indiana center for coal technology research carbon … · 2016-12-08 · indiana center for coal...

INDIANA CENTER FOR

COAL TECHNOLOGY RESEARCH

Carbon Capture & Sequestration

HTC Purenergy

September 10, 2009

HTC… “Leaders in CO2 Capture & Management ”

3

Technical Services Centre is based at U of R, International Test Centre for CO2 Capture

Commercial Offices located in Regina Canada, Vermont USA,Sydney Australia, and Beijing China

Traded on the Toronto Venture Exchange. Symbol: HTC

Successful aggregation, development, integration and commercialization of world leading carbon clear energy technologies.

HTC Profile“Energy Technology Company founded to seize opportunities in Carbon

Capture , Carbon Management and Carbon Mitigation”


Strategy

License or own CO2 capture plants,

retrofitted to coal and gas fired power

plants

Will finance, construct and manage based

on long-term contracted off-taker of CO2

Preference is to own the plant (as a speed-

to-market tool)

Initially license to establish a beachhead

5

CO2 Capture CO2 EOR CO2 Storage

1.Technology Licensor 1.Oil Field Analysis/ 1. Geological Profiling

Simulation

2. OEM Supplier 2. Oil Field Economics/ 2. Risk Assessment

project validation

3. Engineering Services 3. CO2 Compression 3. CO2 Audit & Monitor

& Injection

4. Carbon Credit Validation

Core Business Activities

Confidential & Proprietary Information


6

HTC’s Collaborative Partners



Licensing Partner:

Bechtel Overseas Corporation


•World’s largest power

plant EPC

• 110 year history - 19,000

projects

• Experience with CO2 capture

systems

• Procurement capabilities from

many countries world-wide

Headquartered in Crawley,

England, with main facilities in

Renfrew, Scotland, and Branch

offices throughout the UK

FY 2007 annual order book

forecast £623 million

(US$1250m approx)

Employees 4,500 worldwide

Largest power plant boiler

OEM/EPC in the world

20 locations world-wide to

service power industry

Owned by Korean based

Doosan Heavy Industries

(40,000 employees),

committed to expanding the

technology globally

Crawley

Licensing Partners:

Doosan Babcock Energy Limited

Renfrew

Doosan Mecatec Experience Record -

Column/TowerClient PJ Name Service Name Material Size Weight

(TH'k x ID x Length) (Ton)

Foster Wheeler UK Yanbu Wash Tower A516-70+304L 55+3~61+3 x 8,100 x 86,500 1,500

Reliance (India) Jerp Main Column A387-22+410S 54+3~61+3 x 11,000 x 51,400 912

Reliance (India) Jerp Crude Column A516-70+SS347 54+3x9,600 x 62,700 993

Reliance (India) Jerp Vacuum Column A516-70+410S 20+3~46+3 x 12,500 x 27,300 649

Reliance (India) Jerp C3 Splitter A516-70 68 x 7,500 x 97,000 1,304

JGC (Japan) Rabigh Main Fractionator A387-11+304L 72+3 x 10,200 x 52,400 1,013

Chiyoda (japan) CSPC N. LOP Quench T/W A516-70 20/27/28 X 10,000 x 51,800 790

Bechtel (USA) Equiva CDHS Column A516-70+410S 51.4+2.6 x 5,792 x 43,892 710

Technip (France) 10th Olefin C2 Splitter A537+CL2 40/41 x 6,000 x 88,920 644

Chiyoda (japan) QGX II Deetanizer A240-304L 94/112/71 x 6,000 x 46,785 635

YAEG PJ(2006)

61+3mm(Th’k) X 8,100mm(ID) X 86,500mm(L)

1,500Ton , SA516-70 +SS304L WASH TOWER

JAMNAGAR COMPLEX PJ(2005)

68mm(Th’k) X 7.5m(ID) X 97m(L) 13.5m(Skirt ID),

1,304Ton,SA516-70C3 Splitter

- 9m(ID) x 57m(L)

- NET W’T : 821TON

- GROSS W’T : 920TON

10

Doosan Changwon Plant

⊙ Seoul

◎

Changwon

Total Area : 4,425,570 ㎡

Floor Space : 554,988 ㎡

• Largest energy infrastructure manufacturing facility in the world.

• Similar Plant under construction in Vietnam.

• Manufacturing of Integrated boilers and CCS systems.



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World Distribution of Doosan Babcock Plants

Total MW since 1995

Subcritical 12,525MW

Supercritical 29,400MW

Total 41,925MW

Total MW

Sub-critical 107,157

Supercritical 44,601

Total Fossil Fired 151,758

Nuclear 6,054

Grand Total 157,812


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Carbon Capture & Storage, May 2009

HTC PurenergyHTC… “Leaders in CO2 Capture & Management ”

International Test Centre for CO2 Capture

World Leader in CO2 Capture and Enhanced Oil Recovery

Home of - HTC’s technical centre

Greenhouse Gas Technology Centre


ITC - Natural Gas flue gas capture Centre


Coal flue gas demonstration - Test Facilities –

Boundary Dam – Estevan, Saskatchewan


Weyburn Field

CANADA

U.S.A.

