AZoM on MSN

How Berkeley Lab Scaled Synthesis 100x With Lab Automation

Discover how Berkeley Lab leveraged advanced lab automation to increase synthesis throughput by 100x, accelerating research ...
C&EN

This self-driving lab learns to make nanoparticles all on its own

Designing new reaction sequences to build complex materials can be a slow process, especially when each step involves multiple variables. A new machine learning–guided microfluidics platform could ...
C&EN

Zeolite intermediates offer new possibilities in catalysis

To make stable zeolites—porous inorganic materials used as industrial catalysts—researchers often convert the zeolites’ internal structure, transforming looser phases into more stable, denser forms.
sciencex

State-of-the-art synthesis of SAPO-34 zeolites catalysts for methanol-to-olefin conversion

Methanol-to-olefin (MTO) conversion is one of the most successful non-petrochemical routes for producing light olefins. Silicoaluminophosphate zeolite SAPO-34 is one of the best industrial catalysts ...
EurekAlert!

Synthesis of high mechanical strength and excellent radiation resistance NaX zeolite microspheres via geopolymer in-situ conversion and their adsorption study of 137Cs and 90Sr

High-strength NaX zeolite microspheres with 75-150 μm particle size (GXU-NaXs) were prepared by the in-situ conversion of geopolymer technology. GXU-NaXs exhibited good dynamic adsorption effect.