Engineers who specify, scale up or purchase process equipment typically have fewer internal or vendor resources available than in the past. This article explores the problem and offers a solution.

Propelling an odorous exhaust stream high into the air at a high velocity is often an effective way to eliminate odors.

This article presents the challenges that an engineer might encounter when designing or scaling up bioprocesses and offers practical solutions, including those cited in literature.

Follow these guidelines to identify situations in which human errors are likely to occur and to correct potential problems early enough to avoid adverse consequences.

This numerical technique for identifying fresh water and wastewater targets eliminates the tedious and time-consuming steps of graphical targeting approaches. Use it to complement the graphical techniques in the design and retrofit of water networks.

Fluidization and air-assisted discharge are two ways to optimize fine-solids handling. However, the choice of technology is as important as designing and operating the system properly.

This article will help you develop strong safety instincts that will guide you in making critical decisions in the preliminary design phase.

By taking ownership of fluid-related decisions for the entire life of the project, from design through dismantling, users can secure the best and lowest-cost approach in process heating and cooling.

To become a leader people want to follow, focus on the team's objectives, avoid self-deception, build strong relationships, and enable others to achieve the team's goals.

Size does matter - and bigger is not necessarily better when it comes to pollution control. It is more important to be the right size than the largest size.