In Research: Analytical Insight for Scientific Discovery newsletter, recent results and research methods in chemistry, biochemistry, chemical engineering and particle science and technology are highlighted, including the real-time determination of reaction mechanisms and kinetics, synthesis and purification of peptide libraries, investigating thermodynamics with reaction calorimetry, model heat and material balances with in situ measurements, characterization of concentrated particle systems without sampling and dilution, crystallization monitoring and control, and imaging of particles and droplets in crude oil.

Columbia, MD (PRWEB) — METTLER TOLEDO has long been involved in all fields of scientific research, with measurement tools of the highest quality. Our contributions to advancement of research in chemistry, biochemistry, chemical engineering, and particle science and technology are felt around the world. In our Research: Analytical Insight for Scientific Discovery newsletter, we highlight some of the more recent, exciting results and research methods, including the real-time determination of reaction mechanisms and kinetics, synthesis and purification of peptide libraries, investigating thermodynamics with reaction calorimetry, model heat and material balances with in situ measurements, characterization of concentrated particle systems without sampling and dilution, crystallization monitoring and control, and imaging of particles and droplets in crude oil.

Chemistry is the foundation of our material world, and understanding the fundamentals of chemistry unlocks our ability to develop new sources of energy, create new and advanced materials, and ensure we maintain a sustainable relationship with the environment. Biochemistry and life sciences take that knowledge a step further, towards understanding the fundamentals and mechanisms of life itself – permitting us to develop life-saving medications and enhancing the ability of our planet to sustain life.

Chemical engineers are responsible for transferring fundamental knowledge into practical solutions for producing the chemical products we use every day. Whether it is the processing and production of fuel, plastics, food, paper, shampoo, or pharmaceuticals – the chemical engineer helps deliver a product that meets the need of the end user, while ensuring safety, efficiency, and economy in the manufacturing process.

Particle and droplets are virtually everywhere in the chemical, consumer products, and biopharmaceutical industries. Particles grow, agglomerate, break, dissolve, and change shape – all of which can have an impact on process performance and product quality. To successfully work with multiphase processes, scientists and engineers must fully understand and optimize the particle distributions to control process efficiency such as filtration rates, flow properties, or dissolution rates. In addition, particle distributions must be well controlled to ensure repeatable product properties such as yield purity and bulk density.

View the Research: Analytical Insight for Scientific Discovery newsletter to learn more about advancing scientific research with intelligent lab reactors and in situ analytics.

METTLER TOLEDO provides the enabling technology, software and people that can help build a seamless workflow to translate bench scale chemistry into a commercial process. For more than 20 years, our enabling tools and services have been a strategic resource providing critical information for thousands of development scientists and engineers. Companies have used that knowledge to accelerate the discovery, development and scale-up of new chemical processes spanning the chemical and biopharmaceutical industries.