Chemical Inventory Management Using Remaining Activity Prediction

The patent replaces physical chemical testing facilities and equipment with a computer-implemented information processing system. Instead of performing actual chemical activity tests in warehouses, the system uses computational models (Arrhenius and Weibull equations) to calculate remaining activity values based on storage condition data, thereby eliminating the need for complex testing infrastructure while maintaining assessment reliability

The patent creates a virtual model of the chemical substance's degradation behavior through mathematical equations (Arrhenius and Weibull models). This computational copy allows prediction of activity levels without physical testing, enabling warehouse staff to assess chemical usability using only basic storage condition records rather than specialized testing equipment

The patent performs preliminary computational calculations of remaining activity values immediately when storage condition data becomes available, rather than waiting for time-consuming physical tests. The system continuously monitors storage conditions and automatically calculates activity levels, providing timely results for inventory management decisions without requiring scheduled testing sessions

The patent replaces time-consuming manual chemical testing procedures with instantaneous computer-based calculations. The information processing system computes remaining activity values in real-time using stored mathematical models and current storage condition data, reducing assessment time from days or weeks of physical testing to seconds of computational processing

The patent changes the assessment parameter from a binary pass/fail threshold check to a continuous remaining activity value calculation. Instead of simply comparing current activity against minimum threshold and discarding, the system calculates precise remaining activity levels and enables dosage adjustment based on actual activity, allowing utilization of chemicals that would otherwise be discarded while maintaining quality standards

The patent introduces dynamic dosage adjustment capability that adapts to the actual remaining activity level of chemical substances. Rather than static discard decisions, the system enables flexible dosage modifications based on calculated activity values, allowing optimal utilization of chemicals across their entire activity range while maintaining product quality reliability

The patent designs the information processing system to perform multiple functions using the same infrastructure: it stores inventory data, monitors storage conditions, calculates remaining activity values, generates dosage recommendations, and manages inventory decisions. This multi-functional approach avoids the need for separate specialized systems for each function, reducing overall complexity while maintaining prediction precision

The patent uses standardized storage condition parameters (temperature, humidity, time) as intermediaries between physical storage environments and chemical activity prediction. These universal parameters can be easily measured and recorded using simple sensors and can be directly input into the mathematical models, bridging the gap between physical conditions and computational prediction without requiring complex translation layers