Management system, management device, management method, and non-transitory computer readable media

A management apparatus of coal and/or steelmaking dust being managed outdoors, the management apparatus comprising:

• a processor configured to:
• acquire a heat distribution image information which indicates a heat distribution image of a surface layer of a pile of the coal and/or steelmaking dust, imaging of the heat distribution image having been performed from a position where imaging of an entire surface layer of the pile can be performed,
• acquire threshold information indicating a threshold of a temperature of the surface layer of the pile,
• determine heat generation of the pile based on the heat distribution image information and the threshold information,
• determine a necessity of response to each pile based on a result of determination of heat generation of the pile, and
• allow the response to be provided based on the determination of a necessity of response.

A management method of coal and/or steelmaking dust being managed outdoors, the management method comprising:

• acquiring a heat distribution image information indicating a heat distribution image of a surface layer of a pile of the coal and/or steelmaking dust from a position where imaging of an entirety of the pile can be performed,
• acquiring threshold information indicating a threshold of a temperature of the surface layer of the pile,
• determining heat generation of the pile based on the heat distribution image information and the threshold information,
• determining a necessity of response to each pile based on a result of determination of heat generation of the pile, and
• allowing the response to be provided based on the determination of a necessity of response.

A non-transitory computer readable media storing a management program of coal and/or steelmaking dust being managed outdoors,

• the management program causing a computer to acquire a heat distribution image information indicating a heat distribution image of a surface layer of a pile of the coal and/or steelmaking dust, imaging of the heat distribution image having been performed from a position where imaging of an entire surface layer of the pile can be performed,
• acquire threshold information indicating a threshold of a temperature of the surface layer of the pile,
• determine heat generation of the pile based on the heat distribution image information and the threshold information,
• determine a necessity of response to each pile based on a result of determination of heat generation of the pile, and
• allow the response to be provided based on the determination of a necessity of response.