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Whitepaper

The Role of Metrology in Decarbonization

How advanced measurement technology accelerates the transition to a sustainable future

As global industries tackle the urgent challenge of climate change, industrial metrology stands out as a key driver for decarbonization. It can enable innovation cycles and enhance product and manufacturing efficiency. When defects are identified early and processes run at peak efficiency, manufacturers can reduce waste, lower energy consumption and significantly improve product reliability and performance. Discover inspiring use cases from battery manufacturing and gain actionable knowledge for your company.

Why innovative metrology has a high impact on high-tech sectors?

Industrial metrology transforms from quality assurance to a catalyst for sustainable manufacturing. This paper explores how next-generation measurement technologies are driving decarbonization across the three main sectors: electrification, energy production, and energy efficiency. It highlights tangible impacts in high-tech sectors, especially battery manufacturing, where advanced particle detection solutions have significantly reduced defect rates and wasted resources. The findings reveal how metrology data empowers companies across all industries to decrease emissions and energy use while ensuring uncompromising product quality. The insights in this paper enable you to realize your ambitions for sustainable growth.

Advanced metrology tools allow for highly precise impurity detection and enhanced production quality control, leading to substantial reductions in waste, energy usage, and emissions in resource-intensive processes.

Dr. Marc Wawerla et al. Authors from ZEISS and Karlsruhe Institute of Technology

Ready to learn more about how metrology enables real-world decarbonization?

Download the full whitepaper to get insights into

  • How precision metrology supports efficient, low-emission manufacturing
  • The role of measurement technology in decarbonization strategies
  • Practical examples of waste and defect reduction in battery production
  • Quantifiable impacts on energy savings and CO₂ emissions
  • The future importance of metrology for sustainable and recycled materials