Apr 14, 2026

Cleaning Kitchen Without Cleaning Products: A Practical Overview

Q: Can I clean the counter with ozone water instead of an all-purpose cleaner?

Yes, for fresh organic deposits such as food residues and grease splashes on ceramic, composite, and stainless steel counters, ozone water works effectively with sufficient contact time and using the two-cloth method. For embedded grease or burnt material, a specific degreasing product is more effective.

Q: How do I clean kitchen cabinet doors without a cleaning product?

Cabinet doors of lacquered wood or hard plastic can be well cleaned with ozone water. Apply it with a damp cloth, leave to act for 20 to 30 seconds, then wipe dry with a second cloth. That approach effectively removes daily skin oil deposits without leaving residue.

Q: Does ozone water work on a ceramic hob?

For fresh deposits shortly after use, ozone water can remove light grease splashes on a ceramic hob. For burnt grease that has already hardened, a specific degreasing product is better suited. Combine daily cleaning with ozone water with a targeted degreaser for more intensive use.

Q: Is ozone water safe on stainless steel kitchen surfaces?

Yes, ozone water is safe on stainless steel. Use the two-cloth method with a dry finishing cloth in the grain direction to prevent streaks. Stainless steel is not sensitive to the oxidising action of ozone water.

Q: How do I use ozone water as part of my kitchen routine?

Use ozone water for daily maintenance of the counter, cabinet doors, handles, and appliance surfaces. Combine that with a specific degreaser application for the hob after intensive use and a descaler for the tap when limescale is present.

The kitchen is the most intensively used room in the home and therefore also the room that needs cleaning most regularly. Cleaning the kitchen without conventional cleaning products is not only possible but for daily maintenance of hard surfaces also a mechanically sound choice if the method aligns well with the type of surface and the type of soiling. This article covers the kitchen as a whole: which surfaces are present, which type of soiling occurs most frequently per surface, and which water-based methods best align mechanically with that combination. It is the opening article of the cluster on cleaning in the home without products. The four in-depth articles in this cluster cover other rooms and surfaces: the bathroom, windows, floors, and furniture. This article focuses specifically on the kitchen. The kitchen has three categories of surfaces that each require their own cleaning approach. The first category is cooking-related surfaces: the counter, the hob, and the oven. These are most heavily loaded with grease, food residues, and heat. The second category is storage surfaces: cabinet doors, drawer fronts, and handles. These are touched daily and have light deposits of skin oil and dust. The third category is appliances: refrigerator, microwave, and small devices. These have a combination of light touch marks and occasional food residues. The mechanically most suitable method differs per category. Ozone water works best for the second and third category: daily touch marks on hard, non-porous surfaces without embedded grease. For cooking-related surfaces with burnt material, specific conventional products remain necessary as a supplement to water-based daily maintenance cleaning. The approach for the kitchen differs per surface and per type of soiling. That is the core of this article: not a general recommendation but an overview per situation. Whoever understands the kitchen well as a cleaning environment knows which surfaces need daily maintenance, which occasionally need a more thorough approach, and which situations continue to require a specific conventional product as a supplement. That insight is worth more than any product advice and is directly applicable to one's own kitchen. The first part of that insight is understanding the counter as the most-used surface in the kitchen. The counter combines touch load with cooking-related soiling. Daily, food residues, grease splashes, meat juices, and dust end up on the surface. The frequency of use makes the counter the surface that benefits most from a daily water-based cleaning routine with the right working structure. The second part is kitchen appliances and cabinet surfaces. These have a lower soil profile but are touched daily and therefore also deserve a structural maintenance moment in the cleaning routine. The third part is the hob and oven, which require a different working mechanism for the heavier soil profile that results from intensive cooking. The four specific articles in this cluster on cleaning in the home provide the same detailed analysis per room. This article is the starting point of that cluster: the kitchen as the most intensive cleaning room in the home. Whoever understands the kitchen approach has a transferable framework for the other rooms. The principles are the same: surface type, soil type, correct method, and correct working structure. The concrete elaboration per room differs. Starting with the kitchen makes sense because here the greatest variation in soil profiles is present and therefore the most complete foundation for mechanical insight.

