In this project, researchers aim for market-ready production of carbon nanotubes from TVA flue gas-derived CO2, including a TEA and LCA in collaboration with NREL. The researchers have a goal of 80-90% less cost than today’s market. Anna Douglas of SkyNano presented these slides at the Carbon Management Project Review Meeting in August. .
In this project, researchers aim to establish a mechanistic pathway and characterize vs potential and pH, and demonstrate direct conversion of flue gas at high faradaic efficiency and current density. They also aim to demonstrate that the integrated flue gas feed with an optimized flow cell reactor can achieve performance and stability targets for commercial viability, […]
In this project, researchers are designing and developing tailored dual-function materials (DFMs) and the accompanying pressure-swing process for reactive capture and conversion (RCC) of CO2to directly produce methanol. This will favor lower capital and operating expenses and offer compatibility with a dynamic energy grid to provide favorable process economics. Daniel Ruddy of the National Renewable Energy Laboratory presented […]
This Project aims to advance the Technical Readiness Level through experimental and modeling to enhance the efficiencies while assessing the TEA/LCA of a dual functional catalytic porous polymer for simultaneous capture and conversion of CO2to value added chemicals (formic acid initially) under natural gas combined cycle (NGCC) application Michell Kidder of Oak Ridge National Laboratory […]
The objective of this project is to develop an electrochemically-driven CO2 separator (EDCS) with 155 kg/m2yr air capture at <5.4 GJ/t (1.5 MWh/t), to characterize PAP ionomer properties to support future Development, and to demonstrate EDCS module with 200 g/day removal and >0.4 CO2 captured per electron. Brian P. Setzler and Yushan Yan of the […]
This Project aims to build and operate a 30 TPD CCC Pilot located at Sugar Creek Cement Plant near Kansas City, Missouri with a skid-based design that can be built mostly off-site with limited integration. The project features Low energy and cost retrofit technology, easy retrofit carbon capture technology, iobust to pollutants and captures most […]
This Project aims to build and demonstrate a carbon capture system with >90% CO2 recovery, >95% purity with a potential pathway for <$30/MT capture cost by 2030. Ravi Jain & Norberto Lemcoff of InnoSepra showed these slides at the National Energy Technology Laboratory’s Carbon Management Project Review Meeting in August.
This Project aims to update a 2014 NETL study that quantifies the cost and performance associated with capturing point-source CO2 from industrial plants. It’s a part of the search for CO2 capture, and Sally Homsy and Tim Fout of the National Energy Technology Laboratory presented these slides at the Carbon Management Project Review Meeting in […]
The National Carbon Capture Center is a centralized test facility providing comprehensive support for technology testing and evaluation, relating to process, engineering, operational, analytical, troubleshooting and maintenance. The NCCC aims to accelerate technology development, scale up, cost reduction and commercialization of CO2 capture, utilization and removal. It is sponsored by Sponsored by DOE/NETL, research and industrial […]
The objective of this project is to demonstrate the UK CO2 capture process at Nucor Steel Gallatin treating electric arc furnace evolved gas with a CO2 concentration of ~1.5 vol%.Kunlei Liu and Heather Nikolic of the University of Kentucky showed these slides at the National Energy Technology Laboratory’s Carbon Management Project Review Meeting in August.
