AerNos Next Generation Nano Gas Sensor Technology
AerNos, an innovator
in nano gas sensors, has announced AerN2S, its next-generation nano gas sensor
technology, which the company says offers an advancement in the core technology used to build
tiny, accurate, and affordable gas sensors for air quality monitoring,
hazardous gas detection and other e-nose applications.
AerNos AerN2S Technology
represents a significant evolution in the MEMS circuitry,
hybrid-nanostructures, nanoelectronics, machine learning, algorithms and
nanofabrication for high volume manufacturing of its gas sensor modules. These
advances, which include specific techniques and processes to manipulate hybrid
nanostructures at the atomic level, increase the selectivity and sensitivity of
AerNos sensors at ambient temperatures. AerNos nano gas sensors use doped and
manipulated nanomaterials to target specific gases and it's unique sensor array
design allows for simultaneous detection of multiple gases to parts-per-billion
(ppb) levels.
AerN2S represents
advances in four scientific disciplines: (1) hybrid nanostructure gas sensor
arrays, (2) nano engineering and electronics, (3) data science, machine
learning, predictive analysis and sensor algorithms, and (4) nanofabrication
for rapid development and high volume manufacturing.
“We are deploying
AerNos AerN2S Technology in a wide range of B2B Internet of Things (IoT) applications
including Smart Homes, Smart Cities, Transportation, Industrial/Oil and Gas,
and Health industries,” said Sundip R. Doshi, CEO of AerNos. “I'm proud that
our team is harnessing the power of nanotechnology for doing good - allowing
people to better understand and manage their surroundings and improve their
health.”
AerNos nano gas
sensor modules come in multiple forms and configurations.
AerNos gas sensor
modules support multiple standard communication protocols for easy plug and
play integration into consumer and commercial products such as standalone
monitoring devices, non-stationary devices (drones, industrial robots,
construction equipment, etc.), city infrastructures, modes of transportation,
wearables, smartphones and Internet of Things (IoT).
Designed for high
volume manufacturing, AerNos nano gas sensors address the need for reliable,
accurate and application specific gas sensors for the more than 50 billion
connected devices worldwide expected by 2020. AerNos anticipates opening up new
markets for its nano gas sensors, significantly changing the global revenue
landscape with more than 10 billion connected devices benefiting from its
product offerings.
