Intelligent rupture exposure radius calculator

A system, comprising:

• a computer comprising one or more computer processors, configured to:
• receive process data for a production facility configured to convey a production fluid comprising one or more hazardous materials;
• receive, for each hazardous material among the one or more hazardous materials, one or more safety limits associated with each hazardous material, and
• determine, using an artificial intelligence (AI) model based on the process data, one or more predicted rupture exposure radii comprising a predicted rupture exposure radius for each hazardous material and associated one or more safety limits;
• a safety planning system configured to determine a safety protocol for the production facility based on the one or more predicted rupture exposure radii, and
• a service system configured to perform a facility operation associated with the production facility in accordance with the safety protocol.

A non-transitory computer-readable memory comprising computer-executable instructions stored thereon that, when executed on a processor, cause the processor to perform steps comprising:

• obtaining process data for a production facility configured to convey a production fluid comprising one or more hazardous materials;
• obtaining, for each hazardous material among the one or more hazardous materials, one or more safety limits associated with each hazardous material;
• determining, using an artificial intelligence (AI) model based on the process data, one or more predicted rupture exposure radii comprising, a predicted rupture exposure radius for each hazardous material and associated one or more safety limits;
• sending a command for a safety planning system to determine a safety protocol for the production facility based on the one or more predicted rupture exposure radii, and
• sending a command for a service system to perform a facility operation associated with the production facility in accordance with the safety protocol.