Effectively dispersing powders into liquids can be a challenge. Utilizing vacuum in the correct ways can help with wetting and dispersion When introducing powdered materials into liquids, the goal is always to achieve an air-free dispersion of solids in the…
Understanding how particle size affects flow properties helps ensure reliable flow of materials between process steps Many industries utilize dry solid materials and powders (collectively referred to as bulk solids in this article) for producing and manufacturing products. It is…
Understanding the forces acting on agitator impeller blades during turbulent flow in a mixing vessel is essential for successful and efficient operation. Presented here is information on the hydraulic force, its source, and how to calculate it Mechanically agitated vessels…
In lithium processing, advanced mixing technologies — applied across the crystallization, carbonization and decomposition steps — can serve as critical enablers in meeting efficiency, scalability and sustainability demands Lithium carbonate (Li2CO3) is a key raw material in the production of…
High-performance coatings are more than protective barriers. They provide an essential part of facility design, maintenance and operations. Selecting the right coatings presents an opportunity to align technical decision-making with strategic goals In manufacturing environments, facility integrity directly impacts product…
Equipment redundancy, supported by impactful corrosion protection, can create a potent combination for avoiding unplanned downtime In the chemical process industries (CPI), production would come to a standstill without process heating and cooling systems. There would be no cracking and…
Sanitary valves are essential for applications that demand product purity, process integrity and regulatory compliance. This article discusses valve types, working principles and components, and provides considerations for selection and specification Sanitary valves are essential components for applications in the…
When designing and installing new tanks and pressure vessels, chemical plants can be better secured and supported via clear communication with transport engineering and project logistics teams Tasked with storing or holding various critical gases, vapors and liquids at high…
For novel process technologies, each development stage brings new safety obligations. This guide provides a practical framework for navigating safety responsibilities from early R&D to commercialization Developing new process technologies — especially those involving hazardous materials or operations at high…
The barrier-management approach to process safety can help organizations better understand and proactively address the risk inherent in their operations Facilities in the chemical process industries (CPI) have many barriers in place to prevent or limit the effects of a…