Environmental sciences have grown in importance in the research of synchrotrons in general over the last 30 years. Our understanding of several important classes of functional materials has been fundamentally changed by their ability to obtain precise information at the atomic and molecular longboth level -range structures. Additionally, their effectiveness as analytical probes have a significant impact on various facets of environmental science. Shaping sustainable development , envisioning renewable materials, improving energy management, understanding and mitigating pollutionqui, and more revival coordinated and collaborative multi-pronged approach. The Synchrotron light source provides a wide range of techniques for studying environmental materials, primarily X-ray absorption spectroscopy, X-ray fluorescence microscopy, X-ray diffraction, X-ray imaging and other microbeam or surface techniques.

• Permeability and rock microstructure determination
• Examination of air pollution filters
• Geological investigations
• Mineral classifications
• Analysis of soil