The Hellmachine: Is Buying an eBay Ozone Generator Worth It?

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The Hellmachine: Is Buying an eBay Ozone Generator Worth It?

Table of Contents

  1. Introduction
  2. The Idea of Making Ozone
  3. Exceeding the Patreon Goal
  4. Acquiring the Ozone Generator
  5. Testing the Ozone Generator
  6. Dangers and Precautions
  7. Soldering a Plug for the Generator
  8. Polarity and Grounding Considerations
  9. Running the Generator for the First Time
  10. Testing for Ozone Generation
  11. Operating the Ozone Generator
  12. Ozone Generation Methods
  13. Obtaining an Air Pump
  14. Conclusion

The Journey of Making Ozone: From Idea to Reality


Several years ago, an idea sparked in my mind - the idea of making ozone. Little did I know that this idea would culminate in the creation of an ozone project. Through the support of my Patreon followers, we have surpassed our goal, and now it is time to embark on this ozone-producing endeavor. In this article, I will take you on the journey of how this idea came to be and the steps I took to bring it to life. Join me as we dive into the world of ozone generation and the challenges it presents.

The Idea of Making Ozone

Four years ago, the concept of manufacturing ozone emerged in my thoughts. It seemed like a far-fetched goal back then, but I was determined to pursue it. Setting up a Patreon account to gain support for this ambitious idea, I had no idea that it would eventually become a reality. However, thanks to the generous contributions of our Patreon community, we have reached our goal and are now ready to begin the ozone project.

Exceeding the Patreon Goal

Recently, to my astonishment, our Patreon donations surpassed the initial goal set for the ozone project. This unexpected turn of events has propelled me forward, feeling both obligated and excited to delve into this ozone-producing venture. With the necessary funding at hand, I eagerly embarked on the next step - acquiring the essential equipment to commence the project.

Acquiring the Ozone Generator

In my quest for an ozone generator, I scoured online platforms and stumbled upon a peculiar machine on eBay. This deathtrap-looking contraption, priced at a mere $30, caught my attention. Equipped with a 15,000-volt transformer and an ozone tube capable of generating 3 grams of ozone per hour, according to the Chinese seller's claims, it seemed like the perfect starting point. However, skepticism lingered within me, pondering whether these numbers were accurate or merely a sales ploy. To address this uncertainty, I decided to put the ozone generator to the test.

Testing the Ozone Generator

Venturing into the realm of electronics, specifically dealing with high voltage, was unfamiliar territory for me. As I received the ozone generator, equipped with frayed cords, the first order of business was to solder a plug to make it functional. Digging into my collection of miscellaneous cables, I found a suitable candidate and set onwards to prepare the ozone generator for its inaugural run. Soldering the wires together and securing them with hot glue and tape, I acknowledged the makeshift nature of my electrical engineering endeavor. Nevertheless, with the plug now attached, it was time to witness the true power of this beastly machine.

Dangers and Precautions

Working with high voltage electronics, there are inherent risks and dangers that cannot be understated. As I embarked on this project, fear and caution gripped me, as I was fully aware of the potential hazards that lay ahead. The combination of electronics and ozone also raised concerns, amplifying the dangers that lurked within this journey. It was essential to proceed with utmost care to ensure both my safety and the success of the project.

Soldering a Plug for the Generator

With the ozone generator in my possession, I took on the task of soldering a plug onto its frayed cords. Carefully joining the wires together and securing them with adhesive, I improvised with the materials at hand. Although not an ideal electrical engineering method, it proved sufficient for our purposes. Now equipped with a plug, the moment of truth awaited as I prepared to energize the hellish contraption.

Polarity and Grounding Considerations

As I connected the ozone generator to the power supply, questions of polarity and grounding arose. Considering the simplicity of running electric current across a quartz tube, I assumed that polarity held no significance. However, the absence of a grounding wire or any means of earth connection added an element of uncertainty. It would have been comforting to know that some level of protection existed, but alas, this Chinese creation did not cater to such safety measures. With concerns lingering, I proceeded cautiously into the next phase of the project.

