Encyclopedia

Polymer Gasoline

polymer gasoline

[′päl·ə·mər ′gas·ə‚lēn]
(materials)
A product of polymerization of normally gaseous hydrocarbons to form high-octane liquid hydrocarbons boiling in the gasoline range.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
The following article is from The Great Soviet Encyclopedia (1979). It might be outdated or ideologically biased.

Polymer Gasoline

 

polymer distillate, a high-octane component of fuels for piston engines with spark ignition.

Polymer gasoline is produced by catalytic polymerization of the propane-propylene and butylene fractions of gases from petroleum cracking and reforming. The onset of boiling for polymer gasoline is not below 70°C, and the termination of boiling is not above 225°C. The content of unsaturated hydrocarbons is 20–90 percent, with a relatively low content of paraffin, naphthene and, in particular, aromatic hydrocarbons. The octane number of hydrogenated polymer gasoline with 3.3 g tetraethyl lead per kilogram is not less than 104. Inhibitors (antioxidants) are added to stabilize polymer gasolines and commercial fuels containing this component.

REFERENCES

Tekhnicheskie usloviia na nefteprodukty. Moscow, 1969.
Gureev, A. A. Primenenie avtomobil’nykh benzinov. Moscow, 1972.
The Great Soviet Encyclopedia, 3rd Edition (1970-1979). © 2010 The Gale Group, Inc. All rights reserved.
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References in periodicals archive
The complex was to have an aromatics plant with a nameplate capacity of more than 115,000 t/y of benzene, 20,000 t/y of toluene, plus a 100,000 t/y alkylation unit and a 30,000 t/y catalytic condensation (polymer gasoline) unit.
TPL (Italy) for the ethylene glycol, ethylene oxide, MTBE, alkylation and polymer gasoline units;
for the ABS, SAN and butadiene units; TPL (Italy) for the ethylene glycol, ethylene oxide, MTBE, alkylation and polymer gasoline units; CTIP (Italy) for the butene unit; and Snamprogetti (Italy) for the aromatics plant.
The complex was to have an aromatics plant with a capacity of 115,000 t/y of benzene, 20,000 t/y of toluene, plus a 100,000 t/y alkylation unit and a 30,000yt/y catalytic condensation (polymer gasoline) unit.
Basic engineering and process technology were being supplied by Scientific Design (US) for the ethylene glycol and ethylene oxide units, Himont (US) for the polypropylene unit, BP Chemicals (UK) for the polyethylene unit, TEC of Japan for the SBR, PBR, ABS and SAN units, TEC/Nippon Zeon for the butadiene unit, Institut Franais du Petrole for the butene-1 and MTBE units, and UOP (US) for the aromatics plant and the alkylation and polymer gasoline units.
Basic engineering and process technology were being supplied by Scientific Design of US for the ethylene glycol and ethylene oxide units, Himont (US) for the polypropylene unit, BP Chemicals (UK) for the polyethylene unit, TEC of Japan for the SBR, PBR, ABS and SAN units, TEC/Nippon Zeon for the butadiene unit, Institut Francais du Petrole for the butene-1 and MTBE units, and UOP (US) for the aromatics plant and the alkylation and polymer gasoline units.
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