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DevvStream, Southern, IP3, and XCF to Evaluate Development of America-First Nuclear Power, Advanced Fuels, and Digital Environmental Asset Monetization
SACRAMENTO, Calif., December 30, 2025--DevvStream Corp. (Nasdaq: DEVS) ("DevvStream"), a leading carbon management and environmental-asset monetization firm, today announced a non-binding memorandum of understanding ("MOU") to evaluate a strategic collaboration focused on small modular reactor ("SMR") nuclear power development, electro-sustainable aviation fuel ("eSAF") production, and the creation, verification, and monetization of eligible environmental attributes alongside IP3 Corporation ("I
About this update from Devvstream Corp.
Exploring U.S.-based nuclear power as a strategic enabler for advanced fuels, AI-era infrastructure, and tokenized environmental assets Potential to advance next-generation eSAF pathways by pairing continuous clean electricity with electrolysis, hydrogen production, and low-carbon fuel synthesis Assessing potential pathways for leveraging American power, American feedstocks, and American infrastructure to strengthen U.S. industrial and energy leadership SACRAMENTO, Calif., December 30, 2025--(BUSINESS WIRE)--DevvStream Corp. (Nasdaq: DEVS) ("DevvStream"), a leading carbon management and environmental-asset monetization firm, today announced a non-binding memorandum of understanding ("MOU") to evaluate a strategic collaboration focused on small modular reactor ("SMR") nuclear power development, electro-sustainable aviation fuel ("eSAF") production, and the creation, verification, and monetization of eligible environmental attributes alongside IP3 Corporation ("IP3"), Southern Energy Renewables Inc. ("Southern"), and XCF Global Inc. ("XCF") (Nasdaq: SAFX) (together "the parties"). The MOU outlines a proposed integrated framework to assess the development and deployment of firm, zero-carbon nuclear electricity from SMRs to support clean fuel production and energy-intensive end markets, including AI data centers, while enabling robust environmental-attribute structures that may meet evolving compliance, reporting, and market standards. The MOU also outlines a framework to explore the development and deployment of SMR-generated electricity to support existing and future operating assets, including a potential nuclear power solution for a proposed SAF refinery in Louisiana, and to enable a scalable portfolio of verifiable environmental attributes. If pursued, the parties intend to advance reliable, zero-carbon nuclear power to enable continuous electrolysis, hydrogen production, and downstream fuel synthesis, while also supporting excess clean-power offtake for third-party customers where appropriate. The parties also intend to evaluate, as part of the negotiation of definitive agreements, environmental-attribute structures associated with eSAF and related low-carbon fuel pathways, including emerging "book-and-claim" and SAF certificate frameworks that allow airlines and c...