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242 Current events of type on-demand webinars

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Webinar
On-Demand
How to Avoid Pitfalls with Inline Particle Size Characterization

All in situ optical characterization techniques risk a slight degree of probe fouling in concentrated solid suspensions. Fouling is compounded by supersaturation which occurs during crystallization and precipitation. Even when fouling is slight (1% of the probe window) optical measurement results ...

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Webinar
On-Demand
Improve Emulsion Stability with In Situ Droplet Size Measurements

In situ particle size analysis speeds development time by enabling formulators to optimize the surfactant, shear, and raw materials without the need for offline sampling or analysis. Formulators can also optimize product quality by linking product consistency and stability to the particles and ...

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Webinar
On-Demand
Top Five Ways to Improve Production Crystallization

There is increasing pressure to develop manufacturing scale crystallization processes with lower cost and higher quality. One of the most troublesome yet critical unit operations in the manufacturing chain is the crystallization step. Through implementation of in-process particle characterization ...

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Webinar
On-Demand
In Situ Flow Technology to Continuous Processing - Part II

This on-demand webinar discusses the application of in situ FlowIR™ for a range of different reaction types including:Grignard formation in flowGas-liquid reactions in flowControlling other devicesMulti-step sequences

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Webinar
On-Demand
Characterize, Optimize and Scale-up Pressure Reactions

The presentation - Characterize, Optimize and Scale-up Pressure Reactions - focuses on the chemistry and equipment challenges faced with reactions under pressure. There are many critical design factors in characterizing and optimizing a pressure reaction and these can be determined through the ...

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Webinar
On-Demand
Improving Crystallization and Precipitation: A Review of 20 Years of Best Practice

Do you have challenges in your crystallization or precipitation work including:Targeting a specific particle size distributionImproving yield and purityAssessing Impact of impuritiesSeeding optimizationPolymorphic transitionsOiling out and other undesirable eventsOptimizing downstream processing

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Webinar
On-Demand
Successful Crystallization in the Pilot Plant and Production

Crystallization processes designed at small scale regularly behave completely differently when scaled initially to pilot plant, and finally to full scale commercial production. This scale up can create significant changes in critical particle properties such as the crystal size, shape, purity and ...

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Webinar
On-Demand
Metastable Zone Width Determination and Supersaturation Control - Automating Crystallization Development

As crystallization development programs come under pressure to produce excellent work, with ever decreasing resources, scientists are turning to automation to ease workloads, increase quality and reduce development time. This on-demand webinar focuses on how to: 1. Automate Metastable Zone Width ...

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Webinar
On-Demand
Understanding Dissolution Inconsistency Through In Situ Particle Characterization and Root Cause Analysis

Dissolution and disintegration testing are well established as standard analytical tests used during pharmaceutical development. Yet, if dissolution is inconsistent, what is the root cause? Was the internal tablet or capsule structure inconsistent? Were the particle disintegration and erosion ...

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Webinar
On-Demand
EasyMax™ - Easier, Faster, Better Reaction Screening and Optimization

EasyMax™ is the first automated chemistry development tool for the synthesis lab that requires no training. EasyMax™ operates with an easy-to-use touchpad and heats and cools without a cryostat. Fast and precise control of temperature, stirring, reagent addition as well as data logging is self ...

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The q&more concept is to increase the visibility of recent research and innovative solutions, and support the exchange of knowledge. In the broad spectrum of subjects covered, the focus is on achieving maximum quality in highly innovative sectors. As a modern knowledge platform, q&more offers market participants one-of-a-kind networking opportunities. Cutting-edge research is presented by authors of international repute. Attractively presented in a high-quality context, and published in German and English, the original articles introduce new concepts and highlight unconventional solution strategies.

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