This issue, understand the risks of working with carbon dioxide, learn about the need for attorneys with chemical engineering backgrounds, read about high-recovery RO for water sustainability, and much more.
In addition to using it for the purification and desalination of drinking water, the membrane can also be used for the separation of gases and solvents.
This month in CEP, learn about NSF grants, get tips for safe scaleup, learn about planning a plant decommissioning, and much more.
Learn to incorporate the bowtie model in HAZOP analysis, brush up on reverse osmosis, understand fire risks of CIBCs, and more.
Nicholas Burtch of Sandia National Laboratories shares his predictions for chemical engineering's next 25 years. He focuses on innovation driven by additive manufacturing technologies and novel materials for energy-efficient chemical separations.
Chemical engineers have developed an MOF that promises to greatly reduce energy consumption in the propylene-propane separation process.
Previously impossible separations become reality; new filter operates with lower cost and emissions, compared to conventional separation methods.
Environmental scientists have been monitoring Chesapeake Bay's dead zone creep for decades.
