Back to Top
Skip to main content
 
 
 

Carbon Capture Program Infographics

Below are infographics that contain a visual representation of the Carbon Capture Program and associated technologies. These are designed to help convey program highlights in a compact and shareable form. There will be more infographics released throughout the year.


 

DOE-FE/NETL Carbon Capture R&D Program Program structure and focus along with highlights of the technology areas considered.

DOE-FE/NETL Carbon Capture R&D Program
Program structure and focus along with highlights of the technology areas considered.

2nd Generation Pilot-scale Technologies

2nd Generation Pilot-scale Technologies
Summary of 2nd-generation Carbon Capture technologies tested at pilot scale.

DOE-FE/NETL Carbon Capture R&D Program Program structure and focus along with highlights of the technology areas considered.

Maturing 2nd Generation Technologies:
ION Engineering Water-Lean Solvent

ION Engineering's Water-Lean Solvent is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Linde/BASF’s Advanced Aqueous Amine Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Maturing 2nd Generation Technologies:
Linde/BASF Advanced Aqueous Amine Solvent Process

Linde/BASF’s Advanced Aqueous Amine Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Fluor/PNNL’s Water-Lean Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Maturing 2nd Generation Technologies:
Fluor/PNNL Water-Lean Solvent Process

Fluor/PNNL’s Water-Lean Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

MTR’s Advanced Membrane Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Maturing 2nd Generation Technologies:
Membrane Technology and Research Advanced Membrane Process

MTR’s Advanced Membrane Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Linde/BASF’s Advanced Aqueous Amine Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Maturing 2nd Generation Technologies:
Research Technology Institute’s Water-Lean Solvent Process

RTI’s Water-Lean Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Maturing 2nd Generation Technologies:  SRI International’s Mixed Salt Process

Maturing 2nd Generation Technologies:
SRI International’s Mixed Salt Process

SRI International’s Mixed Salt Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Advanced Manufacturing to Drive Down Capture Costs: Improving Performance Through Additive Manufacturing

Maturing 2nd Generation Technologies: University of Kentucky Advanced Aqueous Amine Solvent Process
The University of Kentucky’s Advanced Aqueous Amine Solvent Process is one of the highly successful 2nd-generation technologies that will reduce CO2 capture costs.

Advanced Manufacturing to Drive Down Capture Costs: Improving Performance Through Additive Manufacturing

Advanced Manufacturing to Drive Down Capture Costs: Improving Performance Through Additive Manufacturing
Additive manufacturing, using 3D printing, enables the development of components for carbon capture equipment that intensify heat and mass transfer, improve process performance, and reduce overall equipment size, lowering capital and operating costs.