ScoroporH

ScoroporH is a hypothetical class of porous materials described in speculative and theoretical literature as potential hydrogen storage media. The term is not associated with a single, confirmed material but with a family of hypothetical frameworks whose defining feature is a highly interconnected pore network that can reversibly adsorb hydrogen at practical conditions.

Design concepts commonly attributed to ScoroporH include hierarchical porosity spanning micropores and mesopores, high surface area, and a balance of physisorption and chemisorption interactions. Candidate structures cited in discussions include porous carbon architectures, metal–organic frameworks, and covalent organic frameworks, with functional groups tuned to enhance hydrogen uptake and release under cycling. The material would ideally exhibit strong reversibility, stability under repeated hydrogen loading and unloading, and mechanical robustness.

Current status: ScoroporH remains a theoretical construct rather than a realized material. It appears in thought experiments and speculative reviews about the limits of hydrogen storage, rather than in peer‑reviewed reports of a synthesized compound. No consensus exists on a specific synthesis route or a single representative composition.

Potential applications envisioned include portable energy storage, fuel cell systems, and aerospace power systems, where high gravimetric and volumetric hydrogen densities are desirable. Major challenges cited include synthesis cost, material durability under cycling, safety considerations, and the need for precise control over pore structure and adsorption thermodynamics.