Sustainable energy solutions and electrification are driving increased demand for critical
minerals. Unfortunately, current mineral processing techniques are resource intensive, use …

Novel processes are urgently needed to recycle critical materials (eg, cobalt, lithium, nickel,
and manganese) from spent lithium-ion batteries (LIBs). These separations are vital both to …

Aerosol jet printing (AJP) has emerged as a promising noncontact additive manufacturing
method for high-resolution printing for a wide range of material systems. A key challenge …

Abstract Model-based design of experiments (MBDoE) is a powerful framework for selecting
and calibrating science-based mathematical models from data. This work extends popular …

The selective removal of solutes is crucial for ensuring a sustainable water supply,
recovering resources, and cost-effective biomanufacturing. Adsorptive membranes are …

Creating systems and techniques capable of reducing the time, energy, and resources
needed to characterize the transport properties of polymer membranes can help to increase …

Multifunctional, nanostructured membranes hold immense promise for overcoming
permeability–selectivity trade-offs and enhancing membrane durability in challenging …

Improved solute selectivity, an issue commonly approached through the development of
advanced membrane materials, can be achieved through staged diafiltration processes. A …

Membrane characterization provides essential information for the scale-up, design, and
optimization of new separation systems. We recently proposed the diafiltration apparatus for …

Self-driving laboratories and automated experiments can accelerate the design workflow
and decrease errors associated with experiments that characterize membrane transport …