Ozone – Transforming your Water

What have seen water be transformed by the use of Ozone, we were so impressed we even installed it into our offices!

Ozone water treatment has been around for many years, but we have seen it come to the forefront in recent years due to the increase in sustainability awareness. As concerns about environmental impact and water quality continue to grow, ozone water treatment has emerged as a promising solution.

Its ability to efficiently disinfect water without the use of harsh chemicals, reduce waterborne contaminants, and minimize the production of harmful byproducts aligns perfectly with the goals of sustainable water management. Furthermore, the technology’s versatility makes it applicable in various sectors, including wastewater treatment, drinking water purification, and industrial processes, making it a crucial tool in our ongoing efforts to safeguard both our environment and public health.

What is OZONE – Simplified.

Ozone water treatment is a sustainable process that uses ozone gas to disinfect and purify water by breaking down contaminants, providing effective and eco-friendly water treatment solutions.

Ozone effectively recycles rainwater and waste water to such a good quality it can be used for drinking water purposes in your facility.

Ozone systems have proven to be highly effective at eliminating all micro organisms and 99% of viruses, and is capable of destroying all bacteria, algae and biofilms within water systems, with no risk of resistance build-up or immunity.

How Ozone Works

Ozone is generated by the use of electricity, it uses a corona discharge to produce ozone in the same way that ozone is produced in a lightning storm.

A generator produces a high voltage electrical discharge that penetrates oxygen stored in a steel, ceramic, or glass chamber. This causes oxygen to break down to produce ozone, which is sent into water in a venturi or bubbled into water to begin the treatment process.

The process

  • Raw water enters the system and is firstly filtered
  • Ozone is then added to the water. Ozone is rapid to act and has a contact time of approx. 5- 10 mins. After this the Ozone will start to break down.
  • This treated water is then put through another filter process
  • The water is then put through a final carbon filter
  • After the filtration process the water is put through and Ultra Violet light to ensure all impurities are removed
  • Water is then put back into the system

A final stage of chemical dosing can also be introduced if required.


Ozone has a greater disinfection effectiveness against bacteria and viruses compared to chlorination. It has proven to be 51% stronger than chlorine and has a kill rate of 3.125 times faster. While this is a distinct advantage lets take a look at some of the other;

Chemical Free

The main benefit of using an ozone water treatment system is that you can get rid of any contaminants in the water without needing to add chemicals. The treatment process does not add any chemicals to the water and no pollutants are formed during ozone water treatment. Ozone dissipates in water over time and has no risks in drinking water.

This is also a huge benefit to the environment as it reduces the need for transport and eliminates chemical drums.

Highly Effective

Ozone is one of the best oxidizers and has an instant effect in water, neutralizing microorganisms like viruses and bacteria. Ozone is 51% stronger than chlorine and has a kill rate of 3.125 times faster. It readily and rapidly eliminates 99% of known viruses and all micro organisms.

It also has a shorter contact time than chlorine and breaks down to oxygen after 20 mins.

No Smell or Taste

Unlike chlorine and other disinfection chemicals, ozone has no taste or smell in water, so it won’t negatively affect water quality. It destroys odours & disinfects air, water, and other materials.


Any wastewater is safe to re-enter waterways and surface drains, saving energy and money. Wastewater can then be used in other grey water applications, saving water top up from other sources.

Low Maintenance

Ozone is generated on-site, with minimal service visits per year required (approx. 2/3). It is a fully automatic, multi – barrier system with self cleaning filters. The pipes are also made of PVC which are corrosion resistant.


While ozone treatment is a more expensive set up option than other methods of water disinfection, it generates quick results and doesn’t negatively affect water quality. You will also see your investment pay off within a year or so depending on your facility and see your energy and water saving increase.