Melt crystallization has emerged as a versatile and energy‐efficient method for the purification and separation of complex mixtures.

In this article, Mo-Sci discusses the crystallization and phase separation of glass and how their industrial expertise can benefit you if you require any custom solutions for glass application and ...

The development of highly complex chemical systems, self-assembled by the donor-acceptor and/or noncovalent interactions, ...

Metal-organic framework (MOF) compounds ordinarily appear as three-dimensional crystals. An international team has now devised a method for preparing these materials in 2-D form—as flat ...

Chemical engineers have developed a new method for making meta-organic framework membranes that can be used to considerably improve energy-expensive processes such as propylene-propane separation ...

Crystals—solids which have a highly organized internal structure—are everywhere. The salt in shakers, the metal in cars, ...

Zeolites used in gas separation are usually produced as membranes. The state-of-the-art zeolitic membranes are manufactured by a lengthy and complex crystallization process.

A method that was previously exclusive for the crystallization of proteins can be used to determine the crystal structures of several organic salts with significantly less time and effort.

The new crystallization method differs from other carbon-capture methods in that it requires considerably less energy to release the carbon from the guanidine solution and transfer it into long ...

A new method calculates brine crystallization temperatures at elevated pressure based on the true crystallization temperature and the brine composition. The method predicts temperature within 3 ...

In this paper, researchers from QIAGEN sought to develop a more flexibly applicable method for crystallizing membrane proteins in meso.