This paper examines a recurring structural pattern across five offshore gas provinces — the Norwegian Continental Shelf, the Southern North Sea, the Orange Basin (Namibia/South Africa), the Kudu gas field, and Nigeria — where substantial technically recoverable gas volumes remain partially monetised, delayed, reinjected, flared, or commercially stranded. The principal constraint is frequently not geological insufficiency, but the absence of infrastructure architectures capable of economically integrating mid-scale, fragmented, or associated gas into market systems. The quantifiable cost of this "architecture gap" runs into the lower tens of billions of dollars annually across the examined regions. The paper traces the historical record of intermediate architectures — notably marine compressed natural gas and modular LPG/NGL extraction — identifies four structural barriers that have prevented their commercial scaling, and evaluates the first operational marine CNG reference case (Indonesia, 2024). It introduces the concept of "development-cycle asymmetry" — the structural difference between decade-scale conventional infrastructure commitment and bounded, reversible pilot deployment — and examines the investment implications for infrastructure investors, operators, and strategic partners. The central conclusion is conservative: the recurring monetisation constraints are explainable as infrastructure architecture problems rather than geological limitations. The strategic question for the next decade is not whether a universal solution exists, but whether bounded operational validation is preferable to indefinite theoretical optimisation.
Ryszard Dzikowski (2026) studied this question.