SYSTEM AND METHOD OF MANAGEMENT AND OPTIMISATION OF HYDROTHERMAL PROCESS OF HEAVY OIL AND BITUMEN REFINEMENT Russian patent published in 2017 - IPC C10G31/08 B01J19/18 

Abstract RU 2629955 C2

FIELD: oil and gas industry.

SUBSTANCE: system contains a fluid flow route formed to continuously deliver the process stream along this route in the direction of flow. The flow route includes a reactor, a reactor configured to receive a process stream with water at an inlet temperature in the range of about 60 to 200°C, a reactor including one or more pressure pipes defining the total cross-sectional dimension of the flow inside pipes across the flow. The total length of one or more pressure pipes is at least 30 times more than total cross-sectional dimension of the flow inside the pipes, a reactor configured to supply heat to the process flow passing therethrough so as to gradually increase the flow temperature at the reactor inlet to the outlet temperature T(max)1 in the range of about 260-400°C at the reactor outlet. At that reactor is arranged to maintain a pressure in the process stream sufficient to provide a single-phase flow of the process stream at T(max)1, the controller is configured to selectively control the flow rate of the process stream through the reactor in order to maintain the total contact time of the process stream of feedstock in the reactor within an interval of about 1 to 25 minutes. Said flow rate, said lengths of the pressure pipes and said heat supply ensure minimization or prevention of coke formation.

EFFECT: use of the proposed invention enables maximizing the efficiency and degree of refiniment at the highest temperatures, minimizing adverse reactions of coke formation.

36 cl, 11 dwg

Similar patents RU2629955C2

Title Year Author Number
SYSTEM AND METHOD FOR MONITORING AND OPTIMIZING HYDROTHERMAL PROCESS OF REFINING HEAVY CRUDE OIL AND BITUMEN 2015
  • Trigstad, W., Markus
RU2687072C2
METHOD OF PRODUCING SYNTHESIS GAS FROM LIQUID AND GASEOUS HYDROCARBONS 2008
  • Bazini Luka
  • Guarinoni Alessandra
  • Lajnati Andrea
RU2465193C2
METHOD AND CAUSTIC REACTOR FOR HEAVY CRUDE OIL AND PRODUCT OBTAINED FROM IT 2004
  • Uehn Majkl I.
RU2340654C2
HYDRAULIC PROCESSING OF THERMAL CRAKING PRODUCTS 2014
  • Arora Arun
  • Mukerdzhi Udzhal K.
  • Loui Vaj Seung
  • Grin Marvin I.
RU2640419C2
OLEFIN AND AROMATIC PRODUCTION CONFIGURATION 2020
  • Shaik, Kareemuddin
  • Mukherjee, Ujjal
  • Al-Sayed, Essam Abdullah
  • Santos, Pedro
  • Maesen, Theodorus
  • Chabot, Julie
  • Abba, Ibrahim
  • Sundaram, Kandasamy
  • Barnawi, Sami
  • Venner, Ronald
  • Tamimi, Mazin
RU2799453C2
CONFIGURATION FOR OLEFINS PRODUCTION 2020
  • Mukherjee, Ujjal
  • Shaik, Kareemuddin
  • Santos, Pedro
  • Al-Sayed, Essam, Abdullah
  • Maesen, Theodorus
  • Tamimi, Mazin
  • Chabot, Julie
  • Abba, Ibrahim
  • Sundaram, Kandasamy
  • Barnawi, Sami
  • Venner, Ronald
RU2793939C1
DEVICE AND METHOD FOR MIXING THE RECOVERED CATALYST WITH CARBONISED CATALYST 2009
  • Kauch Kit Eh.
  • Sejbert Kelli D.
  • Melberg Robert L.
  • Dzhonson Dehniel R.
RU2510966C2
INTEGRATION OF RESIDUE HYDROCRACKING AND SOLVENT DEASPHALTING 2014
  • Baldassari Mario S.
  • Mukerdzhi Udzhal K.
  • Olsen Ann-Mari
  • Grin Marvin I.
RU2656273C2
CONFIGURATION FOR OLEFINS PRODUCTION 2020
  • Mukherjee, Ujjal
  • Al-Sayed, Essam, Abdullah
  • Santos, Pedro
  • Shaik, Kareemuddin
  • Maesen, Theodorus
  • Tamimi, Mazin
  • Chabot, Julie
  • Abba, Ibrahim
  • Sundaram, Kandasamy
  • Barnawi, Sami
  • Venner, Ronald
  • Akhras, Abdul Rahman Zafer
RU2815696C2
METHOD FOR CATALYTIC REFINEMENT OF PETROLEUM LIGHT HYDROCARBONS, FOLLOWED BY LOW-TEMPERATURE CATALYST REACTIVATION 2002
  • Chzhan Zhujchi
  • Ma Tszjan'Go
  • Tsin' Chzhili
  • Chzhan Tszjushun'
  • Da Chzhitszjan'
RU2276182C2

RU 2 629 955 C2

Authors

Trygstad W. Marcus

Dates

2017-09-05Published

2014-02-27Filed