Temperature Control for Chemical Research and Production

Precise temperature control has a significant influence on performance and quality in chemical process engineering. The Unistat range of temperature control systems ensure accurate temperatures and stable process conditions in research laboratories, pilot plants and kilolabs worldwide. The new Unistat Hybrid technology offers solutions for temperature control of large scale production reactors,enabling an affordable, partial modernisation of existing central plant cooling/heating systems.

When it comes to chemical reactions in production processes, the right temperature is a crucial factor. Therefore, chemical processes need an appropriate and reliable heating/cooling system. For process engineers it is essential to find the best possible compromise between yield, quality and productivity.Over the years and with the support of process engineers from the chemical and pharmaceutical industry, the Unistat range (Fig. 1) has been developed and refined. This collaboration has ensured that Unistats remain at the forefront of technology, making them suitable for controlling the temperature of chemical and bioreactors, autoclaves, reaction blocks & calorimeters in mini, pilot and distillation plants. As a result of their thermodynamic characteristics, Unistats offer cutting-edge performance regardless of the application and excelling even under heavily changing system conditions.

To demonstrate the performance of the Unistat range over 200 case studies have been carried out. They show the Unistats unique ability to adapt to process requirements, offering precise stability and control.

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