FTIR spectroscopy is a powerful technique for studying the effects of polymer formulation and process factors on surface chemistry, component compatibility, and morphology; all of which relate to end-use performance characteristics like adhesion and mechanical properties.
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Optimisation of the development cycle for new products is a challenge in the chemical industry. Steel, which in many ways is analogous to chemicals, is produced using a long chain of interdependent process steps. Consequently, large volumes of experiments are required to fully explore process parameter relations. This is more critical for new, highly differentiated products for which understanding of the underlying physical principles is incomplete and thus a-priori exclusion of factors not possible. In this context, the use of statistical Design of Experiments (DOE) to shorten development timescale, maximize the output of experimental capacity and minimize material consumption is essential.
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Numerous chemical absorbents and solid adsorbents are being developed for improved performance and reduced costs to capture CO2 from power plant flue gases or industrial plant effluents.
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Two years after the adoption of the EU Chemicals Strategy for Sustainability (CSS), the revamp of key EU chemicals and products regulations is underway.
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