The use of total organic carbon (TOC) analyzers is essential to ensure that the carbon levels are regulated. These analyzers are commonly used on an industrial scale to monitor the quality of liquids, mostly water. This is done to maintain the required quality of water required in various types of applications and usage and to stay in compliance with the standards set by the government and regulatory bodies.
Total Organic Carbon Analyzers are Helpful in Various Industries
As mentioned, it’s important to use TOC analyzers to monitor and regulate water quality and properties. These analyzers work by analyzing the water and liquid content for compounds such as organic carbon and sometimes even have in-built filtering and refining tools.
Let’s look at the various areas where TOC Analyzer is required.
TOC Analyzer Play an Important Role in the Pharmaceutical Industry
The pharmaceutical industry uses ultrapure and extremely clean water in various applications such as medicine manufacturing, manufacturing eyedrops and more. Ultrapure water is essentially water that is stripped down to very few specific elements. To ensure that there are no errors or issues in these processes, TOC analyzers are used to monitor and analyze the water for molecules, compounds, and pollutants.
This water quality is essential because it is used in the manufacturing of medicines and various other procedures, such as checking for cleaning efficiency, cleaning equipment and more. To monitor and regulate all these processes with ease, TOC analyzers are widely used in the pharmaceutical industry.
These not only help ensure that the water quality is correct for manufacturing and other practices but also help detect any toxicity or improper water contents on time, allowing to resolve any issues on time and preventing production loss.
TOC Analyzers Can Help Reduce Water-based Pollution at Airports
There’s a constant need for water usage in airports, especially in colder climates. This is because a large amount of water is needed to clean, defrost, or regulate the temperatures of the aircraft and the runway. However, this process often causes a lot of harm to the environment and releases harmful compounds such as urea, acetate, and glycol.
To reduce the number of harmful compounds and pollutants in water, analyzing processes such as COD and BOD are commonly used, however, these aren’t very efficient, and even leave toxic residue.
To shift to a better alternative, airports such as the Seattle-Tacoma airport have deployed the use of total organic carbon analyzers to ensure swift processes and to reduce the impact of their water usage on the environment to a minimum.
The Unique Use of TOC Analyzer in Dairy Farms
One of the most interesting uses of these TOC analyzers has been in dairy farms. The company Hach, which has expertise in developing water and liquid quality analyzer, has developed a TOC analyzer specifically for dairy farms.
This TOC analyzer has been developed by Hach while keeping in mind the needs and conditions of a dairy farm. This analyzer aims to reduce production loss by effectively monitoring water quality for carbon and other organic compounds. This dairy analyzer even checks for milk residue in wastewater.
This monitoring of water and wastewater is extremely crucial in dairy farms as it quickly helps detect whether healthy nutrients or milk are being wasted and washed away and helps correct any errors on time. This in turn helps boost production and yield, while minimizing wastewater loading.
TOC Analyzers to Become Widely Used in Upcoming Years
It’s clear that TOC Analyzers are a great way to analyze the organic carbon content of water and other liquids in various industries. With the growing demand for sustainable practices and the already existing regulations of specific quality standards – these TOC analyzers will continue to provide efficient monitoring and regulating solutions across a wide variety of industries.