ALBERTA

MANITOBA

MONTANA

WYOMINGSOUTH DAKOTA

NORTH DAKOTA

EDMONTON

SASKATOON

PRINCE

ALBERT

WINNIPEG

BRANDON

REGINA

HELENA

BISMARCK

PIERRE

CALGARY

Williston Sedimentary Basin

HUDSONBAY

WEYBURN

• SASKATCHEWAN

Field Size: 70 sq. miles OOIP: 1.4 billion bbls

Oil Recovered: 370 million bbls CO2 IR: 130 million bbls


Dakota Gasification CompanyLignite to natural gas

• Dakota Gasification

Company

• 250 MMscfd CO2 by-

product of coal (lignite)

gasification

• 95 MMscfd (5000

tonnes/day) contracted

and injected at Weyburn

• CO2 purity 95%

• EnCana currently injects

120 MMscfd (i.e. 21%

recycle)

Regina

Estevan

Bismarck

North Dakota

Montana

Manitoba

Saskatchewan

Weyburn

Beulah

Weyburn Field CO2 Source


HTC’s CCS FEED Engine™

Rrij

Llij

Ssij

Eeij

Uij

casij

cfeij Yijp

cdqij

cbrij

Ee = ij Eeij Xp = ij Xijp

Rr = ij Rrij

L = l Ll

E = e Ee

Ll = ij Llij

Tp = ij Tpij

Fp

Cij

Xijp

Xq or Tqij

Fp1

Fp2

Tpij

Ss = ij Ssij

HTC’s proprietary “process integration & Front End Engineering Design (FEED) Engine” that delivers

customized precision design solutions for optimized carbon capture systems (CCS)

Geological ModelGeological model data sources

3D-seismic

Core data

Log data

Well survey data

Geological model sizeGrid numbers 30 X 37 X 45

Grid size 50 X 50 X 6 ft.

Active grid blocks 15,763

PVT modelAn 8-component PR EOS

Tuned based on PVT studies

Recent PVT study for MMP (2886 psi and 2407 psi)

Global Energy Presentation, March 8, 2007

Monitoring CO2

Techniques

4D, 3C surface seismic

4D, 9C surface seismic

3D, 3C vertical seismic profile (VSP)

Cross-well seismic (H and V wells)

Passive micro-seismic

Geochemical sampling analysis

Tracer injection monitoring

Conventional produced fluid analysis

Production measurement and mixing

facility

MMV TECHNOLOGY

Kårstø, Norway

Capture of 85% of the total flue gas from the 420 MW power plant with strict performance guarantees.

The required operating range of the CO2 capture plant is between 60 – 100% of the total plant flue gas capacity.

It is required to evaluate the effects of varying the CO2 capture rate between 80 and 90%.

The captured CO2 is liquefied for pump out for EOR applications.

Qualified to compete for FEED study and EPCI Contract

CO2 Capture Study

for:

Integration with the Power Plant &

Modules Delivery to the Site

UK NORTH SEA

What is Marine CNG?

Compressed Natural Gas

Pressurized Gas

120 – 275 bar

-30°C to 40°C

300:1 Energy Density

Heavier Containment

Less Cargo per Voyage

No Liquefaction & Re-gas

Liquefied Natural Gas

Cryogenic Liquid

0.25 bar

-160 °C

600:1 Energy density

Lighter Containment

More Cargo per Voyage

Liquefaction & Re-gas

Adding CO2 Capacity

Backhauling CO2

Post de-hydration, current metallurgy is

compatible

Might require CO2 shore-based buffer storage

(Possible) Dedicated carbon dioxide storage

compartment

Vessels already fitted with compression

Transport and injection is in dense phase

• Environmental Energy Technology Company

• Building a portfolio of IGCC and Synthetic Gas Facilities

• Develop, Own & Operate Strategy

• Gasification Technology and Advanced Fuel Technology expertise

• Technology Centers of Excellence --Wabash(US) & Westfield(Scotland)

• CO-Owner of Wabash River Energy: World’s cleanest coal / pet coke based IGCC power plant

• Currently building the only permitted IGCC Power plant in the US


30Confidential & Proprietary Information

Ohio, Oil and Gas Map

Lima Facility


•EOR production of

497mm bbls within 100

miles of Lima.

•30% equity interest in

Carbon Management

Technologies.

