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UK CAER Funded for Carbon Capture Research (R&D, Funding)
University of Kentucky Center for Applied Energy Research,DOE Office of Fossil Energy
Date: 2018-11-21
The U.S. DOE Office of Fossil Energy (FE) reports it has granted $2.9 million to the University of Kentucky Center for Applied Energy Research (UKCAER) in Lexington to support development of new technologies to lower the cost of capturing CO2. The project is part of DOE's Carbon Capture Program, which is developing transformational, step-change, low-cost capture processes and enabling technologies that will maximize the efficiency of our nation's fossil-based power generation infrastructure.

The CAER project -- Advancing Post-Combustion CO2 Capture through Increased Mass Transfer and Lower Degradation -- aims to "significantly advance deployment of CO2 capture through enabling technologies that increase CO2 mass transfer and reduce solvent loss." The project will involve the development and fabrication of customized dynamic packing to increase CO2 mass transfer in the absorber column, and an electro-chemical cell to adsorb and decompose nitrosamines before they can be emitted into the environment. After both of these systems have been constructed, they will be tested on CAER's bench-scale CO2 capture unit. (Source: US DOE Office of Fossil Energy, PR, Nov., 2018) Contact: UK CAER, Kunlei Liu, Assoc. Director for Research, (859) 257-0305, https://caer.uky.edu; DOE Office of Fossil Energy, www.energy.gov/fe/office-fossil-energy

More Low-Carbon Energy News Carbon Capture,  Carbon Emissions,  DOE Office of Fossil Energy,  


UK CAER Expanding Carbon Capture R&D (Ind. Report)
University of Kentucky
Date: 2018-05-02
In Lexington, the University of Kentucky Center for Applied Energy Research (CAER) reports it will receive over $940,000 from the US DOE's Office of Fossil Energy and the National Energy Technology Laboratory (NETL) to advance its carbon dioxide capture R&D. The Phase 1 funding is for a three-phase project as part of the U.S. DOE Fossil Fuel Large-Scale Pilot program. The new funding will allow UK CAER to advance its research by nearly 10 times and bring the technology closer to commercialization.

UK CAER's current 0.7 mw small pilot CO2 capture facility that operates at Kentucky Utilities' E.W. Brown Generating Station in Burgin, Kentucky, has led to scientific and engineering breakthroughs in the field, according to the CAER. The post-combustion system features modular equipment and free-standing columns with built-in advanced controls to continually minimize the CO2 capture energy penalty while responding to a dynamic external demand. The new system will combine several facets to simultaneously address capital cost, energy consumption, load change and environmental impact.

Project collaborators include LG&E and Kentucky Utilities, Carbon Clean Solutions, University of Texas at Austin, Membrane Technology Research, Electric Power Research Institute, Huaneng Clean Energy Research Institute, Koch Modular Process Systems, Worley Parsons and Smith Management Group. (Source: University of Kentucky, PR, May, 2018) Contact: University of Kentucky CAER, Kunlei Liu, principal investigator , (859) 257-0200, www.caer.uky.edu

More Low-Carbon Energy News University of Kentucky,  CCS,  Carbon Capture,  


DOE Invests $17.6 Mn in Technologies Capable of Reducing CO2 Capture Cost (R&D, Funding)
US DOE
Date: 2018-02-26
In Washington, the U.S. DOE reports it has selected six projects to receive $17.6 million in federal funding under the Office of Fossil Energy's Novel and Enabling Carbon Capture Transformational Technologies funding opportunity announcement.

This FOA will address the cost and operational challenges associated with current CO2 capture technologies that are commercially available for industry, providing for additional development to these technologies at coal-fired power plants. Some of the challenges that will be addressed include a need to improve the reliability and operational flexibility; reduce high capital costs; and reduce the high-energy penalty associated with operating existing technology.

The National Energy Technology Laboratory (NETL) will manage the selected projects, which will concentrate on transformational technologies focused on: developing transformational materials and processes for CO2 capture that will enable step-change reductions in the capital and energy cost; and enabling technologies that facilitate improved performance of transformational CO2 capture processes to reduce capital cost and energy penalties, and improve operational reliability and flexibility. Funding recipients include:

Development and Bench-Scale Testing of a Novel Biphasic Solvent-Enabled Absorption Process for Post-Combustion Carbon Capture University of Illinois -- DOE: $2,999,941; Non-DOE: $750,052; Total: $3,749,993;

Bench-Scale Development of a Transformational Graphene Oxide-Based Membrane Process for Post-Combustion CO2 Capture -- Institute of Gas Technology dba Gas Technology Institute (GTI) -- $2,914,074; Non-DOE: $728,738; Total: $3,642,812;

Development of Self-Assembly Isoporous Supports Enabling Transformational Membrane Performance for Cost-Effective Carbon Capture -- Membrane Technology and Research, Inc. (MTR) (Newark, CA) DOE: $2,907,219; Non-DOE: $726,805; Total: $3,634,024;

Mixed-Salt-Based Transformational Solvent Technology for CO2 Capture -- SRI International -- ; DOE: $2,999,922; Non-DOE: $782,817; Total: $3,782,739

A Process with Decoupling Absorber Kinetics and Solvent Regeneration Through Membrane Dewatering and In-Column Heat Transfer – University of Kentucky Research Foundation -- DOE: $2,998,293; Non-DOE: $750,642; Total: $3,748,935;

Flue Gas Aerosol Pre-Treatment Technologies to Minimize Post-Combustion CO2 Capture Solvent Losses -- Linde, LLC -- DOE: $2,787,742; Non-DOE: $696,936; Total: $3,484,678. (Source: US DSOE, 22 Feb., 2018) Contact: US DOE Office of Fossil Energy, www.energy.gov/fe/office-fossil-energy; National Energy Technology Laboratory , www.netl.doe.gov

More Low-Carbon Energy News CO2,  Carbon Capture,  CCS,  US DOE,  

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