I put a cup of ammonia in my oven overnight for 10 days. This is what happened

The battle to keep kitchen appliances clean is a never-ending one, and the oven is often the most daunting opponent. With baked-on grease, food spills, and the inevitable buildup of grime from regular use, finding an effective cleaning method is crucial. Many people swear by commercial oven cleaners, but these can be harsh and laden with chemicals. So, when I heard about using ammonia as a home remedy to tackle tough oven dirt, I was intrigued. Could something as simple as ammonia really do the trick?

Curiosity got the better of me, and I decided to embark on a 10-day experiment. Armed with a bottle of ammonia and a determination to finally conquer my oven's mess, I set out to see if this method could deliver results. In this article, I'll take you through my journey of placing a cup of ammonia in my oven every night, what I discovered along the way, and whether this unconventional technique is worth trying yourself.

I read about ammonia's ability to break down stubborn grime and grease, and many home cleaning enthusiasts touted it as a miracle worker. The idea is that ammonia's fumes help to loosen the baked-on residues that accumulate over time, making them easier to wipe away. I decided to test this theory over an extended period to see if consistent use would yield better results.

Each night, I placed one cup of ammonia in a shallow dish on the top rack of my cold oven. Beneath it, I set a pot of boiling water on the bottom rack to create a humid environment. This combination was supposed to enhance the action of the ammonia fumes, allowing them to permeate the oven interior more effectively.

Safety was my top priority throughout this experiment, given the potent fumes that ammonia can emit. I ensured that my kitchen was well-ventilated by opening windows and turning on the exhaust fan. Before starting the experiment each night, I checked that my oven was cold to avoid any risk of heating the ammonia.

To prevent accidental exposure, I wore gloves when handling ammonia and made sure to keep the kitchen off-limits to pets and children. In the morning, I carefully removed the ammonia dish and aired out the oven by leaving the door open for at least 30 minutes before any further cleaning.

Before starting the ammonia treatment, my oven was in a state that I'm sure many could relate to. The glass door was clouded with grease streaks, and the walls and racks were coated with a mix of burnt food and oil residues. It had been a while since its last deep clean, and the task seemed daunting.

The bottom of the oven was especially grimy, with spills from various roasts and casseroles forming a stubborn layer that resisted previous cleaning attempts. This provided the perfect testing ground for the ammonia method, as I was eager to see if it could tackle even the most challenging spots.

After the first night, I cautiously opened the oven door and was met with a strong ammonia smell, even with the kitchen well-ventilated. The glass door showed signs of a slight film, and the walls seemed to have a thin, greasy residue loosened by the fumes.

Using a damp sponge, I began to wipe down the surfaces. Some of the lighter residues came off with minimal effort, and I noticed that the ammonia had started to soften the tougher spots, though they still required scrubbing. The initial results were promising enough to continue the experiment.

By the third day, I noticed a significant change. The upper half of the oven, where the fumes had the most contact, was visibly cleaner. The glass door was clearer, and the walls were easier to wipe down, with less elbow grease needed to remove the residue.

The stubborn spots on the bottom of the oven had also started to break down, with the ammonia's steady application seemingly dissolving layers of grime. Encouraged by these results, I remained diligent in setting up the ammonia treatment each night.

Despite the progress, by day five, I realized that the ammonia fumes alone weren't a magic bullet. While they worked well to loosen dirt, manual scrubbing was still necessary to achieve a truly clean surface. The tougher, baked-on spots required extra attention, and I used a mixture of baking soda and water to tackle these areas.

This step added more time to the cleaning process than I had anticipated. The combination of ammonia and physical effort seemed to be the key, but it wasn't as effortless as some might hope.

At the end of the 10-day trial, my oven was in much better shape than it had been at the start. The glass door was nearly spotless, and the oven walls were free of the greasy buildup that had accumulated over time. The bottom of the oven, once a source of frustration, was significantly cleaner, though a few stubborn spots remained.

Overall, while not perfect, the ammonia treatment had made a noticeable difference. It was evident that consistent application over multiple nights had a cumulative effect, gradually breaking down the grime and making it more manageable to clean.

One of the biggest challenges was dealing with the persistent ammonia odor. Even with good ventilation, the smell lingered in the kitchen each morning. To mitigate this, I kept windows open and the exhaust fan running for at least an hour after removing the ammonia from the oven.

In terms of air quality, I ensured that the kitchen was well-ventilated at all times during the experiment. Despite these precautions, the odor was noticeable and something to consider for those sensitive to strong smells.

During the experiment, I encountered a few unexpected safety concerns. On one occasion, I accidentally touched the rim of the ammonia dish without gloves, resulting in mild skin irritation. This was a reminder of the importance of protective gear.

Additionally, I underestimated the lingering fumes, which could be overwhelming even after airing out the kitchen. In the future, I would limit the number of consecutive days using ammonia and ensure to take breaks to allow the space to clear fully before resuming.

Comparing ammonia to store-bought oven cleaners, I found that while ammonia was effective, it required more time and effort. Commercial cleaners are often formulated for quicker results, but they come with their own set of harsh chemicals and strong odors.

Ammonia, on the other hand, is inexpensive and available in most households, making it a cost-effective alternative. However, it demands patience and persistence, as well as careful handling to avoid potential hazards. Ultimately, the choice between ammonia and commercial products depends on personal preference and tolerance for odors and manual labor.