Arab Potash Company (APC) is the eighth largest potash producer worldwide by volume of production and the sole producer of potash in the Arab World. It also has one of the best track records among Jordanian corporations in the areas of work safety, good governance, sustainable community development, and environmental conservation. In 2023, APC implemented…
Businesses relying on traditional oil in water testing methods are incurring higher costs for less accurate results. OSS ClearShotTM technology is designed to significantly lower operational costs while simultaneously reducing corporate risk. This innovative patented technology marks a breakthrough in operator safety, testing speed, process simplicity, and results accuracy, all while delivering substantial cost savings.
Unpolluted water is essential for our planet’s survival, providing nourishment to our communities and sustaining our ecosystems. As the global availability of safe, clean water for drinking and plant irrigation becomes an even greater concern, the safeguarding of water purity against key challenges, such as oil contamination, is even more critical today. Drinking water can…
In a recent publication featured in the Canadian Journal of Chemical Engineering, researchers shed light on a groundbreaking method for quantifying and analyzing total oil and grease in cooling water. This innovative approach combines the power of Fourier Transform Infrared Spectroscopy (FTIR) with the Orono Spectral Solutions (OSS) ClearShot extractor technology, offering a powerful method for identifying oils in water samples. Let’s delve into how this process works and explore its significance.
Ontario Power Generation (OPG) is one of the largest, most diverse clean power producers in North America. OPG owns a total of 75 power generating facilities including 66 hydroelectric stations and 2 nuclear power plants and have interests in over 100 other facilities. As an organization, our number one priority is the health and safety…
In industrial processes, the presence of oil and grease in water can signal potential leaks or contamination, posing significant risks to operations, safety, product quality and the environment. Detecting and quantifying these hydrocarbons accurately and efficiently is paramount for maintaining stable operations and minimizing environmental impact.
In a wide range of applications, oils are used as part of the process to achieve the desired end product functionality. Once that process has been completed, all oil must then be removed with the use of solvents. However, accurately measuring oil contamination of this nature in various applications has proven to be quite a challenge.
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