Ammonia adsorption tower operating control device and control method using the same

An ammonia adsorption tower operation control method executed by a computing device which comprises a memory configured to store one or more instructions and a processor configured to execute the one or more instructions stored in the memory, the method comprising:

• collecting sensing data obtained by measuring an internal state of an adsorption tower;
• and
• operating the adsorption tower according to an adsorption cycle and a desorption cycle set based on the sensing data,
• wherein the step of operating the adsorption tower comprises:
• outputting corresponding adsorption cycle and desorption cycle according to the sensing data using a trained artificial intelligence model,
• transmitting a command to operate the adsorption tower according to the output adsorption cycle and desorption cycle to a operating unit of the adsorption tower, in response to the sensing data being within a preset optimal range, and
• transmitting a command to execute an abnormal situation processing process according to preset exception adsorption cycle and exception desorption cycle to the operating unit of the adsorption tower, in response to the sensing data exceeding the optimal range.

A computer program product for controlling an ammonia adsorption tower operation, the computer program product comprising a computer readable storage medium having a program instructions stored therein, the program instructions executable by a processor to:

• collect sensing data obtained by measuring an internal state of an adsorption tower;
• and
• operate the adsorption tower according to an adsorption cycle and a desorption cycle set based on the sensing data,
• wherein to operate the adsorption tower the program instructions are executable by the processor to:
• output corresponding adsorption cycle and desorption cycle according to the sensing data using a trained artificial intelligence model,
• transmit a command to operate the adsorption tower according to the output adsorption cycle and desorption cycle to a operating unit of the adsorption tower, in response to the sensing data being within a preset optimal range, and
• transmit a command to execute an abnormal situation processing process according to preset exception adsorption cycle and exception desorption cycle to the operating unit of the adsorption tower, in response to the sensing data exceeding the optimal range.