More recycling, fewer raw materials: Efficiency strategies in Austria

1. Initial situation for manufacturing companies in Austria

Austria is a highly industrialized country where material and energy expenditures represent significant factors in production costs.
Many companies spend between 40 and 70 percent of their expenditures on materials alone. This high dependence on the raw material market makes companies
susceptible to:

• Price fluctuations
• Supply bottlenecks
• Geopolitical uncertainties
• Increasing regulatory requirements

Particularly relevant are developments such as:

• High raw material and material prices
• Increasing CO₂ reduction pressure
• Rising energy prices
• New EU laws on sustainable supply chains
• Increasing effort in waste and recyclable material management

Companies have therefore long recognized that efficiency strategies are not only ecologically sound, but also economically necessary.

2. Why recycling has become strategically indispensable

Recycling is now a central element of modern production strategies. It reduces costs, minimizes dependencies, and improves environmental metrics.

2.1 Reduction of material costs

Reused materials are significantly cheaper than primary raw materials. Through efficient cycles, the following costs can be reduced:

• Material purchasing
• Disposal
• Energy for processing

Many Austrian companies achieve savings between 10 and 30 percent.

2.2 CO₂ savings through high recycling rates

Primary materials are often extremely energy-intensive. Recycling saves large amounts of CO₂:

• Aluminum: up to 95 percent
• Steel: 60 to 70 percent
• Plastics: 40 to 70 percent
• Paper/cardboard: 30 to 60 percent

These values are particularly relevant for CO₂ footprints, sustainability reports and EU regulations.

2.3 Security of supply

Global supply chains have become susceptible to disruption. Internal or regional recycling cycles:

• stabilize material supply
• reduce dependencies
• increase predictability
• mitigate price risks

2.4 Improved ESG performance

Companies with high recycling rates find it significantly easier to meet ESG and CSRD requirements. Recycling has a positive impact on environmental and
economic sustainability indicators.

3. Efficiency strategies for manufacturing companies

Below are the most important strategies, some of which are already being successfully implemented at the Wintergroup.

3.1 Optimization of material usage

Material efficiency begins with an analysis of material flows. Common measures:

• Minimization of scrap
• Optimized cutting and punching processes
• Use of lighter or more efficient materials
• Reusable instead of single-use components
• Modularization of components

These approaches can lead to significant savings.

3.2 Establishing internal recycling cycles

A closed loop is one of the most effective ways to reduce material costs and CO₂. Examples:

• Metal shavings are remelted
• Plastic waste is granulated
• Cardboard waste is turned into cushioning material
• Wood waste is turned into boards or energy wood

This lowers waste disposal costs and reduces dependence on raw material markets.

3.3 Digitalization of material and production processes

Digital tools enable efficient control and monitoring of all material movements.

Digital potentials:

• Real-time monitoring of rejects
• AI-supported optimization
• Automated sorting
• Simulations for material savings

Industry 4.0 has become an important driver of sustainable production.

3.4 Design for recycling

Products should be designed in such a way that they are easily recyclable at the end of their life cycle.

Important principles:

• Use of mono-materials
• Screwing instead of gluing
• Reduction of material variety
• clearly recognizable disassembly points

Companies can increase recycling rates to over 80 percent if they plan with design in mind early on.

3.5 Cooperations and raw material partnerships

Regional cooperations are a central advantage of the Wintergroup.

Advantages:

• stable raw material supply
• short transport routes
• reliable recyclate quality
• joint investments in processing technology

At the same time, they strengthen regional value chains.

4. CO₂ reduction and energy efficiency

Recycling and resource efficiency have a direct impact on emissions. Less primary material means:

• less energy-intensive production
• lower transport requirements
• lower process energy
• better CO₂ footprints

For companies that have to report according to CSRD and ESG, this is a strategic competitive advantage.

5. Conclusion

Production companies in Austria face the challenge of operating efficiently and sustainably at the same time.
Recycling, material efficiency, and CO₂ reduction are central building blocks for this. Companies that focus on internal cycles, digital solutions, and
recycling-oriented product design benefit in several ways:

• lower costs
• lower CO₂ impact
• higher security of supply
• better ESG performance
• long-term competitiveness

The transformation towards resource-efficient production is not only necessary but also offers enormous opportunities.

6. FAQ

1. How much can companies save through recycling?

Between 10 and 30 percent of material costs, depending on the industry and process optimization.

2. Which materials offer the highest CO₂ saving potential?

Metals such as aluminum and steel, followed by plastics, paper, and cardboard.

3. Is internal recycling worthwhile for smaller companies?

Yes. SMEs also benefit from reduced disposal costs and recyclable materials.

4. What does Design for Recycling mean?

Products are designed in such a way that they can be easily disassembled and recycled at the end of their life cycle.

5. How does digitalization support material efficiency?

Digital tools analyze waste, optimize processes, and reduce energy consumption.

6. What is the greatest advantage of internal recycling cycles?

They reduce costs, CO₂ emissions, and dependence on global raw material markets.