Machinery and Plant Engineering

Topic Area

  • Service Management

Research Focus

  • Service Excellence

FIR Topics

  • Circular Economy
  • JRF Guiding Topic

    • Industry & Environment

    Projectinfos

    Duration
    01.02.202631.01.2028
    Funding no.
    01IF24717N
    Funding context
    IGF – Förderprogramm ‚Industrielle Gemeinschaftsforschung‘
    Funding information

    The project is funded by the Federal Ministry for Economic Affairs and Energy pursuant to a resolution of the German Bundestag; grant number: 01IF24717N.