What if there was a small device, about the size of a paperback novel, that could sniff the air and detect fugitive methane, escaping into the atmosphere? And what if that small device was operated with rechargeable batteries, and the batteries recharged every day using solar energy? And what if that device could also then transmit data about the air quality via the internet to servers back at HQ? And what if it could operate remotely, like at an abandoned well site? Dream no more. Such a device exists. We first heard about PixController’s Optical Methane Emissions Detection System (OMEDS) when it won a $25,000 prize from the 2015 Shale Gas Innovation Contest (see Winners of $100K for 2015 Shale Gas Innovation Contest Announced). The OMEDS has just won a second prize, the Global “Internet of Things” Challenge for Innovation, a contest held in Barcelona Spain. Seems innovations happening in the Marcellus are making international headlines…
What if there was a small device, about the size of a paperback novel, that could sniff the air and detect fugitive methane, escaping into the atmosphere? And what if that small device was operated with rechargeable batteries, and the batteries recharged every day using solar energy? And what if that device could also then transmit data about the air quality via the internet to servers back at HQ? And what if it could operate remotely, like at an abandoned well site? Dream no more. Such a device exists. We first heard about PixController’s Optical Methane Emissions Detection System (OMEDS) when it won a $25,000 prize from the 2015 Shale Gas Innovation Contest (see 