How to clean the kitchen without cleaning products? An overview of water-based methods per surface, situation, and type of soiling in the kitchen.

Cleaning Without Products: How It Works in the Kitchen

The kitchen as a cleaning environment: three categories

The kitchen combines three cleaning categories that each place different mechanical demands on the cleaning method. The first category is cooking-intensive surfaces: counter, hob, and oven. The second category is touch-intensive surfaces: cabinet doors, handles, and switch plates. The third category is appliance surfaces: refrigerator exterior, microwave exterior, and small kitchen tools. Per category, the profile of daily soiling differs and with it the most suitable cleaning method.

The counter represents both the first and second category simultaneously: it is both cooking-intensive and touch-intensive. Ceramic counters are resistant to ozone water but sensitive to strong acids with prolonged use. Stainless steel counters are neutral to ozone water and require a dry wipe to prevent streaks. Composite counters are water-resistant but can be sensitive to strong oxidants with porous surfaces. Ozone water is for daily counter maintenance a suitable method for all three materials when using the two-cloth method.

Touch-intensive surfaces: cabinet doors and handles

Cabinet doors and handles in the kitchen accumulate the most organic surface deposits per day. Every touch deposits a layer of skin oil on the surface. Multiple users, multiple times per day, results in a visible accumulation of light grease deposits that dulls the finish. Ozone water is for that situation mechanically ideal: the oxidative reaction breaks down the thin layer of skin oil and organic film with sufficient contact time and the two-cloth method removes the loosened material.

Lacquered wood is the most common material for cabinet doors in Dutch and European kitchens. The lacquer protects the wood from moist cleaning methods. Ozone water is safe on lacquered wood with brief contact and use of the two-cloth method. Leaving surfaces wet for extended periods is not recommended for any wood surface regardless of the finish. More about the working structure is described on the page about the two-cloth method.

Cooking-intensive surfaces: hob and oven

The hob and the oven are the surfaces in the kitchen for which water-based cleaning yields the least return. During cooking, fats, sugars, and proteins are heated to temperatures at which they chemically transform. Those carbonised compounds are more resistant to oxidative action than fresh organic deposits. A specific degreasing product with emulsifying action at the right concentration and contact time is the most effective method for burnt grease on a hob.

A practical approach for the hob is the combination of daily cleaning after use with warm water and a cloth for still-fresh deposits, and a specific degreaser application for stubborn burnt residues. That combination minimises the use of conventional products while deploying the most effective method for the situation that requires it.

Appliance surfaces: refrigerator, microwave, and small appliances

The exterior of the refrigerator, the microwave, and small kitchen tools such as the coffee machine and toaster are touched daily but less intensively soiled than the counter. They accumulate skin oil, dust, and light food traces. Ozone water is for that situation the most suitable method: oxidative cleaning of fresh organic deposits on hard, non-porous surfaces.

Stainless steel refrigerator doors deserve extra attention in the working structure. Wiping in the grain direction with a dry microfibre cloth after applying ozone water gives a streak-free result. Wiping across the grain or with a cloth that is too damp leaves visible streaks that dull the surface. That simple adjustment in working method is the difference between a streak-free and a streaky result.

Integration into the daily routine

Water-based kitchen cleaning works best when integrated into the daily workflow around cooking and meal preparation. After every meal preparation, the deposits on the counter are still fresh and therefore easiest to remove. A minute of counter maintenance directly after cooking, with ozone water and the two-cloth method, prevents deposits from drying out and hardening. That reduces the total cleaning load during the week. More about available systems is on the ozone water machine page.

