Organic Pigments are mainly used for inks, for plastics, for coatings, for paints, it has various application. organic pigments for cosmetics,organic and inorganic pigments,natural organic pigments,organic red pigment NINGBO YUNCAI CHEMICAL CO.,LIMITED , https://www.win-chemical.com
AerNos Launches Nano Gas Sensor to Detect Harmful Gases
China Instrument Network Instrument Development Recently, according to the consulting report of Memes, nano-gas sensor innovation company AerNos announced that they have developed a miniature, high-precision, economical nano-gas sensor capable of detecting multiple ppb grades simultaneously (10 One-hundred-millionths of harmful gases, this gas sensor designed for the integration of Internet of Things connected devices, will help promote the construction and development of smart cities.
Image from the network
According to the consulting report of Ames, nanometer gas sensor innovation company AerNos recently announced that they have developed a miniature, high-precision, economical nano-gas sensor capable of detecting multiple ppb-level (one-billionth) harmful gases at the same time. This gas sensor is designed for the integration of Internet of Things connected devices, which will help promote the construction and development of smart cities.
Smart cities rely heavily on smart devices and the Internet of Things to deploy sensor networks to collect, analyze, and provide meaningful information to improve people's quality of life, drive innovative economies, and create healthier, more livable living environments. Sensors, infrared sensors, thermal radiation sensors, optical sensors, acoustic sensors, thermal sensors, humidity sensors, motion sensors, gunfire monitoring sensors, vibration sensors, air quality sensors, and air pollution sensors are used to obtain real-time information. The data is then analyzed and ultimately provides improved decision-making references for residents, governments, traders, researchers, and civil society organizations.
Using AerNos patented AerCNT technology, its smart city air pollution nano-gas sensor (AerSCAP) product line can detect carbon monoxide, carbon dioxide, nitrogen oxides, surface ozone, sulfur dioxide, and gas leaks. According to the American Lung Association and the World Health Organization, these gases are harmful to human health and the environment and pose a threat to the safety of residents. AerNos AerSCAP products are available in three configurations, each capable of supporting simultaneous detection of 3, 4, and 7 harmful gases. AerNos AerSCAP products are optimized for fixed and mobile applications and can be easily integrated into existing urban infrastructure such as street lights, parking meters, traffic lights, surveillance systems, public transportation systems, and other smart city implementations.
In addition to the ability to simultaneously detect multiple ppb levels of harmful gases, AerNos AerSCAP supports permanent online monitoring without the need for continuous calibration, and can be configured for a specific geographical micro-environment to support long-term operation for up to 10 years. The AerNos AerSCAP package system includes a nanogas sensor array and circuitry to support intelligent onboard processing and communications. AerNos AerSCAP helps integration and development partners eliminate costly and complex selection, verification, and system-level integration of discrete devices to ensure optimized gas sensing performance.
“The benefits of a smart city need not be questioned, ranging from improving quality of life to improving economic efficiency to safety, health and the environment,†said Sundip R. Doshi, chief executive officer of AerNos. “Our nano gas sensors can be realized. We feel very gratified to play an important role in a healthier, cleaner, safer future city."
According to World Bank data, the global spending on air pollution control exceeds 5 trillion US dollars annually. Smart cities will deploy smart sensors to monitor and take appropriate actions to reduce air pollution and reduce air pollution control costs. According to market research firm Frost & Sullivan, the global smart city market is expected to grow to 1.56 trillion U.S. dollars by 2020; with the growth of industry-led, smart-city, and e-health-led revenue growth, the global sensor market will reach 2019 Will exceed 162 billion U.S. dollars.
(Original title: AerNos Releases Nano Gas Sensors for Smart City Applications)