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Air Quality Awareness
In our daily lives, we are exposed to air pollution and gases that have specific impact on our health. Short-term effects include irritation to the eyes, nose and throat, and upper respiratory infections such as bronchitis and pneumonia. Others include headaches, nausea, and allergic reactions. Short-term air pollution can aggravate the medical conditions of individuals with asthma, COPD and emphysema. Long-term exposure to air pollution can include chronic respiratory disease, lung cancer, heart disease, and even damage to the brain, nerves, liver, or kidneys.
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Understanding & Detections
With the advancement of innovation in nanotechnology, engineering, and data science, we are now able to detect specific gases in the air, how they impact our lives and what steps you can take to avoid health implications. This breakthrough in nano technology coupled with years of engineering, manufacturing and business experience allows us to bring to you a sensor that is small, uses low power, and can detect specific gases that are super tiny - tiny to the parts-per-billion (ppb) at a price that is affordable.
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Taking Action
There are some very specific actions that can be taken to reduce exposure once you are aware that you are being exposed. As more airborne toxins are detected, specific actionalble solutions will be more affordable; automated air purification systems, connected IOT devices that reduce emmissions when quality of air is being comprised in indoor settings, automated ventilation systems and so on.
Indoor Pollutants
Exposure includes:
- Stoves, Heaters, Fireplaces & Chimneys
- Flooring, Upholstery or Carpet
- Tobacco Products
- Pesticides, Radon
- Central Heating & Cooling Systems
- Humidification Devices, Excess Moisture
- Outdoor Air Pollution
- Cabinetry, Wooden Furniture & Flooring
- Household Cleaning Products, Air Fresheners
Air Quality
7 million premature deaths annually linked to air pollution
More than 80% of people living in urban areas are exposed to air quality levels that exceed World Health Organization (WHO) limits
Outdoor Pollutants
Exposure Includes:
- Motor Vehicles & Transportation
- Power Generation - Water Treatment
- Domestic Heating & Other Contributors
- Agricultural Processes
- Waste Incineration
- Wind-blown Dust
- Climate Change
- Thunderstorms, Volcanoes, Wildfires
- Industrial Processes, Oil Refineries, Factories
Nanotechnology
1.5 nanometers
Power & Size
Low Power & Small
Gases
Multiple Gases & VOCs
Sensitivity
Parts-Per-Billion
Nano Gas Sensor
AerNos nano gas sensors are designed to detect multiple targeted airborne gases or volatile organic compounds (VOCs) simultaneously to the parts-per-billion.
Detect Toxins - Take Action
Take specific action when specific airborne toxins are detected. With the latest in data science, predictive analysis and data modeling, users will be able to take steps to avoid or reduce exposures.
Embedded Gas Sensors
Each sensor technology can be integrated into Internet of Things (IoT) devices, wearables, smartphones, standalone and mobile devices.
AerMap
Air Quality Data is knowledge and knowledge transforms into power to take the necessary action. A repository of all air quality data are calibrated and homogenized for the highest level of accuracy, analysis, and preventive action.
What
We
Do
get in touch with us If you have any questions, do not hesitate to contact us
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Our Team Smarts | Character | Integrity | Teamwork | Success
We are Visionaries, Entrepreneurs, Business Founders, Designers, Scientists, Artists, Engineers, Therapists, Mathematicians, Musicians, Physicians, Finance Enthusiasts, Chemists, Analysts, Biologists, and Big Data aficionados.
Although many interests brings us together as a group, one area stands out the most - our passion to use nano technology innovation to help the world better understand what's in the air we breathe.
Our name was inspired by Latin words "air" and "our" because we care about the air we breathe. We have been through challenges with our science, our engineering, our business as well as the drama of daily living but our resolve to build a product having the potential of impacting millions if not billions of lives around the world kept us going.
We are using our expertise in nano innovation and working hand-in-hand with global partners to pioneer what the world has never seen before.
Learn More
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Business
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Operations
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Sensor Fabrication
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Want to Join Us?
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Data Science
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Engineering
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Manufacturing
1. Design
Our sensors are designed to target specific gas sensing applications
2. Configure
AerCNT formulation technology allows us to configure the sensors to your needs
3. Prototype
Each application development goes through the prototype face where products and accuracy is validated
4. Mass Produce
Proprietary microfabrication techniques coupled with a global network of worldwide partners allows us to produce millions of sensors per day
5. Deploy
Upon deployment, rich analytics, machine learning, data homogenization and predictive modeling cloud based systems provide insights for actionable intelligence
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"Imagination is more important than knowledge."
