跳至主要内容

What are the types of chiller evaporators | Oumalchiller.com

 The evaporator is one of the main components of industrial chillers. The types of evaporators include: tank with coil evaporator, shell and tube evaporator, stainless steel plate heat exchanger, titanium tube evaporator. With so many types of evaporators, how should we choose the appropriate type of evaporator for our chiller?

types of chiller evaporator

Water tank coil evaporator: The evaporator is a coil type structure placed in the water tank. The coil-type evaporator of Omar Refrigeration is made as follows: According to the size of the chiller required by the customer, the copper pipes are coiled in a circle, and then the coil-type evaporator is put into the built-in water tank of the box-type chiller. In this way, the refrigerant in the copper pipe can absorb the heat of the water. The water tank coil evaporator is relatively simple to manufacture. The cost is relatively low. Generally, small water chillers use water tank coil type evaporators.


Shell and tube evaporator: Shell and tube evaporator is the most widely used in screw chillers, and different materials can be selected according to different water quality requirements. For example, the middle tube can be 316 stainless steel or copper tube, or nickel white copper, and the outer shell can be carbon steel or 316 stainless steel. The shell and tube evaporator has compact structure, convenient operation and management, and high heat transfer coefficient. The disadvantage is that the refrigerant charge is large, and when the evaporation temperature is lower than 0 degrees, it is easy to freeze and damage the evaporation tube.


Stainless steel plate heat exchanger: As one of the commonly used heat exchange equipment in heat exchangers, stainless steel plate heat exchangers have certain advantages. They can be used in food, heating, domestic hot water, waste heat recovery and other fields. The data displayed by the heat exchange equipment shows that the stainless steel plate heat exchanger has a better heat exchange effect than carbon steel, and it also prolongs the service life. Stainless steel plate heat exchangers are generally divided into 316L and 304 materials. 304 stainless steel plate heat exchanger has a wide range of uses, such as corrosion resistance, heat resistance, mechanical properties, and low temperature strength. The use temperature can be (-196℃-800℃). When customers of general chillers have requirements for water quality, we will generally equip chillers with stainless steel plate heat exchangers in the choice of evaporator.


Titanium tube evaporator: The titanium tube is light in weight, high in strength, and superior in mechanical properties. When the chiller is used with corrosive liquids, such as acidic liquids, we need to use a titanium tube evaporator. For example, in the electroplating industry, the electroplating solution is highly corrosive. If the chiller directly cools the electroplating solution, a titanium tube evaporator is required. , Titanium tube evaporator is also commonly used in fish pond chillers.


After reading the main features and uses of various evaporators, do you know how to choose the right evaporator type for your chiller? If you don’t know, please contact us and tell us where your chiller is used and the type of liquid that needs to be cooled. Oumals professional engineers will choose the most suitable evaporator for your water chiller systems.


评论

此博客中的热门博文

90℃ dual source heat pump | Hstarschiller.com

  H.Stars Group   has recently signed a contract with 90℃ dual source heat pump unit project for one of the famous automobile factory to replace the traditional boiler. Below are the features of high-efficiency 90-degree dual source heat pump: 1. Special design and customized size for easy installation. 2. Adopt the special compressor of Hanbell high temperature heat pump, with high compression ratio, high energy efficiency, stable performance, multi-level energy adjustment, accurately matching the load change of the unit, low noise and low vibration. It has a wide operating range and can adapt to different operating conditions. 3. Environmental protection adopts environmentally friendly refrigerant: R134A. 4. It is matched with the high-efficiency heat exchanger produced by our factory and adopts the latest high-efficiency heat exchange copper tube to optimize the heat transfer efficiency, compact structure, strengthen heat transfer on the water side and the refrigerant side, reduce u

How to design a water chiller system with AHU for pharmaceutical factory workshop | Hstarschiller.com

  Nowadays, it’s become more and more aware of pharmaceutical enterprises to realize the significance of building an efficient and green to environment cooling system in the factory, because it can not only help the owner to save the running cost but also contribute to the society by reducing the emissions, especially for those developed countries . But how to design a simple but energy saving cooling system with clean workshop? Below we are going to give you a real case for your reference to help you understand well, especially for those are quite new to the water chiller system field. Firstly,this project has been done by  H.Stars Group  ,including the system design,equipment manufacturing and installation etc. Below is the detailed project overview to help you understand the owner’s requirement . Project address: one of the pharmaceutical factories located in China Project desire: Requesting a constant temperature with humidity for oral solid preparation workshop Project Requirement

Energy Saving Chiller System with Heat Recovery Unit of 70℃ Hot Water | Hstarschiller.com

  The   heat recovery chiller   is a new type of energy recovery chiller. It has one more heat recovery device than conventional chillers,it is an   economical chiller . It can produce hot water for free at the same time when making cold water. The hot water temperature can reach up to 70 degrees. It is very suitable for hotels, guesthouses and pharmaceuticals, electronic constant temperature and humidity workshops and other places that have both cold and heat requirements. Heat recovery chillers types Heat recovery chillers can be divided into two types: partial heat recovery and full heat recovery according to the amount of recovery. Partial heat recovery can recover 30% of the heat energy of the cooling capacity, while full heat recovery can recover the cooling capacity + The equivalent amount of heat energy of the input power. The main features of the heat recovery chillers: The economic benefits of heat recovery chillers are not only energy recovery, but also reducing heat polluti