Intelligent Sensor Management in Chemical Industries

It is estimated that approximately 25% of the maintenance budget in process industries is absorbed by field instrumentation. Depending on their service, in-line pH measurements can burden engineers with a very high maintenance demand; not only with the frequent replacement of electrodes but also their cleaning and calibration which can take up to an hour per installation. With the revolutionary Intelligent Sensor Management (ISM) platform, METTLER TOLEDO has launched a breakthrough in pH measurement and maintenance.
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OTHER ON-DEMAND WEBINARS

Implementation of Software Automation and Data Management Tools to Improve Throughput and Quality of Chemical Inventory

Advanced Chemistry Development

Cayman Chemical regularly employs structure confirmation via NMR in its QC workflow and, with a catalogue of over 10 000 products that require QC testing, automation of this workflow represents a critical means to improve productivity. View the presentation to learn how Cayman uses ACD/Labs NMR tools to perform automated structure verification to ensure analytical efficiency while maintaining product quality, and assure lot-to-lot consistency via screening of NMR structural databases.
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A process based approach to solutions by Adwoa Coleman Dow Packaging and Specialty Plastics

Plastic waste in the environment is a key sustainability issue of our time. This beneficial material permeates almost every aspect of our lives from our food packaging,
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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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UNDERSTANDING THE U.S. EPA HAZARDOUS WASTE GENERATOR IMPROVEMENTS RULE

Verisk 3E

Learn how the Improvement Rule affects your business and yearly reporting as well as how Verisk 3E can be a solution in alleviating the challenges associated with ensuring compliance. Regulatory Background Goals and Objectives How HWGIR affects Hazardous Waste Generators State Adoption Timelines How Verisk 3E Can Help.
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