CoracleResearch

Research

Published work

Each drop ships as a paired narrative note and patent-application-grade technical disclosure. Every drop carries a 35 U.S.C. §102 defensive-publication clause effective the publication date, and a Zenodo DOI for third-party timestamp.

Research Note 01 · Published April 2026

Chromium poisoning and the 4.9-year Bloom stack

Bloom's first deployed cohort of solid-oxide stacks fell well short of the ten-year service-life expectation. Three cathode-side mechanisms degrade the cell at once, and commercial mitigation addresses only the most visible. This drop derives each mechanism from first principles and specifies a graded-microstructure cathode architecture that suppresses all three on the existing co-fire process flow. Composition windows and process parameters at patent-application specificity, with a 32-page technical disclosure published alongside the narrative note.

Market impact
The architecture applies across most commercial SOFC platforms: Mitsubishi Power, Ceres Power, SolydEra, Weichai, Bosch, Doosan, as well as Bloom Energy itself. A competently-filed and licensed patent family on graded-microstructure cathodes clears an estimated $300M to $700M NPV over the term, with a midpoint near $400M for the specific bundle disclosed. Publication forecloses competitor filings on the integrated architecture as §102 prior art.
Who can implement
Any SOFC or SOEC maker running LSCF-family cathodes on MCO-spinel interconnect coatings. Implementation requires thermal-expansion matching to the maker's specific LSCF formulation, powder-size and binder-burnout calibration for the existing tape-cast line, and QA integration. See Engagements for the scope of commissioned follow-on work.