Solid heat exchange equipment
Thread Content
This section contains solid materials at 320 degrees, and it is necessary to cool them down to 85–90 degrees in order to recover heat. A recovery device is required to convert this heat into steam or to utilize it directly； It is necessary to select equipment for recovering heat ； Please help me with the selection, thank you
Can water spraying be used? If so, you can choose a manufacturer of water spray heat exchangers to help you select the appropriate model.
Please provide specific details on solid materials, including any contraindications.
Cooling can be achieved using cooling tubes, and there are many such examples
There are various options available; the process parameters can be sent to 18192135577@163.com.
Dear sea friends, this material is a sintered product resulting from the reaction between fly ash and sulfuric acid; its main components are ammonium aluminum sulfate and silica slag. It is necessary to cool the material to 85–90 degrees before adding water for dissolution, followed by the separation of the mixture； Sintering material production rate: 300 t/h. Adding water directly will result in the generation of ammonia gas and a large amount of dust; it is better to use indirect heat exchange. Please help me choose the appropriate equipment
This post deserves attention; please let everyone know what methods the original poster will use next so we can learn from them*
What is the size of the solid particles? Are the particles uniform? For indirect heat exchange, it might be more appropriate to use heat transfer oil on the other side in order to recover energy.
Is the solid material in powder form or lump form? If it is in powder form, a heat pipe heat exchanger is a more suitable choice.