User Safety in Laboratory Workflow

Working in a laboratory, especially with toxic substances, requires some general precautions. All users should be properly trained and abide by rules to provide a safe working environment for everybody. Weighing is one of the most common and critical operations in the laboratory, but because of its simplicity, very often overlooked.  During weighing substances can have direct contact with the user, be affected by various external factors or exposed to contamination. This free eLearning course takes 50 minutes and helps you structure and enrich your knowledge about.
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Processing High Resilient Flexible PU Foams

HR foams have been around for many years , they were however mostly limited for use in high end furniture . This has changed and they are now being increasingly used in foam mattresses as a comfort layer.
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Rapid Expansion of Data-driven Chemical Development Through the Combination of Laboratory Automation, DoE and Modeling Techniques

ACS Publications

The design, development and implementation of a robust, predictable, and scalable manufacturing process is the key outcome of chemical development. In chemical development, laboratory automation plays an important role—enabling the collection of large experimental arrays directed towards the discovery and optimization of process conditions that yield robust, predictable, and scalable manufacturing processes. To take a relevant example, rationally-designed and automatically-executed experiments can be used to accelerate the discovery of new reactions and build unprecedented understanding around chemical reaction dynamics.
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Precious Metal Catalysts for the Conversion of Sustainable Feedstocks

Bio-based chemicals show a more attractive carbon footprint compared to their petrochemical analogues. The downstream conversion of biomass feedstock often requires precious metal catalysts.
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Supporting Sustainable Development under REACH

Biovia

Achieving successful sustainable development under REACH can help organizations overcome many existing product development issues. For example, collecting the data relevant for REACH compliance can foster improved materials inventory management or guide predictive toxicity studies for new products.priorities and approaches to digitalizing the lab. How intelligently planned formulations can ensure sustainable products.How toxicity databases can support toxicity prediction for new regulated substances.
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