A linear equation has been derived to accurately calculate the flowrate of fluids in the laminar and turbulent regions, and to derive an equation for use in the transitional regions.

Follow these principles to reduce the time required for scale-up and commercialization to improve the resource effectiveness of the effort.

A tool called azeotrope pressure sensitivity analysis (APSA) can shed light on the dependence of an azeotrope's composition and temperature on changes in pressure.

Integrating new advances in smart online pump monitoring and flexible communication technologies can improve pump reliability and performance while reducingcosts.

Use these tools to identify potentially reactive chemical hazards and avoid the expense of conducting numerous detailed hazard assessments.

Advanced flare testing at full scale can help to ensure that the system operates as designed. This article explains what's involved and the parameters that should be measured and evaluated to demonstrate performance, reliability and safety.

Innovative gas packaging has potential to significantly lower risk, reduce operating costs and improve gas distribution reliability.

By viewing resiliency as a property of complex systems, it may be possible to develop resilient systems that can withstand unanticipated failures without disastrous consequences.

Use this graphical technique to choose a reactor configuration based on optimizing residence time.

Can a mega-worldwide energy interruption occur? The perfect storm may be brewing with such events as natural disasters, acts of terrorism and international disputes. This article explains how your company can prepare to effectively handle an energy...