Einstein -
"Live as if you were to die tomorrow. Learn as if you were to live forever."
Gandhi -
"Always do right. This will gratify some people and astonish the rest."
Twain
AerCNT Technology
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nano sensor gas development
Proprietary Molecular Formulation
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Data Science - Algorithm
Machine Learning | Predictive Analysis
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Nano Engineering
Nanoelectronics & Signal Processing
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Fulfillment
Proprietary Systems | Global SCM
Multi Channel Gas Sensor Array
The AerCNT Technology is based on nanomaterials created with multi-layer hybrid nano-structures.
Sensor arrays with unique material combination and molecular formulation provide simultaneous detection of
multiple gases. Utilizing formulated configurations of Carbon Nanotubes, Nanowires and Polymers, coupled with specific combination of the hybrid nanomaterial structures further allows the selectivity and sensitivity of gases to the parts-per-billion (ppb).
Nanomaterial doping processes are used to create nanostructures where shape, size, density and location of nanomaterials are fabricated with precision. Results in sensor arrays are configurable and scalable based on sensing applications.
- Designed for Small Form Factor - as small as 3 mm x 3 mm.
- Low power utilization - Under 2 mA operating power
- Ability to detect multiple air quality indicators/gases simultaneously
Proprietary Molecular Formulation
AerCNT Technology utilizes nano innovation and and proprietary molecular level formulation to fabricate sensors that target very specific gases in an environment with many gases. This technology enables us to provide the sensitivity and selectivity that is required to provide the level of accuracy so important in many applications.
Selectivity, Sensitivity, Stability
- Proprietary sensor array level formulation
- Unique sensor array design
- Designed for wafer level and lab fabrication
- Parts-Per-Billion detection
- Quick Recovery Times & Long Lifespan
- Improved physical & chemical properties
- Fast startup and detection
Data Science | Machine Learning
Signal processing, pattern recognition algorithms and predictive models are crucial for the success of our gas sensing technology. Algorithmic detection and optimization of signal and filtering of noise enables sensitivity to unprecedented low gas concentrations. We utilize enhanced data science to provide high levels of accuracy in pattern recognition of targeted gases:
- Algorithmic Detection
- Signal & Noice Filtering
- Enhanced Supporting Vector Machine
- Dimentionality Reduction
- Large Scale In-House Sourcing
- Artificial Nueral Networks
Pattern | Design | Contruction
The AerCNT Technology framework affords multiple sensor array configurations based on the application. Each configuration may support one or more applications that require multiple gas sensing capabilities. To provide the highest level of accuracy, our data science team utilizes a combination of supervised learning as well as metered big data to optimize resuslts:
- Big Data Homogenization | Relevancy
- Supervised Learning
- Large Scale In-House Sourcing
- Learned Predictive Models
Engineered for Nano Gas Sensor
AerCNT gas sensors are designed for precision and accuracy to obtain the best signal to noise from each sensor. Individual sensor channels are fine tuned to optimize sensor biasing thus maximizing the sensor channel's response signal.
Hardware & Software Filtering
Individual filtering properties are applied to each channel to minimize noise floor.
Auto Calibration
Redundant sensor channels are auto calibrated utilizing proprietary hardware and software technologies to maintain sensing accuracy
Low Power Usage
Each sensor in the array is designed to biased simultaneously, all while providing a extremely low power platform of less than 2mA.
Individual Sensor Channels
Sensor channel electrical properties are individually tracked over time to optimize our levels of gas detection.
Addressing Cross Sensitivity
Utilizing target gas molecular formulation in combination with electrical engineering, cross sensitivity is greatly reduced.
Communication Protocol
Our sensing platform is designed to be modular and easily integrate-able into any system using standard protocols such as SPI, I2C, UART, and USB.
Designed for Scalability
AerNos has developed proprietary manufacturing systems and processes coupled with a global network of seasoned development partners, our end products are designed to scale up to your production needs. Utilizing DMADV methodology as well as vendor management inventory and integrated information technology systems and process, we are ready to serve your needs no matter how big or small.
- Proprietary Systems & Processes
- Industry Delivery & Fulfillment Standards
- Global Network of Development Partners
