Search results for “cryogenic valves”

Molecular sieving made efficient with smart valve selection

The chemical and hydrocarbon processing industries are constantly looking for ways to improve the efficiency, economics and safety of ...

Taking the guesswork out of properly sizing an assembly

The cause of the valve-related problems encountered in industrial applications often lies in an inadequate selection of valves in terms ...

Flow control for chlorine service

Chlorine service is notoriously challenging. It’s highly reactive as a liquid or gas and can easily go from a revenue generator to personal or environmental catastrophe if extreme precautions are not taken. Chlorine applications are not for the inexperienced or unproven.

How transparent collaboration leads to higher performance

Maintaining a plant is a challenge that requires deep knowledge and great listening abilities. When it comes to keeping valves at peak performance, we need to listen to plant personnel, suppliers and to the valve itself. When plant maintenance and reliability managers consider all sides, they get the full story and the best valve performance.

Cost effective and optimum valve selection for process plants

Process uptime, safety and productivity are topics that always count when speaking about industrial processes and process plants. Correctly selected process valves are essential to achieve the set uptime, safety and productivity targets and also help minimize the maintenance costs and waste of energy and raw materials.

Metso closes its acquisition of India based Rotex Manufacturers and Engineers Pvt. Ltd.

Composition of Metso's Executive Team

Composition of Metso's Executive Team

Flow control for chemical industry

Valmet has wide experience in flow control solutions for the chemical industry. We cover the entire life cycle of processes, including new installations, rebuilds and services.

Determining the control valve pressure drop for control valve sizing purposes

Our guest writer Jon F. Monsen discusses the correct method for determining the control valve sizing pressure drop when the system already exists or has been designed.

1 Introduction to pipeline flow