Transition Management and Flare Reduction Across the Liquefaction Operating Cycle: Gas Disposition, Valve Sequencing and Procedural Complexity in Start-Up, Shutdown and Mode Change
Abstract
Start-up flaring is treated across the liquefaction sector as an operational necessity, and the framing has consequences: a necessity is budgeted for, reported as unavoidable, and excluded from reduction targets that address routine flaring. This paper argues that the necessity is partial rather than absolute, that the flared volume during a start-up divides into components with materially different reducibility, and that the irreducible fraction is smaller than operating practice assumes. It develops a conceptual model for zero-flare and reduced-flare start-up sequencing organised around four dispositions available to gas that would otherwise be flared: retention within the system, recycle to an upstream point, diversion to fuel, and export at off- specification quality under a defined acceptance. The model classifies each start-up gas stream by the disposition available to it, identifies the design and operating conditions each disposition requires, and states the constraints that determine the achievable reduction. Three positions are developed. First, the dominant reducible component is off-specification product and purge gas generated before the process reaches conditions, and its disposition depends principally on whether a recycle path with adequate capacity exists, which is a design decision commonly made against capital cost without visibility of the operating consequence. Second, valve sequencing modifications can shift the timing of gas generation relative to the availability of a disposition path, converting a stream that must be flared into one that can be recycled, without any capital modification. Third, the constraint that most often binds is not the availability of a path but the operator time required to manage a more complex sequence, which means that zero-flare sequencing is limited by procedure complexity and control system support rather than by process engineering.
Keywords
flare reduction; start-up sequencing; liquefaction; gas recycle; valve sequencing; off- specification product; flare gas recovery; operating procedures; emissions
References
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