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The Consumer Technology Association (CTA) of America has awarded PiQuant Co., Ltd. the CES 2023 Innovation Award.
PiQuant — a spectroscopy-based environmental IoT startup founded in 2015 that specializes in analyzing the drinking-water environment in developing nations — is the first Korean company to receive support from the Bill & Melinda Gates Foundation. PiQuant is making its way into designing and manufacturing various products based on component-detection technology using light.
How PiQuant’s Portable Spectrometer is changing the healthcare landscape
Escherichia coli (E. Coli) is the leading agent responsible for waterborne illnesses linked to contaminated drinking water. Within three minutes, E. Coli bacteria can be found in water using the portable bacteria scanner from PiQuant. India and Vietnam are the two developing nations in which PiQuant is making its products available.
Water is a fundamental human need, and having access to clean, safe water is crucial for maintaining human health and wellness. However, water supplies are frequently contaminated with different pollutants and toxins, endangering human health and the ecosystem. Traditional methods for assessing water quality are often time-consuming, expensive, and necessitate laboratory space, making them unsuitable for distant areas without access to valid water-quality testing. With its real-time identification of toxins and pollutants in the water supply, PiQuant’s Portable Spectrometer revolutionizes the field of water-quality measurement.
In analyzing water quality, PiQuant’s Portable Spectrometer is revolutionary. The PiQuant device’s sophisticated spectrometry technology enables real-time water-quality analysis, enabling prompt detection of toxins and pollutants in the water supply.
Figure 1: Steps involved in using PiQuant’s Water Scanner (Image credit: PiQuant)
The first portable spectrometer to perform in-the-moment analysis of the constituents of water was PiQuant’s Water Scanner water-quality analyzer. The Portable Spectrometer from PiQuant is a small, lightweight, and simple-to-use instrument that can accurately and precisely detect a variety of toxins and pollutants in the water supply. It is a cutting-edge tool that can quickly identify dangerous elements in liquids — including germs, heavy metals, and chemical compounds.
Technologies involved for detecting water contamination
The device examines the chemical composition of water samples and determines the presence and concentration of various pollutants, including heavy metals, organic compounds, and microbes, featuring the integrations with cloud computing, machine learning, and spectroscopy.
A spectrometer measures the light transmission and absorption of the water sample to analyze it, providing crucial information on the chemical composition of the water sample. Then the device measures the amount of light absorbed by the various chemical components in the model by shining a light through a selection of water, and it uses machine-learning techniques to analyze these measurements and identify contaminants. The data from the spectrometer is then sent to the cloud for added processing and storage.
In addition to being an effective tool for analyzing water quality, PiQuant’s Portable Spectrometer is also an environmentally friendly option. It lessens the need for costly and drawn-out laboratory testing, which can significantly affect the environment. The device’s mobility and effectiveness also make it the perfect answer for isolated populations without access to trustworthy water-quality monitoring.
Compared to conventional PCR (polymerase chain reaction), the Water Scanner’s test time was decreased by 1/1,440th, while the Water Scanner also multiplied and verified particular genes, including those of bacteria and viruses. Additionally, the Water Scanner enables testing to be done for 1/50th of the usual cost, can handle data while connected to a smartphone as a water bacteria scanner, and can monitor and manage the data in real-time.
Figure 2: PiQuant’s Water Scanner vs. conventional water-quality-testing equipment (Image credit: PiQuant)
PiQuant’s IoT indoor air-quality-monitoring system AirQuant, which analyzes dangerous gasses and fine dust in real time, is also in high demand in homes, schools, public institutions, and massive shopping malls. Altogether, PiQuant’s Portable Spectrometer is a cutting-edge and green method for assessing water quality in real time, which may assist in safeguarding both the environment and public health.
Benefits of PiQuant’s Portable Spectrometer:
Real-time detection: PiQuant’s Portable Spectrometer offers real-time detection of pollutants and toxins in the water supply, enabling prompt and effective problem solving.
High accuracy and precision: Using cutting-edge spectroscopy technology, the gadget analyzes water samples with high accuracy and precision, producing dependable and consistent results. The Portable Spectrometer from PiQuant is portable and lightweight, making it simple to use and transport.
Sustainable solution: Because the gadget eliminates the need for costly and time-consuming laboratory testing, it provides a sustainable method of analyzing water quality.
PiQuant’s Portable Spectrometer is perfect for distant communities without access to trustworthy water-quality testing, allowing them to track the caliber of their water supply in real time.
PiQuant’s Portable Spectrometer has a wide range of applications, including:
- Drinking-water-quality monitoring
- Industrial- and municipal-wastewater monitoring
- Agricultural-runoff monitoring
- Environmental monitoring
The future of water-quality testing
The Portable Spectrometer from PiQuant is a revolutionary real-time water-quality-analysis tool. It offers a practical and economical substitute for conventional laboratory testing, making it the perfect answer for isolated communities and places without access to accurate water-quality monitoring. Due to its cutting-edge spectrometry technology and machine-learning algorithms, it is a potent instrument for monitoring the quality of drinking water, industrial and municipal wastewater, agricultural runoff, and the environment.
PiQuant’s Portable Spectrometer is a compact design, has a user-friendly interface, and offers real-time capabilities that empower users to monitor water conditions with unprecedented efficiency and accuracy. The tool transforms environmental monitoring by eliminating the need for time-consuming laboratory procedures and enabling on-site analysis. It has many advantages over conventional approaches and offers quick feedback, enabling prompt interventions and well-informed decision-making. Researchers, environmentalists, and ordinary people may all evaluate water quality whenever and wherever they need due to the device’s portability, which offers flexibility in various contexts — from labs to fieldwork. PiQuant’s Portable Spectrometer gives consumers a thorough understanding of water quality due to its capacity to measure and analyze different parameters.
Understanding our water ecosystems better, spotting potential contaminants, and proactively safeguarding our water resources are important. PiQuant’s Portable Spectrometer emerges as a potent instrument in our efforts to provide secure and consistent water sources for preservation and sustainable water management. It affects real-time water-quality measurement — providing a bright future for environmental monitoring and aiding in protecting this priceless resource.
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