Thermal Analysis of Polymers

echnology born as a powerful drawing tool is now transforming and empowering a Chemist’s journey.

Within chemical process development, program timing often dictates making informed decisions with limited process understanding, especially in the early clinical delivery space. To facilitate this, the Merck Process Development Intensification Laboratory is tasked with developing tools and methodologies aimed towards acquisition of deeper, more fundamental process understanding in a resource sparing manner. These chemical process development techniques are centrally focused around data intensification, or more specifically, more efficient data capture, data reduction and data analysis enabled.

This change in your mindset can be challenging! In this webinar we will help you take the first steps in DoE with JMP and transition from the traditional mindset to the DoE mindset.Global science and chemicals company Johnson Matthey use advanced techniques and DoE to deliver the sustainable technologies of the future, shaped around their customers’ and the chemical community’s needs. Using knowledge of chemistry and its applications, they research, develop and innovate solutions to making the world a cleaner and healthier place.

Without mobile water and wastewater treatment systems, end users across all industries would incur sever service disruptions, regulatory non-compliance issues, and an inability to cater to agile needs for mobile activity in select industries, such as Oil & Gas. The critical nature of products and services in this market presents growth opportunities at all levels. Despite three key market participants, GE Water & Process Technologies, Evoqua, and MPW Industries, the range of technologies used and low customer loyalty present market openings for many organizations. Those that cater to industry needs and understand their demands can make strong inroads in the future.