Maintaining proper Oxygen levels in grain storage is essential for preserving grain quality and ensuring worker safety. During storage, grains continue to respire, consuming Oxygen and releasing Carbon Dioxide. Low O2 levels can affect grain freshness, while Oxygen-deficient environments may create safety risks for personnel entering storage areas. A grain storage facility needed a reliable solution for routine O2 monitoring and pre-entry safety checks.
Ozone is widely used in cosmetics manufacturing facilities for air purification and disinfection due to its strong oxidation capability. However, excessive Ozone concentration can affect production environments and personnel safety, while insufficient O3 levels may reduce disinfection effectiveness. This case study shows how a cosmetics manufacturer implemented a fixed Ozone monitoring system to achieve continuous concentration monitoring and centralized management across multiple disinfection rooms.
A high-end art coating brand established in 1997 specializes in the R&D, production and application of decorative art coatings. With a large-scale production base and multiple environmental certifications, the company places strong emphasis on product safety and environmental performance.
To help customers better understand the formaldehyde performance of its coatings, the company's headquarters wanted to equip all its stores with portable formaldehyde detectors.
Sulfur Dioxide (SO2) monitoring plays an important role in steel manufacturing, especially during desulfurization and combustion-related processes. Effective SO2 detection helps companies control emissions, improve environmental management, and maintain stable production conditions. This case study describes how a stainless steel manufacturer implemented an online SO2 monitoring solution at the hot blast furnace desulfurization inlet to achieve reliable gas measurement in a challenging industrial environment.
A food processing company needed a reliable way to verify Nitrogen purity inside sealed packaging bags. GasDog provided a customized Nitrogen detection solution to help the customer accurately measure N2 concentration while maintaining the original packaging environment.
A graduate researcher at a university in California contacted GasDog for a precise way to monitor Ethylene (C2H4) during a fruit research project. The research team needed to measure the Ethylene concentration produced by peaches inside a small experimental container and use the data to monitor the progress of the experiment.
A high-end art coating brand established in 1997 specializes in the R&D, production and application of decorative art coatings. With a large-scale production base and multiple environmental certifications, the company places strong emphasis on product safety and environmental performance.
To help customers better understand the Formaldehyde performance of its coatings, the company's headquarters wanted to equip all its stores with portable Formaldehyde detectors.
A specialty gas manufacturer in Los Angeles provides electronic specialty gases for high-tech industries, including semiconductor and solar manufacturing. As Chlorine (Cl2) was used in its production process, the company needed a reliable way to monitor potential Chlorine leaks in its cylinder storage area and production workshop.
The project manager of a certain technology company contacted us and said that his company was developing a "Carbon Dioxide recycling mosquito removal device" that needed to monitor the changes in CO2 concentration during the process.
In June 2014, a Nitrogen pipeline leak occurred in a factory, causing dozens of workers to suffer from hypoxia poisoning and varying degrees of hypoxia symptoms, so the manager of the factory urgently contacted us to purchase Oxygen alarms.
