Our vision is to get CO2 capture and use recognized and implemented as a mainstream climate solution

Techno-Economic Assessment & Life Cycle Assessment Guidelines for CO2 Utilization

Evaluation

The Techno-Economic Assessment & Life Cycle Assessment Guidelines for CO2 Utilization address the need for harmonized procedures that ensure rigorous, transparent, and uniform analysis of environmental and economic impacts.

Learn about our evaluation strategies

two researchers wearing white coats review digital result of a test.

Research

Development and commercialization of new carbon dioxide capture and utilization technologies is conducted with financial support from the College of Engineering’s Blue Sky Initiative.

Read about Global CO2 Initiative research and commercialization

students seated during classroom discussion.

Education

Courses, student (team) projects, and student research projects across the University of Michigan provide the learning environment needed to build the workforce for a new carbon economy.

Discover our education initiatives

Latest News

Events

A webinar event to launch version 1.1 of the Global CO2 Initiative’s TEA & LCA guidelines for CO2 Utilization

Hold the Date: September 30, 2020, 10 AM-12PM (EDT)

This webinar will highlight progress made on the guidelines, incorporating additional practitioner community feedback and the latest advances the CO2nsistent team has made in the areas of TEA & LCA for CCU and the integration of both into singular studies.

CO2 Products and Utilization

Carbon into materials.
carbon into concrete.
Carbon into fuels and chemicals
Carbon negative, dollar positive.

From concrete to plastics, there is a tremendous opportunity for captured and utilized carbon dioxide to reduce emission footprints as well as create market opportunity for critical sectors around the world.

Construction Materials

  • Cement and concrete
  • Asphalt
  • Asphalt
  • Timber/super hardwood

Industrial Fluids

  • Enhanced oil recovery
  • Enhanced coal bed methane recovery
  • Enhanced water recovery
  • Semiconductor fabrication
  • Power cycles

Fuels

  • Synthetic (methanol, butanol, natural gas, syngas, etc.)
  • Micro-algae fuel
  • Macro-algae fuel

Plastics

  • Polyurethene foams
  • Polycarbonate (glass replacement)
  • Acrylonitrile butadiene styrene
  • Many more

Chemicals

  • Preservatives (formic acid)
  • Medicinal
  • Antifreeze (ethylene glycol)
  • Carbon black
  • Many more

New Materials

  • Carbon fiber
  • Carbon nanotubes and fullerenes
  • Carbon nanotubes and fullerenes

Agriculture & Food

  • Algae-based food or animal feed
  • Microbial fertilizer
  • Biochar, bio-pesticides, and bio-cosmetics

Why Carbon Removal and Utilization?

how the carbon cycle works, with natural processes and carbon capture technology.