Thermoregulation in cocoa bean roasting
The importance of precise temperature regulation and the use of Tempco thermoregulation units in cocoa bean roasting, the first delicate and crucial step in chocolate production.
The importance of precise temperature regulation and the use of Tempco thermoregulation units in cocoa bean roasting, the first delicate and crucial step in chocolate production.
In a holistic approach to thermal transfer systems, the added value goes beyond the initial cost of the technology, including other factors such as energy efficiency, compactness and installation flexibility, reliability, and ease of maintenance.
TREG thermoregulation units are ideal for temperature control in research and development activities in pharma labs, ensuring precision, reliability and compliance in the study and stability testing of new molecules and active ingredients.
Thermostats, pressure switches and water level control devices are key safety systems for the correct functioning of thermoregulation units, essential to avoid potential risks.
Special Tempco shell and tube heat exchangers for high temperature oil, internally manufactured for working temperatures up to 300° C, and thus employed in our thermoregulating units.
Maintenance intervention with gaskets replacement on flanges in a cogeneration plant in operation since 2014 with Tempco heat exchangers, specifically a brazed plate exchanger on jackets and a shell and tube exchanger on fumes heat recovery.
The importance of preventive maintenance and alarms in thermoregulation systems, the lack of oil circulation and the intervention of the maximum temperature thermostat, ignoring the alarm, led to the explosion of the electrical resistors.
PCHE exchangers are the ideal solution for multi-stream cooling with high efficiency and compactness, perfect for critical applications and in hydrogen technologies thanks to the high resistance and microchannel structure of the plates.
Challenges and design requirements of temperature control units for Atex environments at risk of explosion, and accurate and correct design is essential to ensure safety, reliability and operational efficiency.
In the production of technical gases, interstage cooling of compressors can be obtained with different types of heat exchangers, from the more traditional shell and tube and plate exchangers to the innovative PCHE exchangers.