What Is the Reverse Osmosis Process for Labs?

A Millipore Water Purification System will help you rid water of a large majority of contaminants through the process of reverse osmosis

Keeping a laboratory environment clean and free of contaminants is critically important. After all, tests performed or products developed in a lab must not be influenced by outside factors.

Reverse osmosis is an excellent tool for ensuring the safety and cleanliness of a lab environment. A Millipore water purification system can make up the difference between pure water and ultra-pure water in your lab.

But how does this RO system work? What does the process look like for laboratories? 

Let’s dive into the world of water testing, and how reverse osmosis can improve a laboratory testing environment.

1. What is Osmosis? 

First, let’s take a quick look at osmosis and reverse osmosis. 

In simple terms, osmosis is the act of filtering one material through a semipermeable membrane. The material that comes out on the other side of that membrane is a concentrated form.

As one would assume, reverse osmosis is the exact opposite. A contaminant is filtered through a membrane, and a pure substance is produced.

In both cases, the osmosis process is largely successful in capturing most contaminants within materials. However, for instances where the purest form of a material is necessary, osmosis should not be the only source of filtration. It is not 100 percent successful in removing all trace elements.

2. How Does Reverse Osmosis Benefit a Lab?

Think about the work that goes on in a lab. A clean, contaminant-free environment is absolutely critical to ensure that laboratory test results are not skewed. 

Water is a very common substance used in lab tests, experiments, and product development. Having pure water is of the utmost importance, as water contaminants can range from harmless to deadly.

Reverse osmosis is a great way to remove water contaminants and ensure water testing results in pure water. 

The process of reverse osmosis forces less-than-pure water through a membrane that filters out a variety of substances. 

3. The Benefits of A Millipore Water Purification System

Reverse osmosis is not a one size fits all solution to water purification.

Although reverse osmosis can filter out a large variety of ions, metals, particles, organic materials, and chemicals, the process is not able to capture 100 per cent of all substances floating around within water.

This is where a Millipore water system comes into play.

These purification systems are able to remove even the finest, faintest traces of chemicals, ions, and other materials that may slip through during reverse osmosis. This level of purification ensures that you are utilizing pure water in testing, product development, even medical situations.

Diligent Purification Will Benefit Your Lab

By utilizing reverse osmosis in your laboratory, you can achieve nearly pure water for use in your lab. 

Millipore water purification systems are able to filter out the finest of particles, trace elements, and more that slips through during reverse osmosis. By utilizing the purest of water in experiments, product development, and other situations, the end results will only benefit from exemplary water purification.