Characterization of Potential Carbon Sequestration Targets in New - - PowerPoint PPT Presentation

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Oct 02, 2023 34 likes •286 views

Characterization of Potential Carbon Sequestration Targets in New York State Brian Slater 1 , Alexa Stolorow 1 , Langhorne Smith 1 Kathryn Tamulonis 2 , John Conrad 3 1 NY State Museum 2 Cornell University 3 Conrad Geoscience Corp. CAP ROCK CAP

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Characterization of Potential Carbon Sequestration Targets in New York State

Brian Slater1, Alexa Stolorow1, Langhorne Smith1 Kathryn Tamulonis2, John Conrad3

1NY State Museum 2Cornell University 3Conrad Geoscience Corp.

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CAP ROCK CAP ROCK CAP ROCK CAP ROCK

TARGET

CAP ROCK

TARGET TARGET TARGET

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AES Delaney Well ~20 Miles 1634.5’ 1640’

Delaney Well (31-011-13645-00-00)

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Porosity In the Delaney Well

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Barron Well

High Resolution Isopach Map

shows that the AES Power Plant lies in what appears to have been a channel during deposition of the Queenston and therefore has a thicker section of the formation.

Capacity Calculations indicate

that the 25 square mile area surround the plant could hold up to 38.5 million tons of CO2 (16 years of output from the AES power plant).

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Hydrothermal Dolomite Reservoirs

Whiteman #1 well

From County Line Field
Well has produced about 0.5 BCF to date
Vuggy porosity lines with saddle dolomite
Permeability up to >10 darcies in some whole core

measurements

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Trenton Black River Production

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Enhanced Oil/Gas Recovery

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The Galway Formation is made up of 3 sandy sections (Rose Run, B-Sand, C-Sand), 2 dolomitic sections (A- Dolomite and B-Dolomite), and 2 interbedded transition zones (Rose Run Interbedded and B-Interbedded) Although these sections may be labeled or depicted as sandstones and dolomites, the range of lithology more accurately varies from dolomitic sand to sandy dolomite.

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2854’ 2841’ 1 mm

1 2 3 4 5 6 7 8 9 2 4 6 8 10 12 Porosity (%) Permeability (md)

2866’

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Basal Little Falls Rose Run

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6370.5’ 0.5 mm 7100’ 0.5 mm 7070’ 1mm

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Lab Results

y = 0.0005e0.8862x 0.0001 0.001 0.01 0.1 1 2 4 6 8 Porosity at NCS, percent Permeability to Air, millidarcys

Vacuum Dried @ 180F Net Confining Stress: 1200 psi

Sidewall Cores

y = 0.0006e1.1946x y = 0.0018e0.4087x 0.0001 0.001 0.01 0.1 1 10 100 2 4 6 8 10 12 Porosity at NCS, percent Permeability to Air, millidarcys Pilot Samples Conventionals

Conventional Core Plugs

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Comparison to Nearby Wells

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Deepest Well in the state (13,500’)
1,750 feet of Cambrian Sands
Cored intervals will be studied in the future

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Newark Rift Basin

NB-1

(From Schlische et al, 2005) From USGS, 2003 http://3dparks.wr.usgs.gov/nyc/mesozoic/newarkbasin.htm

I-80

From Schlische et al, 2005

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Offshore Sequestration

Georges Bank Baltimore Canyon Trough

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Baltimore Canyon Trough

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