METHOD AND APPARATUS FOR LIQUID FUEL PRODUCTION AND POWER GENERATION Russian patent published in 2016 - IPC C10G2/00 C01B3/32 C07C1/02 F01K27/00 

Abstract RU 2603961 C2

FIELD: energy.

SUBSTANCE: invention relates to a method and an apparatus for producing liquid fuel from hydrocarbon gas. Method of producing liquid fuel from hydrocarbon gas and power generation is suggested, wherein the reforming of hydrocarbon gas is performed for producing reforming gas by reaction of steam reforming of hydrocarbon gas; synthesis of gasoline is performed, of dimethyl ether or diesel fuel from reforming gas through methanol; thermal energy heat of reforming gas is removed to obtain saturated water steam with a temperature of 180 °C max, until the use of said reforming gas at the stage of synthesis; overheating of said saturated water steam is performed using a heat source with a temperature of 200 °C min, formed in said method, to produce overheated water steam; and power generation is performed using said overheated water steam, wherein water steam formed due to exothermal reaction during synthesis is used as the heat source for overheating at the stage of overheating.

EFFECT: efficient generation of power by using low-temperature wasted heat of the process.

2 cl, 1 tbl, 4 dwg

Similar patents RU2603961C2

Title Year Author Number
LOW-ENERGY METHOD OF PRODUCING AMMONIA OR METHANOL 2009
  • Lippmann Dennis
  • Jokhanning Joakhim
RU2461516C1
METHOD OF OXIDATIVE DEHYDROGENATION OF LOW-EMISSION FOR BUTADIENE OBTAINING 2013
  • Kasiula Liana
  • Daff Dzhozef G.
  • Ballard Elizabet
  • Potter Mark
  • Chada Sirisha
RU2619114C2
METHOD AND UNIT FOR METHANOL SYNTHESIS 2021
  • Vlasov Artem Igorevich
  • Fedorenko Valerij Denisovich
  • Efremova Regina Petrovna
  • Khasanov Mars Magnavievich
  • Zamanov Ilgam Minniyarovich
  • Kirdyashev Yurij Aleksandrovich
  • Nikishchenko Konstantin Georgievich
  • Kashirina Diana Aleksandrovna
  • Vakhrushin Pavel Aleksandrovich
RU2792583C1
PLANT AND METHOD FOR SYNTHESIS OF METHANOL USING RENEWABLE ENERGY 2020
  • Schroer, Joseph William
  • Stevenson, Scott
  • Ward, Andrew Mark
  • Abbott, Tim
  • Lawson, Kenneth Francis
  • Huckman, Michael Edward
  • Zhao, Zhun
  • Oprins, Arno
RU2827015C2
METHOD FOR OBTAINING METHANOL FROM HYDROCARBON GAS OF GAS AND GAS-CONDENSATE DEPOSITS, AND PLANT FOR ITS IMPLEMENTATION 2012
  • Bogoslov Mark Jur'Evich
  • Ramenov Roman Vladimirovich
  • Dolinskij Sergej Ehrikovich
RU2503651C1
METHOD OF TECHNOLOGICAL CONDENSATE PURIFICATION 2010
  • Farkash Lajosh
  • Salontai Lajosh
  • Brandes Shtefan
  • Ott Vol'Fgang
  • Fil'Rajkher Tomas
RU2535219C2
APPARATUS FOR PRODUCING PETROL 2012
  • Iidzima Masaki
RU2575848C1
METHOD AND SYSTEM FOR PERFORMING GASIFICATION OF CARBONACEOUS FEEDSTOCK 2014
  • Walter Joshua C.
  • Goodrich Samuel Scott
RU2660152C2
METHOD AND SYSTEM FOR OBTAINING PETROL OR DIMETHYL ETHER 2012
  • Iidzima Masaki
RU2573563C1
METHOD OF PRODUCING HYDROGEN WITH COMPLETE ENTRAPMENT OF CO AND RECYCLING OF UNREACTED METHANE 2009
  • Fisher Beatris
  • Zhirud'Er Fabris
  • Ambrozino Zhan-Lui
  • Toma Mishel'
RU2509720C2

RU 2 603 961 C2

Authors

Iidzima Masaki

Josijama Rijudzi

Khirajama Kharuaki

Sejki Esio

Dates

2016-12-10Published

2013-09-04Filed