The Sandia National Laboratories CR5 Turns CO2 Into Fuel
Katherinev123 — November 25, 2009 — Eco
References: sandia.gov & greendiary
The Sandia National Laboratories CR5 (Counter-Rotating-Ring Receiver Reactor Recuperator) is a device that can convert carbon dioxide into a liquid fuel.
Designed by developer Rich Diver and researchers at the Sandia National Laboratories, the CR5 device can create fuels like gasoline diesel and jet fuel from power plant carbon dioxide. Diver hopes that the Sandia National Laboratories CR5 will soon replace carbon sequestration, which is a method of injecting captured CO2 into the ground.
Designed by developer Rich Diver and researchers at the Sandia National Laboratories, the CR5 device can create fuels like gasoline diesel and jet fuel from power plant carbon dioxide. Diver hopes that the Sandia National Laboratories CR5 will soon replace carbon sequestration, which is a method of injecting captured CO2 into the ground.
Trend Themes
1. Carbon-to-liquid Conversion - The Sandia National Laboratories CR5 highlights the potential for developing carbon-to-liquid conversion technologies, presenting an opportunity to disrupt traditional fuel manufacturing methods.
2. Carbon Capture Innovation - The CR5 marks a significant step forward in the development of carbon capture innovation, creating potential for disruption across industries traditionally reliant on fossil fuels.
3. Sustainable Fuel Production - The CR5 represents a shift towards sustainable fuel production methods, offering potential for a disruptive alternative to conventional petrochemical refining processes.
Industry Implications
1. Power Generation - The CR5 technology could revolutionize power generation by turning carbon emissions from power plants into usable fuel, disrupting traditional carbon sequestration methodologies.
2. Transportation - Carbon-to-fuel conversion technologies such as the CR5 offer the potential to disrupt the transportation industry by providing sustainable fuel alternatives to traditional fossil fuels.
3. Petroleum Refining - Carbon-to-fuel conversion technologies are poised to disrupt traditional petroleum refining industries by providing sustainable and scalable alternatives to conventional petrochemical refining processes.
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