Processing Equipment

Mastering selection, operation and troubleshooting to enhance plant efficiency and reduce downtime.

One plant’s struggle with an evaporator system could have been avoided with proper maintenance.

Industrial plants risk millions in repairs and lost production by skimping on water chemistry control.

Two-step electrochemical process uses a kW scale electrolyzer to convert carbon dioxide into high-quality multi-carbon products.

Experiments at Argonne National Laboratory provide insight into the fundamental behavior of actinide oxides at extreme temperatures.

Researchers unlocked the samarium–oxygen bond that forms during the reactions and renders the chemical inactive.

Sibanye-Stillwater and Heraeus enter into a partnership to develop and commercialize novel electrolyzer catalysts for the production of green hydrogen.

Chemical engineers fine-tune design of PFOA-destroying nanoparticles.

Small changes in particle shape, composition, moisture or other parameters can have a big and sometimes surprising impact.

To help you foil fluid flow frustrations, Chemical Processing has put together this eHandbook.

Chemical Processing in collaboration with the Bulk Solids Innovation Center has developed this Journal to help you better understand bulk solids processing and solve your challenges...

Moving raw materials into a process, getting them to pass through specific steps within an operation, transporting intermediate products between steps, and finally sending finished...

It’s a season of renewal, and for many process operations that means upgrading equipment.

Significant advantages in flexibility, cost-effectiveness and efficiency are attractive to the bioprocessing sector, but there are downsides.