SNSUC上海新壳联化工有限公司
SNSUC Research · Research · Tech & Finance
Batch-level Product Carbon Footprint (PCF) On-chain: SHA-256 Browser Fingerprint Closes Title–Carbon Data Loop
SNSUC writes batch-level product carbon footprint (PCF) to the blockchain and uses a browser-side SHA-256 fingerprint to tamper-evidently attest digital warehouse receipts, closing the loop from title to carbon data. The mechanism aligns with the national ETS expansion and the CBAM carbon border adjustment, making digital receipts quantifiable ESG evidence that supports enterprise members' carbon compliance and export documentation.
National ETS Expansion
2027目标年
▲ Up
CBAM Deepening
2026执行年
— Flat
SHA-256 Attestation
逐批次
▲ Up
Digital Receipt
跨链互认
▲ Up
SNSUC's data hub has brought batch-level product carbon footprint (PCF) into its blockchain attestation system. From refinery exit to bonded delivery, each batch's energy, logistics and process emissions are decomposed into auditable data points, and a browser-side SHA-256 fingerprint tamper-evidently binds the digital warehouse receipt — so carbon data stays traceable the moment title transfers. This closed loop serves two compliance scenarios directly: the national ETS expansion into petrochemicals (with a 2027 time window) and the EU CBAM carbon border adjustment (entering a deepened execution phase in 2026). Exporters can pull a third-party-verified PCF summary from an SNSUC digital receipt without duplicate reporting. For enterprise members, this upgrades carbon data from 'annual narrative' to 'on-chain asset': transferable with the receipt, externally auditable, and ready for buyers' ESG due diligence. SNSUC Research Institute will keep publishing per-category carbon-intensity benchmarks to anchor enterprise members' low-carbon procurement and green-power decisions.