FT-IR for a Greener Future: Spectroscopy Solutions for Environmental and Energy Research
Explore how Bruker FT-IR solutions advance sustainability through energy storage, environmental monitoring, and materials research.
FT-IR spectroscopy is a powerful tool for modern environmental and energy research. From in-situ battery studies to high-throughput soil analysis, Bruker’s portfolio of FT-IR spectrometers and microscopes provide insights applications such as air quality monitoring, catalysis, microplastics, heat management materials, and more. These resources present real-world examples and instrumentation insights for researchers driving sustainable innovation in academia and industry.
FTIR for GreenTechApplications
Explore how Bruker’s FTIR technology empowers Green Technology research with solutions for next-gen battery development, semiconductors, atmospheric monitoring, microplastics analysis and more.
DownloadIn Situ FT-IR Spectroelectrochemistry
Learn more about FT-IR spectroelectrochemistry for in-situ analysis of battery and catalyst systems, which enables real-time insights into molecular change during redox reactions. This paper highlights synchronized potentiostat-spectrometer workflows and advanced spectral visualization for precise monitoring of electrochemical processes.
DownloadFull Performance Check of DIY Passive Radiative Cooler with INVENIO
Passive radiative cooling (PRC) materials offer a cost-effective, zero-energy, zero-carbon method for sustainable cooling applications. This paper highlights how FT-IR spectroscopy can characterize these materials with full-spectrum reflectance and emittance measurements.
DownloadAir Quality Monitoring and Atmospheric Research
Explore our extensive portfolio for air quality and atmospheric research including FTIR, laser-based, and mass spectrometry solutions for monitoring GHGs, VOCs, and pollutants. These instruments support global networks, mobile labs, research labs, and industrial sites with precision tools for environmental insight and sustainability.
DownloadReliable Identification of Microplastics of any Dimension, on any Filter
Bruker’s FTIR microscopes enable reliable identification of microplastics down to 5 µm on any filter or matrix. Combining visual and ATR-FTIR microscopy with spectral libraries, it delivers high-quality data for environmental, industrial, and health-related microplastic analysis.
DownloadConsolidated Vis-NIR-MIR soil measurements
Bruker’s INVENIO spectrometer combines Vis-NIR-MIR spectroscopy with DRIFTs for comprehensive, non-destructive soil analysis. This single-run method enables precise, cost-effective assessment of soil properties—ideal for agriculture and environmental research—with advanced data processing via OPUS and machine learning integration.
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