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TWO:
Classification by type of system
1natural circulation external heating pipe type
2natural circulation calandria type
3forced circulation type
4falling-film type
5rising film type
6jacket type
7coil type
Classification by method of operation
1single effect evaporator system
2multiple effect evaporator system
3auto-vapor mechanical compression system
4auto-vapor ejector compression system
5multistage flash system

After taking into consideration of the physical and chemical property of solutions, the desired design conditions, and available utilities, we select the most suitable type of system by utilizing our years of experience and excellent results.
In addition, we can offer designs and manufacturing services that take into careful consideration compactness, energy-efficiency, and automatization.

THREE:"That come from that hound in the willers," said he to himself. "He's a sharp one. He got on to me somehow, and now it's me and him fur it. Anyhow, he didn't kill a mule worth 0 with that bullet. But it'll take as much as six bits' worth o' porous plaster to take the swellin' out o' my side where that rock welted me."

While standard calandria type evaporation systems are widely used as the typical concentration evaporator by the various food and chemical industries, we have delivered many of those systems as finishing concentration evaporators especially for sugar solutions and starch syrups.

THREE:
  • Enables flexible operation with little influence from variations in load and raw solution concentrations because of an adequate amount of solution being held within the system. These systems are also suitable for batch type burning evaporators.
  • Concentrations can be controlled within product specifications by the cascade control using the concentrations of concentrated solution and the raw solution supply and also by the arithmetic control of raw solution concentrations, etc. (Result for sugar solutions: 75±0.2wt%)
  • High-viscosity solutions and solutions that may crystallize can also be utilized by installing a propeller in the evaporator as a forced circulation system.
THREE:

This is a process example of a device that continuously and simultaneously concentrates two types of waste liquid with a single high-efficiency steam compressor.

THREE:"Inasmuch," said Lieut. Bowersox, with an entire change of tone, "as it is my duty to represent the prisoner's interests as counsel, I shall disregard his plea, and enter one of not guilty."It was a perilous movement to make in front of such overwhelming force. But the smoke curtained the manuver and the rebels only discovered it by the diminution of the fire in their front. Then they and the flanking brigades came on with ringing yells, and it seemed that the regiment was to be swept off the face of the earth. The 200th Ind. was not to be scared by yells, however, and sent such a galling fire from front and flanks, that the rebel advance lost its rushing impetus. The regiment was reaching the edge of the woods. The clear fields would give the rebel cavalry its chance.
  • By evaporating the steam using a mechanical compressor and reusing it, almost no heating steam is alomost required except the time of start-up, so large energy savings can be expected.
  • By combining with a thin film falling heat exchanger that does not raise the boiling point due to the liquid depth, it is possible to utilize the temperature difference of the compressor at the maximum.
  • Since the residence time and heating time are short and the holding amount is small, starting and stopping can be performed in a short time.
  • It will prevent scale adhesion in the can that the evaporator is divided into two parts, and that the supply of the undiluted solution is alternately switched over a fixed period of time to perform heat concentration.