Summary: cleaning the kitchen without cleaning products

The kitchen can be divided into three cleaning categories. For touch-intensive surfaces (cabinet doors, handles, appliances), ozone water is the most suitable method for daily maintenance. For the counter, ozone water is suitable for fresh organic deposits when using the two-cloth method. For cooking-intensive surfaces (hob, oven), a specific degreasing product is more effective for burnt grease. The most effective kitchen routine combines all three approaches based on the type of surface and the type of soiling.

Whoever consistently applies that combination limits the use of conventional cleaning products to the situations that truly require it and uses water-based cleaning for all daily maintenance situations for which it is mechanically suitable. That is an effective and well-founded kitchen routine that aligns with the most common cleaning situations in the Dutch and European domestic kitchen.

The framework for the rest of the home

The principles described in this article for the kitchen are transferable to the other rooms in the home. Surface type, soil type, mechanically suitable method, correct working structure. Those four elements apply to every cleaning situation in the home. The in-depth articles in this cluster apply that framework to the bathroom, windows, floors, and furniture. Together they form a complete approach to cleaning in the home without products for the situations where that is mechanically sound.

In-depth articles in this cluster

Cleaning the other rooms in the home without products is covered in the other articles in this cluster. Cleaning the bathroom is at cleaning bathroom without products. Cleaning windows is at cleaning windows without products. Floors are covered at cleaning floors without products. Furniture is at cleaning furniture without chemicals.

More information and contact

For information about available ozone water systems, the ozone water machine page is the most appropriate starting point. More about how ozone water works is on the ozone water information page. For specific questions, contact is available through the contact page.

💬 "In the kitchen I use ozone water for the counter and cabinet doors. That works well. For the hob I keep the special spray alongside." — Miriam, home user

The kitchen as a learning ground for mechanical cleaning

The kitchen is the room in the home that provides the most complete learning ground for mechanical cleaning. Nowhere else are so many different surfaces, so many different soil types, and so many different cleaning situations present in a limited space. Whoever learns to approach the kitchen mechanically has the most transferable knowledge for all other rooms in the home.

That mechanical insight is the core of this article and the cluster as a whole. Not what the product promises, but what the surface requires and what the soil type demands. That is the correct order for selecting a cleaning method. And ozone water fits into that order in the place for which it is mechanically most suitable: daily maintenance of hard, non-porous surfaces with fresh organic deposits.

Ozone water in the kitchen: five concrete situations

By way of illustration: five concrete situations in the kitchen where ozone water is the mechanically most suitable choice. First situation: ceramic counter after cutting fruit or vegetables. Fresh organic deposits, non-porous substrate. Ozone water with 20 to 30 seconds contact time and a dry polishing cloth. Second situation: glass microwave door with food splashes after use. Fresh organic deposits on smooth glass. Ozone water with contact time and two-cloth method. Third situation: lacquered wooden cabinet doors with skin oil deposits after daily use. Ozone water, contact time, dry cloth in the finish direction. Fourth situation: exterior stainless steel refrigerator with fingerprints. Ozone water, dry microfibre in grain direction. Fifth situation: hard plastic handles with daily touch contamination. Ozone water, contact time, dry cloth.

In all five situations the approach is the same: ozone water, sufficient contact time, two-cloth method. The result in all those cases is comparable to a conventional all-purpose cleaner for the same situations with the same working structure.

Those five situations together cover the daily maintenance of most kitchens. Whoever structurally handles them with ozone water limits the use of conventional products to the exception situations. That is the most effective translation of water-based kitchen cleaning into daily practice.

Whoever consistently applies this framework in the daily kitchen routine has the most solid foundation for a cleaning strategy that is both effective and deliberate. The mechanical insight needed for this is fully described in this article and the four in-depth articles of this cluster.

The kitchen is the best place to start. Whoever has built a working routine here based on mechanical insight has the framework to extend that approach to the rest of the home.

Previous cluster: natural cleaning

The previous cluster covered the topic of natural cleaning from various angles. That foundation is available at natural cleaning what people mean.