Patent Portfolio & Methodological Disclosures
Multi-stage continuous furnace thermal enthalpy models, scrap mass balancing, and zero-knowledge cryptographic carbon auditing architectures under Taiwan and PCT international patent priorities.
Multi-Stage Continuous Heat-Treatment Furnace Dynamic Thermal Enthalpy Decoupling & Allocation Method
A computational first-principles method for isolating empty-furnace thermal dissipation (E_loss) and conveyor belt parasitic loads from continuous industrial mesh-belt furnaces, enabling dynamic NIST Shomate enthalpy integration (ΔH = ∫ Cp(T) dT) for steel fasteners under EU CBAM Annex IV rules.
- Isolates 22.4% baseline thermal inertia from product PCF.
- Calibrated across SCM435, 10B21, and SUS304 alloy grades.
Zero-Knowledge Scope 3 Cryptographic Carbon Auditing & Trade Secret Protection System
A cryptographic protocol utilizing zk-SNARKs (Groth16 on BN254) to generate mathematically verifiable carbon footprint assertions for customs authorities (EU DG TAXUD) without revealing proprietary alloy chemical formulations, billet unit costs, or heat-treating cycle recipes under EU Directive 2016/943.
- 100% mathematical immunity for factory trade secrets.
- Fully compliant with EU CBAM Article 14 non-disclosure rights.