CONSERVING RESOURCES AND THINKING AHEAD ABOUT MATERIALS.
CLIMATE PROTECTION ALONG THE VALUE CHAIN.

Steel, aluminum, wood, and plastics form the foundation of our solutions. We are working to continuously improve our use of materials and to combine resource efficiency with the high quality and safety standards of our products. Approximately 25% of our total emissions result solely from the procurement and processing of these materials—in fiscal year 2024/25, this amounted to 34,568 metric tons of CO₂ equivalents.

What’s Possible—and Where the Limits Lie

We are examining how the use of recycled raw materials can be further expanded in the future and which resource-conserving alternatives are viable for steel, aluminum, or plastics. Key considerations include:

  • When there is direct contact with food, products, or pharmaceuticals, safety and performance are top priorities
  • To date, recycled raw materials have only partially met the applicable strict purity standards
  • We evaluate new materials as technically and environmentally equivalent
Laboratory with outdated equipment
Herbert Scherer, Green Pioneer, Lab Space Solutions

“New products do not have to be made entirely of single-source materials. Recycled materials usually serve the same purpose—and conserve resources.”

Herbert Scherer, Green Pioneer, Lab Space Solutions

Resource Efficiency Through Smart Product Development

The circular economy begins with the development of new products. At WALDNER, we therefore focus on using materials as efficiently as possible, creating durable designs, and developing solutions that can be operated economically over the long term. Where possible, we reduce the use of complex composite materials and explore opportunities to save materials. In this way, we lay the foundation for resource-efficient product development that meets the demands of both today and tomorrow.

Material Efficiency in Design

Whenever possible, we use materials that are easy to separate rather than complex composites, reduce the amount of plastic, and avoid problematic substances.

At the same time, we explore ways to further reduce material usage—for example, through lighter designs or alternative materials. Durable designs extend the product’s economic lifespan.

Material Warehouse
An employee is working on the DOSOMAT Move

Take Back, Refurbish, Reuse

We offer to take back machines and equipment after use, refurbish them, and make them usable again.

Together with our suppliers, we are also working on more sustainable packaging. Modernization and retrofit solutions extend the service life of existing equipment and laboratories, conserve resources, and protect existing investments.

Preserving What We Have Instead of Replacing It

Sustainable management does not always mean replacing existing solutions. Often, the greater value lies in using existing systems, facilities, or laboratories for longer. By modernizing existing facilities, resources can be conserved, investments protected, and existing infrastructure utilized over the long term.

DOSOMAT move Product Process Safety

Modernization of DOSOMAT Packaging Solutions

Technologically upgrade existing filling and packaging systems rather than replacing them.

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Employee in Process & Automation Solutions

Modernization: Process & Automation Solutions

Modernize process plants, extend their service life, and improve operational efficiency.

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Laboratory Renovations

Modernization of Lab Space Solutions

Bring existing laboratories up to current standards in terms of energy efficiency and safety.

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PEFC-certified wood

The certification ensures that the raw materials used come from sustainably managed forests and remain traceable throughout the supply chain. This requirement is mandatory for all relevant suppliers and is contractually stipulated.

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Our Goals

We aim to keep raw materials in the cycle for as long as possible and gradually reduce the use of primary materials. This is based on reliable material data and close collaboration with our suppliers.

  • Secondary Raw Material Quota by the End of 2026
    Completion of a feasibility study on the introduction of a secondary raw material quota for steel, aluminum, and plastics.
  • Digital Product Passport by the end of 2026 and 2027
    The Digital Product Passport is an upcoming EU requirement that will enable digital traceability of material composition and origin. The impact analysis is to be completed by the end of 2026, and A-tier suppliers are to be included by the end of 2027.
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