mixture

FCC gasoline (cracked naphtha)

C5+ gasoline-range product of fluid catalytic cracking, olefinic and aromatic, a gasoline blendstock (processes/fcc-1). No composition recorded yet: one goes in only with its source (docs/registry.md, Fuel mixtures).

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Made by

Fluid catalytic cracking of vacuum gas oil (full-combustion regenerator)Main productConcept · not reviewed

Used by

No process in the Atlas uses this yet.

When a process with this chemical is added to the library, it appears here.

Routes compared

One route in the Atlas makes FCC gasoline (cracked naphtha): nothing to compare yet. A comparison appears when a second route is added.

Per 1 kg of FCC gasoline (cracked naphtha): inventory from each route's LCI dataset, unallocated; footprints per the functional unit of their own LCA.

Route	Tier, design maturity, review status	Geography, year	Energy	Feedstocks	Key emissions	Footprint	Comparability
Fluid catalytic cracking of vacuum gas oil (full-combustion regenerator)fluid catalytic cracking on zeolite catalyst, single-stage regenerator in full combustion (typical for vacuum distillate feeds, BREF section 2.5); residue cracking (RCC), partial combustion and propylene-maximising variants are not modelled	Tier 1 (sourced conceptual)Design maturity: Concept (research)Not independently reviewedDataset review: unreviewed	GLO, 2010	Electricity (air blower, wet gas compressor, pumps): 0.0615 kWh Fired heat (fuel of the feed heater and CO boiler, counted as fuel energy): 0.624 kWh	Vacuum gas oil (fresh FCC feed): 2.12 kg Regenerator air, oxygen burnt with the coke: 0.309 kg (free) Steam (feed atomisation, catalyst stripping, aeration), pressure not stated: 0.127 kg FCC catalyst make-up (zeolite Y in an alumina-clay matrix): 0.00308 kg	CO2 from the coke burn in the regenerator: 0.357 kg CO from the regenerator (full combustion): 0.000541 kg CH4 from the coke burn: 0.0000122 kg N2O from the coke burn: 0.00000243 kg Water vapour from the coke burn: 0.055 kg NOx from the regenerator, as NO2: 0.000613 kg SOx from the regenerator, as SO2: 0.00198 kg Particulates from the regenerator (catalyst fines, size not split): 0.0000848 kg	no footprint	–

ISO 14044 requires a critical review (by a panel of interested parties, ISO/TS 14071) of a comparative assertion intended to be disclosed to the public. These routes are listed side by side for screening; a statement that one is better than another needs that review. None of these routes has had such a review.