Engineering Basics

This emerging technology promises up to 40% energy savings while reducing capital costs and carbon footprint in industrial chemical processes.

Learn best practices for troubleshooting, minimizing time lags, and safeguarding your system against common pitfalls while ensuring safe, accurate sample analyses.

A mitigation cost curve chart can help illustrate the cost-effectiveness of different emission reduction strategies. A list of 14 projects to combat greenhouse gas emissions can...

Prioritizing the design, use and maintenance of steam traps can reduce energy costs while optimizing operations and overall efficiency.

An overview of the different types of pneumatic conveyors, how they work and application-specific considerations.

By understanding this curve, engineers can benchmark, design and operate chemical plants more efficiently, maximizing heat transfer while considering factors such as energy consumption...

A look at one plant’s shift from vacuum ejectors to a centralized liquid ring-pump system.

After years of hibernation, spring is here, and it’s time again for in-person events. Here are some tips on making the most of your travel experience.

In the right conditions, a simple T-junction mixer can be an effective way to mix gases. Here, we look at the many variations.

This basic primer covers the history of the pinch analysis methodology and how it’s used to determine energy-saving opportunities for a process unit.

Valves should be operated within the recommended limits, and frequently maintained for reliable fluid service

High-temperature chemical processing applications require new approaches to valve-stem packing.

Prevent costly damage and downtime with these preventive and mitigation strategies

A closer look at design options and sizing considerations for spiral tube vent condensers.

When selecting an air compressor, focusing on the energy bill for the current unit and potential savings can lead to a suboptimum choice. Instead, users should keep five key points...

A number of factors can contribute to boiler issues

The right approach can cut turnaround time and effort considerably while maintaining reliability

Understanding velocity limits to prevent erosion and corrosion is crucial

Compressors and air dryers are among the elements demanding careful attention

Such an evaluation plays a key part in preventing potential failures

Carefully consider the consequences of configuration on flow distribution

A variety of under-appreciated factors can cause havoc

High cycling necessitates extra attention to tight shutoff and robust design

Consider these common myths and tips for filtration that also minimize leakage

But first determine if blending really is required