Skip to Content
Find More Like This
Return to Search

Carbon Monoxide Sensor

Los Alamos National Laboratory

Contact LANL About This Technology



Technology Marketing SummaryScientists at Los Alamos National Laboratory (LANL) have developed an electrochemical carbon monoxide (CO) sensor that is more reliable and reproducible than any other CO sensor on the market today. The patented method for producing the sensor ensures reproducibility and reduces the need for calibration of every sensor coming off the production line.DescriptionInaccurate CO sensors on the market today result in alarms failing to go off, or alarms going off when CO is not present. Both can result in substantial costs to a company. LANL’s CO sensor offers a solution to this problem by providing a reliable CO sensor.Benefits
  • Increases CO sensors
- Lifetime
- Reliability
- Accuracy
- Stability
- Reproducibility
  • Cost effective
  • Easy to manufacture
- Tape Casting method can be used
  • Low rejection rate
  • Low humidity dependence
Applications and IndustriesAny application that requires CO measurement:
  • Homes and apartments
  • Offices
  •   Hospitals
  •   Manufacturing plants
  •   Automobiles
More InformationAdditional patent pendingPatents and Patent Applications
ID Number
Title and Abstract
Primary Lab
Date
Patent 6,605,202
Patent
6,605,202
Electrodes for solid state gas sensor
A mixed potential electrochemical sensor for the detection of gases has a ceria-based electrolyte with a surface for exposing to the gases to be detected, and with a reference wire electrode and a sensing wire electrode extending through the surface and fixed within the electrolyte as the electrolyte is compressed and sintered. The electrochemical sensor is formed by placing a wire reference electrode and a wire sensing electrode in a die, where each electrode has a first compressed planar section and a second section depending from the first section with the second section of each electrode extending axially within the die. The die is filled with an oxide-electrolyte powder and the powder is pressed within the die with the wire electrodes. The wire-electrodes and the pressed oxide-electrolyte powder are sintered to form a ceramic electrolyte base with a reference wire electrode and a sensing wire electrode depending therefrom.
Los Alamos National Laboratory 08/12/2003
Issued
Technology Status
Development StageAvailabilityPublishedLast Updated
PrototypeAvailable - for licensing10/07/201004/04/2013

Contact LANL About This Technology

To: Laura Barber<ljbb@lanl.gov>