In modern industrial production, the thermal control of the reactor is a crucial link. In order to guarantee the stability and efficiency of the reaction, we need a system that can precisely adjust the temperature. This brings us to our topic today – heat pump heating thermostats for industrial reactors.
The reaction kettle control system for industrial production is designed separately according to the reactor, and the conventional controller mainly controls and displays the heating temperature of the reactor, controls the stirring speed of the reactor, and is equipped with a heating voltmeter, a motor ammeter, a stirring speed display table in the kettle, a working time display table, and can match the pressure sensor according to user requirements with overpressure and overtemperature alarm functions.
In a factory in Shanghai, there are 8 reaction tanks and a hot water tank on site, and the hot water tank is equipped with 36kw electric heating, and the heating water temperature is about 55-60 degreesThe reaction tank and the heating tube are connected, by heating the water of the heating tank, the water temperature is heated to about 60 degrees, and then several reaction tanks are exchanged for heat, and the reaction tank has a heat exchange coil inside the plate, and the heat exchange is carried out through indirect heat exchange. Considering that the energy consumption of the electric heating method is too high, the replacement frequency is high, and there are certain safety hazards, it is necessary to use new energy sources for replacement.
At present, the research and development of industrial reactor heat pump heating constant temperature system is widely used in pharmaceutical, chemical, food and other industries, providing reliable temperature guarantee for the production of these industries.
First, let's briefly explain what a heat pump is. A heat pump is a device that uses a small amount of electricity to drive low-grade thermal energy from the surrounding environment to the high-temperature end. It is mainly composed of four parts: evaporator, compressor, condenser and expansion valve. Compared with traditional heating methods, heat pump heating thermostat systems have the following significant advantages:
Energy saving and environmental protection: The operation of the heat pump requires only a small amount of electricity and mainly relies on absorbing the heat of the surrounding environment, so it has high energy efficiency.
Precise temperature control: The thermostatic system can achieve precise control of temperature and ensure the stability of the reaction.
Long life and low maintenance: The structure of the heat pump is relatively simple, not prone to failure, and the maintenance cost is low.
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To sum up, the industrial reactor heat pump heating thermostat system is an efficient, environmentally friendly and accurate temperature control solution. As technology advances, we believe it will play an important role in more areas.