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how-to-calibrate-ezo-complete-dissolved-oxygen-using-atlas-desktop-software

How to calibrate the EZO Complete-Dissolved Oxygen using the Atlas Desktop software

The Atlas Scientific line of EZO Complete circuits makes building a custom monitoring system easy, but if you don’t calibrate your sensors, then what good are your readings; And can you trust them? The accuracy of your readings is directly related to the quality of your calibration. Calibration is not difficult, and a little bit […]

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how-to-calibrate-ezo-complete-conductivity-using-atlas-desktop-software

How to calibrate the EZO Complete-Conductivity using the Atlas Desktop software

The Atlas Scientific line of EZO Complete circuits makes building a custom monitoring system easy, but if you don’t calibrate your sensors, then what good are your readings; and can you trust them? The accuracy of your readings is directly related to the quality of your calibration. Calibration is not difficult, and a little bit

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how-to-calibrate-ezo-complete-orp-using-atlas-desktop-software

How to calibrate the EZO Complete-ORP using the Atlas Desktop software

The Atlas Scientific line of EZO Complete circuits makes building a custom monitoring system easy, but if you don’t calibrate your sensors, then what good are your readings; And can you trust them? The accuracy of your readings is directly related to the quality of your calibration. Calibration is not difficult, and a little bit

How to calibrate the EZO Complete-ORP using the Atlas Desktop software Read More »

how-to-calibrate-EZO-complete-pH-using-atlas-desktop-software

How to calibrate the EZO Complete-pH using the Atlas Desktop software

The Atlas Scientific line of EZO Complete circuits makes building a custom monitoring system easy, but if you don’t calibrate your sensors, then what good are your readings; And can you trust them? The accuracy of your readings is directly related to the quality of your calibration. Calibration is not difficult, and a little bit

How to calibrate the EZO Complete-pH using the Atlas Desktop software Read More »

applications-of-ph

What Are The Applications Of pH In Different Industries?

pH plays crucial roles in various industries, including agriculture, food production, pharmaceuticals, and water treatment. It influences processes like enzymatic reactions, product quality, and environmental management, demonstrating its versatile application in ensuring optimal conditions for diverse industrial activities. pH is a crucial parameter used in various industries to measure the acidity or alkalinity of a

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conductivity-vs-tds

Conductivity (EC) vs Total Dissolved Solids (TDS) – What’s The Difference?

Total dissolved solids (TDS) differentiates between the different types of ions or other substances (like organic matter) in water or a solution, whereas EC only measures the water’s ability to conduct electricity, not the types of ions. Both TDS and EC can be measured using specialized meters known as EC meters.  In water quality analysis

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how-does-groundwater-become-polluted

How Does Groundwater Become Polluted?

Groundwater becomes polluted when harmful substances from various sources, like industrial processes, agricultural practices, or improper disposal of waste, seep into the soil and contaminate the groundwater. Pesticides, fertilizers, heavy metals, and hazardous chemicals can infiltrate the ground, compromising the water quality. Urban development and leaking underground storage tanks also contribute. Over time, polluted groundwater

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analog-vs-digital-sensors

Analog Vs. Digital Sensors: Understanding The Key Differences

One of the key differences between analog and digital sensors is their output resolution. For example, analog sensors provide infinite resolution since they provide a continuous range of values, while digital sensors have a finite resolution determined by the number of bits used to represent the signal. Another difference is the susceptibility to noise. Analog

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