I cleaned my oven with a bowl of ammonia left overnight for 14 days. This is what happened

Cleaning the oven can be a daunting household chore, often involving harsh chemicals and elbow grease. Many people dread it, and for good reason: burnt-on food and grease can seem impossible to remove. That's why when I came across a seemingly simple hack involving ammonia, I was intrigued. The idea is that by leaving a bowl of ammonia in the oven overnight, it would help loosen grime, making it easier to clean.

With curiosity piqued and hope for an easier cleaning process, I decided to take this hack a step further. Instead of a single overnight soak, I committed to leaving a bowl of ammonia in my oven every night for 14 days. This article details my experience with this unconventional method, from setup to results, and whether or not I would recommend it to others.

The decision to try this method for 14 consecutive nights stemmed from a need for a thorough clean and the allure of minimal effort. My oven had accumulated years of stubborn grease and food residue, and traditional cleaning methods weren't cutting it. Online forums praised ammonia's ability to break down grime without scrubbing, and the idea of a set-it-and-forget-it solution was appealing.

I also wanted to push the boundaries of this hack, curious to see if a longer duration would yield even better results. If one night could make a difference, what could two weeks achieve? This extended experiment would either confirm ammonia's prowess or reveal its limitations.

Setting up the ammonia treatment was straightforward. Each night, I poured about half a cup of ammonia into a sturdy, shallow bowl, placed it on the middle rack of my cold oven, and closed the door. Important safety precautions were followed closely: I ensured the kitchen was well-ventilated by opening windows and keeping the exhaust fan running.

Additionally, I never turned the oven on during this period, and I wore gloves when handling ammonia. It's crucial to avoid any skin or eye contact with the chemical. Each morning, I carefully removed the bowl and wiped down the oven interior, allowing it to air out before use.

After the first night, I was eager to see the results. Upon opening the oven, there was a noticeable ammonia smell, but it wasn't overwhelming thanks to the ventilation. I observed that the surface grime seemed slightly easier to wipe away, albeit not significantly so.

Some of the looser food particles came off with minimal effort, but the more stubborn burnt-on grease remained. It was clear that while the ammonia had made some impact, it was not a magical solution overnight.

As the experiment progressed, I began to notice gradual improvements. By day four, the grease stains appeared less resilient, and the oven walls were becoming progressively cleaner with each wipe-down. By day seven, more of the burnt-on food was loosening, and the oven racks showed visible reduction in residue.

By the second week, the cumulative effect was undeniable. The baked-on grime was significantly reduced, and the oven's interior looked cleaner than it had in years. The prolonged exposure seemed to be breaking down the stubborn layers of grease more effectively than anticipated.

Despite the positive changes, some scrubbing was still necessary, especially for the most persistent spots. I found that a gentle scouring pad and a baking soda paste worked well for these areas. The ammonia had softened the grime enough that it required less force, but it wasn't entirely scrub-free.

Overall, the amount of effort needed was far less than it would have been without the ammonia treatment, but it was not completely labor-free.

The most stubborn, burnt-on spots were the true test of this method. While the ammonia had softened them considerably, they were not entirely eliminated. The toughest areas required a combination of elbow grease and additional cleaning agents like baking soda and vinegar.

However, compared to the starting point, these spots were much easier to tackle, and most of the residue had been significantly reduced or removed by the end of the 14 days.

The odor was a concern I had from the start, but with proper precautions, it was manageable. Initially, the ammonia smell was potent each morning, but it dissipated quickly with open windows and a running exhaust fan. I was careful not to use the oven until it was thoroughly aired out.

By the end of the experiment, the smell was less noticeable, possibly because I had become accustomed to it. It was never so overpowering that it affected other areas of my home.

One of my primary concerns was whether ammonia would cause any damage to the oven's interior surfaces or racks. Throughout the 14 days, I monitored for signs of corrosion or discoloration but found none. The enamel coating inside the oven held up well, and there was no visible damage.

Post-experiment, the oven racks appeared unchanged, retaining their structural integrity and finish. This gave me confidence that the method, while unconventional, was not detrimental to the oven components.

Compared to other viral cleaning hacks I've tried, such as baking soda and vinegar or commercial oven cleaners, the ammonia method was surprisingly effective over time. It required less initial effort and was less abrasive than scrubbing with baking soda.

However, it demanded patience and commitment, as the results were gradual. For those looking for a quick fix, this may not be ideal, but for a deep clean over time, it proved beneficial.

Reflecting on the two-week journey, I appreciate the results achieved with minimal daily effort. However, the commitment required and the ammonia smell make it unlikely I would repeat the full 14 days often.

For future cleanings, I might use this method for a few consecutive nights rather than two weeks. I recommend it for those with heavily soiled ovens who can tolerate the smell and have the patience for a slow-but-steady approach. Always ensure proper ventilation and handle ammonia with care.