Portable Gas Chromatograph IoT device generates the data to detect harmful organic contaminants near real-time
Kindwell's IoT devices can measure near real-time the Airborne Molecular Contaminants (VOCs & Inorganics) that are present during chip production and alert customers when damage is likely to occur to product
Environmental Justice & Global Warming are just two examples of the societal concerns that Kindwell's solutions solve. Working with all levels of government to identify chemical pollutants (VOCs & Inorganics) causing these and other environmental issues
Kindwell's highly versatile IoT devices: Portable Gas Chromatograph (GC) and Multi-pollutant Monitor (MPM) can be used for environmental and clinical research. Both devices work in all weather conditions, indoor or outdoor, and can be run continuously to get robust data needed for any research project
Impact of VOCs on food yield and quality is significant. Knowing what VOCs are present when, and how much, has been a challenge ... until now. Kindwell's near real-time VOC monitoring device can help identify when contaminants are present that cause food-borne illnesses or poor quality product
Kindwell's IoT devices can measure near real-time VOCs, Methane, and other Inorganics inadvertently leaked into the environment. Once these leaks are detected, Kindwell can alert customers when there are significant events to prevent accidents, limit product lost, and protect the environment
The broad-spectrum of VOCs that Kindwell's portable GC can detect in the low digit parts-per-trillion sensitivity enables Kindwell to detect pathogens present in a given room or space. Kindwell's work has proven SARS-CoV-2 can be detected from breath analysis as can other diseases
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