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Hydrogen production via chemical looping dry reforming of methane: Process modeling and systems analysis

AIChE journal, 2022-05, Vol.68 (5), p.n/a

2022

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Boundary Dam or Petra Nova – Which is a better model for CCS energy supply?

International journal of greenhouse gas control, 2019-03, Vol.82, p.59-68

2019

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The outlook for improved carbon capture technology

Progress in energy and combustion science, 2012-10, Vol.38 (5), p.630-671

2012

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Techno-economic evaluation of coal-to-liquids (CTL) plants with carbon capture and sequestration

Energy policy, 2011-05, Vol.39 (5), p.2808-2816

2011

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Performance, cost and emissions of coal-to-liquids (CTLs) plants using low-quality coals under carbon constraints

Fuel (Guildford), 2013-01, Vol.103, p.805-813

2013

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Performance Model for Evaluating Chemical Looping Combustion (CLC) Processes for CO2 Capture at Gas-Fired Power Plants

Energy & fuels, 2016-03, Vol.30 (3), p.2257-2267

2016

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Calcium Looping Cycle for CO2 Capture: Performance, Cost And Feasibility Analysis

Energy procedia, 2014, Vol.63 (C), p.2199-2206

2014

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Chemical Looping for Pre-combustion and Post-combustion CO2 Capture

Energy procedia, 2017-01, Vol.114, p.6403-6410

2017

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CO2 implications of coal-to-liquids (CTL) plants

International journal of greenhouse gas control, 2013-08, Vol.16, p.50-60

2013

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Chemical Looping Partial Oxidation of Methane for Co‐Production of Syngas and Electricity: Process Modeling and Systems Analysis

Energy technology (Weinheim, Germany), 2020-08, Vol.8 (8), p.n/a

2020

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Intensifying chemical looping dry reforming: Process modeling and systems analysis

Journal of CO2 utilization, 2021-07, Vol.49, p.101555, Article 101555

2021

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Process intensification for production of dispersants via integration of reaction and separation in a horizontal thin film evaporator

Chemical engineering journal (Lausanne, Switzerland : 1996), 2024-06, Vol.489, p.151541, Article 151541

2024

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Performance Model for Evaluating Chemical Looping Combustion (CLC) Processes for CO 2 Capture at Gas-Fired Power Plants

Energy & fuels, 2016-03, Vol.30 (3), p.2257-2267

2016

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Chemical Looping for Pre-combustion CO2 Capture — Performance and Cost Analysis

Energy procedia, 2013, Vol.37, p.618-625

2013

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CO2 reduction potential of coal-to-liquids (CTL) process: Effect of gasification technology

Energy procedia, 2011, Vol.4, p.2700-2707

2011

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CO2 reduction potential of coal-to-liquids (CTL) plants

Energy procedia, 2009-02, Vol.1 (1), p.4331-4338

2009

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Chemical looping combustion for inherent CO2 capture

Emerging Carbon Capture Technologies, 2022

2022

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Techno-economic Evaluation of Fossil Fuel Electric Power Plants

IAEE newsletter, 2016-01, Vol.2016 (1)

Mantripragada, Hari C

2016

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Techno-economic evaluation of coal -to -liquids (CTL) plants and their effects on environment and resources

Mantripragada, Hari C

2010

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ProQuest

The Critical Role of Markets in Climate Change Adaptation

NBER Working Paper Series, 2018-05, p.24645

2018

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One-step induced porous graphitic carbon sheets as supercapacitor electrode material with improved rate capability

Materials letters, 2019-02, Vol.236, p.205-209

2019

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Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO4 for an improved Li-ion battery performance

Physical chemistry chemical physics : PCCP, 2017, Vol.19 (1), p.175-188

2017

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Development of a novel carbon-coating strategy for producing core–shell structured carbon coated LiFePO 4 for an improved Li-ion battery performance

Physical chemistry chemical physics : PCCP, 2017, Vol.19 (1), p.175-188

2017

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Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO4 for an improved Li-ion battery performanceElectronic supplementary information (ESI) available. See DOI: 10.1039/c6cp06923a

2016-12

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Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO 4 for an improved Li-ion battery performance

Physical chemistry chemical physics : PCCP, 2016-12, Vol.19 (1), p.175

2016

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Hydrogen production via chemical looping dry reforming of methane: Process modeling and systems analysis

Boundary Dam or Petra Nova – Which is a better model for CCS energy supply?

The outlook for improved carbon capture technology

Techno-economic evaluation of coal-to-liquids (CTL) plants with carbon capture and sequestration

Performance, cost and emissions of coal-to-liquids (CTLs) plants using low-quality coals under carbon constraints

Performance Model for Evaluating Chemical Looping Combustion (CLC) Processes for CO2 Capture at Gas-Fired Power Plants

Calcium Looping Cycle for CO2 Capture: Performance, Cost And Feasibility Analysis

Chemical Looping for Pre-combustion and Post-combustion CO2 Capture

CO2 implications of coal-to-liquids (CTL) plants

Chemical Looping Partial Oxidation of Methane for Co‐Production of Syngas and Electricity: Process Modeling and Systems Analysis

Intensifying chemical looping dry reforming: Process modeling and systems analysis

Process intensification for production of dispersants via integration of reaction and separation in a horizontal thin film evaporator

Performance Model for Evaluating Chemical Looping Combustion (CLC) Processes for CO 2 Capture at Gas-Fired Power Plants

Chemical Looping for Pre-combustion CO2 Capture — Performance and Cost Analysis

CO2 reduction potential of coal-to-liquids (CTL) process: Effect of gasification technology

CO2 reduction potential of coal-to-liquids (CTL) plants

Chemical looping combustion for inherent CO2 capture

Techno-economic Evaluation of Fossil Fuel Electric Power Plants

Techno-economic evaluation of coal -to -liquids (CTL) plants and their effects on environment and resources

The Critical Role of Markets in Climate Change Adaptation

One-step induced porous graphitic carbon sheets as supercapacitor electrode material with improved rate capability

Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO4 for an improved Li-ion battery performance

Development of a novel carbon-coating strategy for producing core–shell structured carbon coated LiFePO 4 for an improved Li-ion battery performance

Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO4 for an improved Li-ion battery performanceElectronic supplementary information (ESI) available. See DOI: 10.1039/c6cp06923a

Development of a novel carbon-coating strategy for producing core-shell structured carbon coated LiFePO 4 for an improved Li-ion battery performance

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