Hydrogen Generation Unit

Abstract: A hydrogen generation unit (100) comprising a pre-reformer (102), a membrane reactor (104), and a reformer (106). The membrane reactor (104) is fluidly coupled to the pre-reformer (102) and the reformer (106). The pre-reformer (102) processes hydrocarbons, present in an input gas stream, to obtain a feed gas. The membrane reactor comprises a first separation chamber (202) and a reaction chamber (206) fluidly coupled to the first separation chamber (202). The first separation chamber (202) has a first membrane ring (208) to separate a predetermined gas component from the feed gas to obtain a treated feed gas. The reaction chamber (206) carries out catalytic reactions between the treated feed gas and steam to obtain processed feed gas. The reformer (106) converts CH4 present in the processed feed gas to obtain CO, CO2, and H2.

Patent Information

Application #

Filing Date

20 February 2017

Publication Number

34/2018

Publication Type

INA

Invention Field

CHEMICAL

Status

Email

iprdel@lakshmisri.com

Parent Application

Applicants

HINDUSTAN PETROLEUM CORPORATION LIMITED

Hindustan Petroleum Corporation Ltd, Petroleum House, 17 Jamshedji Tata Road, Churchgate, Mumbai, 400020, India

Inventors

1. SRIGANESH, Gandham

HP Green R&D Centre KIADB Industrial Area, Tarabanahalli, Devanagundi, Hoskote, Bengaluru - 560067, India

2. SRINIVASA NARASIMHA, Sheshachala

HP Green R&D Centre KIADB Industrial Area, Tarabanahalli, Devanagundi, Hoskote, Bengaluru - 560067, India

3. BHARALI, Jitalaxmi

HP Green R&D Centre KIADB Industrial Area, Tarabanahalli, Devanagundi, Hoskote, Bengaluru - 560067, India

4. JAINENDRAKUMAR, Shankar

HP Green R&D Centre KIADB Industrial Area, Tarabanahalli, Devanagundi, Hoskote, Bengaluru - 560067, India

Specification

Claims:As Attached , Description:As Attached

Documents

Application Documents

#	Name	Date
1	201721006009-FER.pdf	2021-10-18
1	Form 5 [20-02-2017(online)].pdf	2017-02-20
2	Form 3 [20-02-2017(online)].pdf	2017-02-20
2	201721006009-Response to office action [27-04-2021(online)].pdf	2021-04-27
3	Drawing [20-02-2017(online)].pdf	2017-02-20
3	Abstract1.jpg.pdf.pdf	2018-08-11
4	201721006009-ORIGINAL UNDER RULE 6 (1A)- 24-05-2017.pdf	2017-05-24
4	Description(Complete) [20-02-2017(online)].pdf_207.pdf	2017-02-20
5	Description(Complete) [20-02-2017(online)].pdf	2017-02-20
5	201721006009-ORIGINAL UNDER RULE 6 (1A)-24-05-2017.pdf	2017-05-24
6	Form 26 [19-05-2017(online)].pdf	2017-05-19
6	Form 18 [17-05-2017(online)].pdf	2017-05-17
7	Other Patent Document [19-05-2017(online)].pdf	2017-05-19
8	Form 26 [19-05-2017(online)].pdf	2017-05-19
8	Form 18 [17-05-2017(online)].pdf	2017-05-17
9	Description(Complete) [20-02-2017(online)].pdf	2017-02-20
9	201721006009-ORIGINAL UNDER RULE 6 (1A)-24-05-2017.pdf	2017-05-24
10	201721006009-ORIGINAL UNDER RULE 6 (1A)- 24-05-2017.pdf	2017-05-24
10	Description(Complete) [20-02-2017(online)].pdf_207.pdf	2017-02-20
11	Abstract1.jpg.pdf.pdf	2018-08-11
11	Drawing [20-02-2017(online)].pdf	2017-02-20
12	Form 3 [20-02-2017(online)].pdf	2017-02-20
12	201721006009-Response to office action [27-04-2021(online)].pdf	2021-04-27
13	Form 5 [20-02-2017(online)].pdf	2017-02-20
13	201721006009-FER.pdf	2021-10-18

Search Strategy

1	searchstrategy-201721006009E_27-10-2020.pdf