Running the Generator for the First Time

With the plug firmly secured and the ozone generator connected to the power supply, the moment of truth had arrived. Turning it on for the first time, I held my breath, dreading the possibility of an explosive outcome. Miraculously, the machine whirred to life without any catastrophic event. The stability of its operation persisted as I continued to run it for a few minutes, albeit without proper airflow to cool it down. Recognizing the need for ventilation to prevent overheating, plans for implementing an air intake system took shape.

Testing for Ozone Generation

To determine whether the ozone generator actually delivered results, a simple test using an iodide solution was performed. Ozone, known for its powerful oxidation capabilities, reacts with the iodide in the solution, resulting in the production of iodine. This reaction manifests as a distinct color change, which can be further enhanced by employing a starch spray. As I initiated the test, eagerly observing the solution, the potential for ozone generation became apparent. Subsequent titration would allow for a quantitative assessment of the ozone concentration.

Operating the Ozone Generator

Now equipped with basic knowledge of the ozone generator's functionality, the question of its operation method arose. Two approaches presented themselves. The first involved utilizing a small air pump to extract oxygen from the surrounding atmosphere. This method was cost-effective and relied on readily available resources. The second option entailed using an oxygen cylinder to introduce pure oxygen into the system, potentially resulting in increased ozone production. However, this method carried a financial burden. Although I currently lack both an air pump and an oxygen cylinder, I sought to test the ozone generator's efficacy using an alternative approach - blowing air gently through the input tube by mouth.

Obtaining an Air Pump

Recognizing the limitations of my current setup, the need to acquire an air pump became evident. A quick search on eBay led me to a range of options, many of which were inexpensive but required a considerable waiting period for delivery. Despite the delayed solution, I decided not to halt the progress of the project. Numerous tasks lay ahead, including titration experiments to determine the actual ozone concentration emitted by the generator. Patience would be a virtue, as I eagerly awaited the arrival of the air pump, which would add a crucial element to our ozone production endeavors.


In conclusion, the journey of making ozone has taken me from a mere idea to the cusp of reality. With the support of my Patreon community, the necessary equipment for ozone generation has been acquired. The initial testing phase brought about its own challenges and considerations, highlighting the dangers that lie within this project. However, through careful precautions and adaptability, progress has been made. The next steps include refining the generator's operation method, obtaining an air pump, and conducting rigorous experiments to accurately determine the ozone concentration generated. Join me in the next chapter as we delve deeper into the world of ozone and its fascinating properties.


  • A long-standing idea of making ozone becomes a reality through Patreon support.
  • Exceeded the Patreon goal, prompting the start of an ozone project.
  • Acquired an ozone generator from eBay, equipped with a 15,000-volt transformer.
  • Tests conducted to ensure the ozone generator's functionality and safety.
  • Precautions taken to mitigate risks associated with high voltage electronics.
  • Soldering a plug onto the ozone generator's frayed cords for power supply.
  • Considerations given to polarity and grounding concerns.
  • The ozone generator successfully operated for the first time.
  • Testing for ozone generation using an iodide solution.
  • Exploring different methods of operating the ozone generator, including acquiring an air pump.
  • Ongoing plans to refine the ozone production process and determine ozone concentration accurately.


Q: What is the ozone generator capable of producing?

A: According to the eBay listing, the ozone generator can produce 3 grams of ozone per hour. However, further testing and calibration are required to confirm this claim.

Q: Are there any safety precautions in place for working with high voltage?

A: Yes, ensuring personal safety is of utmost importance when dealing with high voltage electronics. Precautions such as proper insulation, gloves, and adherence to electrical safety guidelines should be followed.

Q: What are the potential risks associated with ozone generation?

A: Ozone itself can be harmful if inhaled directly in large quantities. Additionally, the interaction between high voltage electronics and ozone presents new risks, emphasizing the need for caution and careful handling.

Q: What is the purpose of an air pump in ozone generation?

A: An air pump is used to provide a continuous airflow to the ozone generator, allowing it to extract oxygen from the surrounding atmosphere. This method is cost-effective and utilizes readily available resources.

Q: Will the ozone generator be tested using pure oxygen?

A: While an oxygen cylinder is a viable option for increased ozone production, currently, an air pump is being considered as an alternative. The use of pure oxygen will be explored in future experiments once the necessary equipment is available.

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