COMPOUNDS CONTAINING BURNING-ENHANCING ADDITIVES AND METHODS FOR ITS USE Russian patent published in 2012 - IPC C10L1/00 C10L1/14 C10L10/00 

Abstract RU 2441901 C1

FIELD: fuel chemistry.

SUBSTANCE: invention refers to the burning-enhancing gasoline additive. The additive contains organic nitric compound with dissociation energy of C-NO2 bond from approximately 60 to approximately 80 kcal/mol of compound. Organic nitric compound is selected from group consisting of N-alkynnitroaniline; alkylnitroanisole; nitrofurfuril nitrate; alkylnitrophenol; N,N-dialkynnitroaniline and alkynnitrobenzene. At the same time the organic nitric compound is not nitrotoluene or dinitrotoluene. The invention also refers to gasoline composition including gasoline and the burning-enhancing gasoline additive. The additive is used for enhancing effectiveness of gasoline burning and enhancing productivity of gasoline burning. The use of additive provides for increased gasoline savings and decreased exhaust at gasoline composition burning. The speed of burning at high temperature of baseline gasoline is increased, the ignition properties of spark-ignited engines are improved.

EFFECT: invention provides for decrease of ignition failures, prevents partial burning and improves cycle to cycle variation in spark-ignited engine.

21 cl, 2 dwg, 2 ex

Similar patents RU2441901C1

Title Year Author Number
SPENT LUBRICANT COMPOSITION 2011
  • Khejes Khovard Richard
  • Smiters Dzhenet Mehrian
  • Uehdlok Dejvid Dzhon
RU2565592C2
USE OF LUBRICATING COMPOSITION 2016
  • Orlebar, Caroline Nicola
  • Morgan, Neal Matthew
  • Southby, Mark Clift
RU2710548C2
METHOD FOR REDUCTION IN PREMATURE IGNITION AT LOW SPEEDS 2018
  • Raj Mohan, Vivek Raja
  • Nelson, Edward, Carl
  • Russo, Joseph, Michael
  • Ghosal, Anindya, Kumar
RU2781056C2
GASOLINE COMPOSITIONS 2008
  • Klejton Kristofer Uil'Jam
  • Prajs Richard Dzhon
  • Tejt Najdzhel Piter
  • Tejlor Rober Jan
RU2487922C2
FUNCTIONAL FLUIDS FOR INTERNAL COMBUSTION ENGINES 2008
  • Brjuver Mark Lourens
  • Kendoll Dejvid Roj
RU2485171C2
FUEL COMPOSITION 1996
  • Pantukh B.I.
  • Ostern E.M.
RU2121493C1
FUEL ADDITIVE COMPOSITIONS AND THEIR APPLICATION METHOD 2018
  • Subramaniyam, Mahesh
RU2761385C1
METHOD TO REDUCE SEPARATION OF DEPOSITS IN COMBUSTION CHAMBER AND METHOD TO DECREASE EXHAUST WHEN STARTING INTERNAL COMBUSTION ENGINE FROM COLD 2004
  • Aradi Allen A.
  • Smit Dzhejms B.
RU2283437C2
USE OF A COMPLEX ESTER FOR REDUCED FUEL CONSUMPTION 2014
  • Valter Mark
  • Rettemajer Dirk
  • Khansh Markus
  • Felkel Lyudvig
  • Khan Bern Tomas
  • Ekormir Muril
  • Khajden Tomas
RU2673817C2
FUEL COMPOSITION AND METHOD OF FORMULATING FUEL COMPOSITION TO REDUCE REAL-WORLD DRIVING CYCLE PARTICULATE EMISSIONS 2015
  • Meffert Majkl Uejn
  • Morris Dzhon Devid
  • Rus Dzhozef U.
  • Shao Khuejfan
RU2679143C2

RU 2 441 901 C1

Authors

Aradi Allen A.

Roos Dzhozef V.

Dates

2012-02-10Published

2010-06-21Filed