Computational fluid dynamics has moved from mainframes to PCs and laptops. Newer and better software lets you conduct analyses not possible before, and regular engineers, not just experts, can now carry out CFD.

Establish an effective monitoring program by following these recommended practices.

Here’s how to avoid potential scaling and corrosion problems and control costs.

Develop your emotional competencies and use them effectively in your professional and personal lives.

High temperatures, stresses, and the presence of elements such as oxygen, sulfur, or the halogens can add up to trouble. Here is how to screen candidate alloys for such service.

The U.S. industrial landscape is changing dramatically. This has significant implications for our profession and individual chemical engineers.

Inert gases are used to prevent fires and explosions in the vapor spaces of equipment. Correct selection of oxygen concentration and inert gas flow rate are critical to ensuring safety.

LLCA compares the relative impacts of alternatives that may be considered anywhere during a product’s life cycle. Here’s how to perform such an evaluation.

Setting up a special function and a shorthand system on a spreadsheet can improve the descriptions needed for implementing a process control system, while minimizing the monotony in writing them.

Commercializing a new technology often means reaching accord between clashing groups. Here’s a road map to navigate these hurdles.