How to choose optimal chemicals for microencapsulation. Emulsion Stabilizers

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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.

The hydrogen economy is on fire. Each day brings announcements of new hydrogen projects, ranging from small to gargantuan. And more than $150 billion is in the investment pipeline, according to the Hydrogen Council. But moving across the carbon spectrum from gray to green is no easy feat.

To kick off the 2019 New Year, we’ll reflect on a few lessons, still relevant today, from technological progress in the past. Like us, our forbearers faced political, social, and economic challenges, and, like us, they looked to science for solutions. Along the way, they made amazing discoveries but they also hit brick walls. Then, as now, even the most amazing technological discoveries have a habit of requiring long residence times in developmental stages (often awaiting other discoveries) before they emerge as useful (often in surprising applications) which are now simply taken for granted.