Carbon Capture and Utilization - CO2 - From Pollutant to Product Dr. Florian Möllenbruck () Productmanager CCS/U New ...
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Carbon Capture and
Utilization
CO2 – From Pollutant to Product
Dr. Florian Möllenbruck (f_moellenbruck@eu.mhps.com)
Productmanager CCS/U
New Business
Mitsubishi Power, Ltd. All Rights Reserved.
Company Overview
Mitsubishi Power is the
thermal power generation * This table is not exhaustive. It lists only companies
and products related to hydrogen business
company within the MHI Group
Research & Innovation Centre
Energy Plants and Integrated Defense and
Systems Infrastructure Space Systems
100 %
Jet Engines
Iron Making Aircraft
(Mitsubishi Heavy Industries Aero Engines,
(Primetals Technologies, Ltd.) (Mitsubishi Aircraft Corporation)
Ltd.)
Offshore Wind Turbines Ammonia & Methanol
Co-Production Plants H-IIA Rocket
(MHI Vestas Offshore Wind A/S)
Compressor CO2 Capture Plants
(Mitsubishi Heavy Industries Compressor (Mitsubishi Heavy Industries Engineering, Ltd.)
Corp.) Gas Carriers
(Mitsubishi Shipbuilding Co., Ltd.)
Mitsubishi Power , Ltd.. All Rights Reserved. 2.9.2020 2
KM CDR Process™ – Overview and Features
KM CDR Process™ =
Kansai Mitsubishi Carbon
Dioxide Recovery Process
Amine-based technology
Automatic load
adjustment Capable of capturing
control (ALAC) ~90% CO2 from
combustion gas sources,
Amine filtration
up to 99.5% possible
and purification
systems Purity of CO2 > 99.9%
Proven tower Carbon Capture from Flue
design for Gases with 3% of CO2 or
even gas / liquid more
distribution 1–1.2 tons of saturated 3
bar(a) steam per ton of
CO2
55-65 kWh electrical
power per ton of CO2
Mitsubishi Power, Ltd. All Rights Reserved. 29.07.2020 3
Typical Layout of a Carbon Capture Plant
1: Flue Gas Duct
2: Flue Gas Quencher
3: Absorber
4: Regenerator 3
5: Cooling Tower
6: Dehydration and
CO2 Compressor 4
7: Reboilers
2
5
6
KS-1® Solvent
1
7 7
Mitsubishi Power, Ltd. All Rights Reserved. 29.07.2020 4
KM CDR Process™ – Worldwide Commercial Experience
MHI’s experienced global
KM CDR Process™ team 2021 Russia 2006 India (Aonla)
stands ready to meet 11
2011 U.S.A (SoCo)
500 Mt/d
15 1,200 Mt/d 3 450 Mt/d
customer requirements for • (Demo plant) 2006 India (Phulpur)
commercial CO2 capture
4 450 Mt/d
2010 UAE 2005 Japan
plants on natural gas and 2
6 400 Mt/d 330 Mt/d
coal exhaust from 2017 Japan
conceptual design through 14 283 MTPD
detailed engineering and
2012 India (Vijaipur)
project delivery. 2016 U.S.A (Petra Nova) 2009 Bahrain 10 450 MTPD
13 4,776 Mt/d 7 450 Mt/d
2010 Vietnam
8 240 MTPD
1999 Malaysia
2014 Qatar 1 210 Mt/d
12 500 Mt/d
2022 Bangladesh (scheduled*)
Plant under 16 240 Mt/d
operation 2011 Pakistan
9 340 Mt/d
2009 India (Kakinada)
• *Signed a contract for fertilizer
plant construction on Oct 2018,
Plant under 5 450 Mt/d
construction
• subject to finance close.
Mitsubishi Power, Ltd. All Rights Reserved. 29.07.2020 5
The world’s largest CO2 capture plant: Petra Nova
The world’s largest CO2 capture plant (4,760 tons/day) on
coal-fired flue gas has been under commercial operation
Absorber
since December 2016. Petra Nova is a partnership between
NRG Energy and JX Nippon Oil & Gas
Supported by DOE (U.S. Department of Energy) grant Cooling Tower
program* (CCPI Round 3) and Japanese government finance
CO2
(JBIC / NEXI) Compressor
Petra Nova – Facts
Regenerator
NRG WA Parish Power
Plant location
Plant (Thompsons, TX)
Petra Nova – partnership
Project owner between NRG Energy and
JX Nippon Oil & Gas
Plant scale 240 MW eq Flue Gas
Quencher
4,776 TPD CO2 Used for CO2-EOR
CO2 capacity
(1.4 MMtonne/year) 12 in diameter,
Pipeline
CO2 conc. 11.5 mol%-wet ~81 miles
Flue Gas Duct
CO2 removal 90% Injection Site West Ranch Oil Field
* U.S. Department of Energy “W.A. Parish Post-Combustion CO2 Capture and Sequestration Project Final
Environmental Impact Statement Volume I” (Feb, 2013), DOE/EIS-0473
Mitsubishi Power, Ltd. All Rights Reserved. 29.07.2020 6Discover the CO2 Capture Technology
https://www.youtube.com/watch?v=9PtnuRWOQAY
Mitsubishi Power, Ltd. All Rights Reserved. 29.07.2020 7You can also read