Natural gas wells

Oil wells

CO2 Pipeline

Michigan Producing Wells

Masdar – Carbon Capture

Project

EMAL AND TAPCO PROJECTS – 2009

Enel - Porto Tolle, Italy

4,500 CO2 tpd coal plant FEED

Vattenfall – Denmark

Project EOR Fields in China

Figure 1 Oilfields, locations, and potential CO2 sources in China.

Oilfield: DaQing

Company: PetroChina

Distance from Beijing: 800 km

CO2 EOR fields: 2 (underway)

CO2 source: PetroChemical Plant

Oilfield: JiLin

Company: PetrChina


CO2 EOR field: 1 (underway)

CO2 source: 1 reservoir

Oilfield: ChangQing

Company: PetroChina


CO2 EOR field: N/A

CO2 source: N/A

Dagang Huashi Power Plant CCS and EOR Engineering Study

Location : 165km SE of Beijing

Administratively Tianjin is one of the four municipalities that have province – level status, reporting directly to the central government. Its urban area is the third largest in China,

ranked only after Beijing and Shanghai.

Population : 11,519,000

• 2200 MW Coal Fired Power Station

• Loy Yang Power

• Brown Coal plant: 60,000 tpd

• Supplies 1/3 Victoria’s Power

• 17mtpa CO2 emissions

• 1 of 4 majors within in 50km Hazelwood , Yallourn

• LaTrobe total emissions 50mtpa

• Sequestration evaluationcompleted and costed.

• Feasibility study agreed.

Australia - AGL Project SiteHTC… “Leaders in CO2 Capture & Management ”

European CO2 Test Centre Mongstad (TCM)Oil refinery cat cracker flue gas and gas turbine exhaust gas

Absorption Column, 14 ft-6 in ID x high 119 ft

Engagement to Reduce Steam Consumption and

to Enhance CO2 Production

Plant Design Capacity 800 TPD, two trains

CCS Purenergy 1000

SASKATCHEWAN-MONTANA

CCS PROJECT

Saskatchewan CCS Project led by University of Regina

Big Sky Regional Carbon Sequestration Partnership

Timely and meaningfully-sized CCS Project

1,000 t/d CO2 capture plant

Coal-fired power plant southern Saskatchewan

60 mile pipeline across border into USA

Plant commissioning by end of 2010

2/3 years injecting CO2 into saline aquifer with MMV

Switch CO2 supply to oil field for EOR after sequestration

Funding 1/2 Canada, 1/2 US, plus industry participation

International Performance Assessment Centre-CO2 (IPAC-CO2)

Project Location

Two possible SaskPower coal-fired plants are being considered as sites for

the capture/reference plant in southern Saskatchewan: Coronach or

Estevan/Shand lignite-fired units.

Coronach, SK

Estevan, SK

Wolfpoint, MT

The underground

pipeline attached to

the capture unit at

an existing

SaskPower plant will

deliver CO2 from

Saskatchewan to a

geological storage

site in northeastern

Montana on the

northwestern flank of

the Williston Basin.

What is IPAC-CO2? • An independent,

international network that provides and advances global expertise to benchmark, evaluate and advise on the risks and performance of geological storage of carbon dioxide.

+ 2000m TVD

Reaction Chamber

+ 30m

+ 450m

Coal >2m to > 5mthickness

NOT TO SCALE

InjectionWell

Copyright BCG Energy 2009

ProductionWell

6

synthesis gas CO + H2oxygen & steam

Well Paths

13

Firth of Forth Area UK

Edinburgh

London


Edinburgh

FIRTH OF FORTH, SCOTLANDPotential CO2 Source to Sink

Coal

Raw

Syngas

Gas

Cleanup

Hydrogen Power

Generation

Gas Turbine Power

Generation or Gas sales

UCG Firth of ForthHow it works…

CO +

H2

CCS

2nd Grid

3rd Chemicals

1st Grid

H2S CO2

AFC

CO Carbon Monoxide

CCS Carbon Capture and Storage

F/T Fischer -Tropsch

Methanol & PlasticsUltra Clean Diesel

Saline Aquifer/

EOR

AFC Alkaline Fuel CellH2Sx Sulphur compoundsCO2 Carbon DioxideH2 Hydrogen


H2

Thank you from HTC

Global CO2 Pioneers –

- HTC’s CO2 partners/ mentors

Dr. Paitoon Tontiwachwuthikul Dean of

Engineering – UofR

Has published over 180 peer reviewed papers on CO2

capture

Key role in establishing the ITC in Regina

Key role in organizing the GHG 7 Conference

Current leader of the CO2 capture program at UofR

Dr. Malcolm Wilson – Director of Energy &

Environment at the UofR

Founding member of Intergovernmental Panel on

Climate Change (IPCC) – which was a co-recipient of the

Nobel prize with Al Gore (Nov 07)

A recognized global pioneer in CCS and advisor to

Governments, Industry and organizations over the last 20

years

indiana center for coal technology research carbon … · 2016-12-08 · indiana center for coal...

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