PWS Chemical Process Equipment

Chemical process equipment is used to automate production in the chemical industry.
We create a complete solution for the automation of chemical processing.
We develop automatic chemical processing systems based on vacuum pans, chemical industrial reactors, high pressure chambers and etc.
We also design fluid transfer systems for the chemical and petroleum industries.

Our online services for monitoring of technological processes and 24/7 production management make technological process safe.

THERMAL IMAGING EQUIPMENT FOR CONDITION MONITORING

For control of conditions in technological processes, we use thermal imaging equipment.

This allows the operator to control the temperature gradient in the volume of the reaction chamber of automatic chemical processing systems and evaluate the temperature distribution profile in real time.

This option of our online technological process monitoring and 24/7 production management services make the technological process safer.

We use thermal imaging equipment from the world’s leading manufacturers:

TELEDYNE FLIR LLC

FLUKE CORPORATION

Automation of technological processes in petroleum, chemical, and pharmaceutical industries requires the creation of large-scale pipeline systems for various purposes.

To maintain their integrity, large-scale systems require vibration protection, because of large-amplitude oscillations, can cause the formation of defects in the material, strength reduction, and structure displacement. In the case of large-scale system oscillations, the resonance is especially dangerous. Therefore, large-scale pipeline systems need protection from mechanical loads; in many cases, it is advisable to implement vibration protection and vibration isolation of technological piping systems.

The most common application problem is vibration protection, which is related to the oscillations of structures at high-speed fluid flow. In case of external mechanical loads on pipelines, vibration isolation is realized; it is highly relevant in seismic zones. It is obvious that the design and hardware/program implementation of their control depend on the purpose of vibration protection systems.

In case of pipelines’ protection from their own vibrations, the use of presetting systems is possible. But vibration isolation needs adaptive supports with control in real time; consequently, adaptive vibration isolation and vibration protection systems must be developed.

The maintaining of technological objects’ integrity is an important, but vibration isolation and vibration protection have more essential application in the technological processes.

Vibration protection of trunk pipelines prevents the falling out of paraffin fraction of oil, or vibration isolation and vibration protection of technological lines preserve molecules of the transported environment from mechanical destruction.

Depending on the functional features of developed systems for vibration isolation and vibration protection, two original patented design solutions are proposed: an adaptive combined rheological damper and a ferrofluid active protection device for large-scale structures’ protection from resonant vibration.