Differences Between Traditional Rose Water and Non-De-Oiled Rose Distillate

Traditional rose water and non-de-oiled rose distillate may both be obtained from fresh Rosa damascena flowers. They may even begin their journey in the same rose fields. However, this does not mean they are produced in exactly the same way or designed for the same purpose.

The essential difference lies in the objective of the distillation process.

In traditional rose oil production, the principal objective is to extract and collect rose essential oil. The aromatic water remaining after the oil has been separated is commonly known as traditional rose water.

In non-de-oiled rose distillate production, the distillate itself is designed to be the principal product. The naturally occurring rose oil is not separated and collected as another product.

Neither product should automatically be described as false, inferior or without value. They represent two different production approaches, each shaped by its intended outcome.

They Both Begin with Rosa Damascena

The production of both traditional rose water and non-de-oiled rose distillate can begin with freshly harvested Rosa damascena flowers.

This botanical species, also known as the Damask rose or the Isparta oil-bearing rose—is valued for its complex natural aromatic profile. Its flowers contain numerous volatile and distillable compounds that can travel with steam during distillation.

The final product is influenced by several factors:

• The botanical identity of the rose
• The region in which it is cultivated
• Climate, altitude and soil conditions
• Harvest time
• Flower freshness
• Transportation and handling
• Rose-to-water ratio
• Distillation duration
• Pressure and temperature control
• Condensation conditions
• Whether the naturally occurring rose oil is separated

The production method therefore matters just as much as the botanical source.

What Happens During Rose Distillation?

Fresh Rosa damascena flowers and water are placed in a distillation system. As the mixture is heated, steam carries volatile and distillable compounds from the flowers.

The vapour then enters a condenser, where it cools and returns to liquid form.

The condensed liquid contains:

• An aromatic water phase
• Water-compatible volatile compounds
• Naturally occurring oil-associated aromatic compounds
• A small quantity of rose oil generated during distillation

What happens to this naturally occurring oil is one of the main differences between the two production approaches.

What Is Traditional Rose Water?

Traditional rose water is closely connected to the production of rose essential oil.

In this production model, the distillation process is primarily designed to obtain rose oil. Once the vapour has condensed, the naturally occurring oil phase is separated and collected as the principal product.

The aromatic aqueous phase remaining after this separation is commonly called rose water.

In traditional production:

• Rose oil is the principal target of distillation.
• The production process is optimized primarily for oil recovery.
• The naturally occurring oil phase is separated.
• The remaining aromatic water becomes traditional rose water.
• Rose oil and rose water are obtained as two different products.

Traditional rose water is a genuine and historically established botanical product. Its identity reflects a production system in which rose oil is given priority.

What Is Non-De-Oiled Rose Distillate?

Non-de-oiled rose distillate is produced according to a different objective.

In this approach, the rose distillate, not the separately collected rose oil—is treated as the principal product. The production process is designed so that the naturally occurring rose oil is not removed from the distillate.

This involves more than simply choosing not to separate the oil after distillation.

The entire process, including the use of a controlled single distillation, duration, pressure and other operating conditions—is designed according to the intended final product.

In non-de-oiled production:

• Rose distillate is the principal product.
• The naturally occurring rose oil is not collected separately.
• The process is designed to preserve the distillate as a unified botanical product.
• Oil-associated and water-associated distillable constituents remain within the resulting distillate.
• Only one principal botanical distillation product is prepared for bottling.

The distinction therefore develops during the design and control of the distillation process—not merely after distillation has been completed.

Is the Rose Oil Floating on Top of the Distillate?

No. Non-de-oiled rose distillate should not be imagined as rose water with a visible layer of essential oil floating on its surface.

It is also not ordinary water to which rose essential oil has been added afterward.

Rose essential oil does not readily mix with water. Adding essential oil directly to water would generally require a separate formulation or solubilization method.

A genuine non-de-oiled rose distillate is formed through a controlled distillation process. Its natural composition develops as vapour is produced, transported, condensed and collected under the chosen production conditions.

The oil-associated constituents are therefore preserved within the natural structure of the distillate rather than added as a separate ingredient after production.

The Main Differences at a Glance

The Difference Begins During Distillation

A common oversimplification is that the only difference appears after distillation, when a producer decides whether to remove the oil.

In reality, the intended product affects the design of the entire process.

A production method developed for collecting the maximum amount of rose oil may use different operating priorities from a method developed to preserve the rose distillate as the principal product.

Important variables can include:

• Distillation duration
• Operating pressure
• Heating conditions
• Rose-to-water ratio
• Vapour flow
• Condensation conditions
• Collection stages
• Whether a second distillation is used
• The desired balance of compounds in the final distillate

For this reason, non-de-oiled rose distillate is not simply “traditional rose water with the oil left in.” It represents a production approach designed around a different final objective.

Rose Academy Note: Two products may begin with the same rose but develop different compositions because the distillation systems are designed to achieve different results.

Water-Compatible and Oil-Associated Compounds

Rosa damascena contains numerous aromatic compounds, but they do not all behave identically during distillation.

Some compounds are more compatible with the aqueous phase. Others are more strongly associated with the oil phase. Distillation conditions and oil separation can therefore influence which compounds remain in the final product and in what relative proportions.

When rose oil is separated, part of the oil-associated aromatic fraction is collected as a distinct product.

When it is not separated, the process is intended to preserve a broader combination of water-associated and oil-associated distillable constituents within the rose distillate.

This does not mean that the entire chemical composition of a fresh rose passes into either product. Distillation is selective. Many non-volatile components remain in the plant material and do not enter the condensed liquid.

A scientifically accurate description is that a rose distillate contains the distillable constituents transferred from Rosa damascena under the selected production conditions.

Can Their Aromas Be Different?

Yes. Traditional rose water and non-de-oiled rose distillate can have different aromatic profiles.

The aroma of a natural rose product depends on:

• The growing season
• Flower freshness
• Natural variation among rose lots
• Distillation duration and pressure
• The balance of aromatic compounds
• Whether rose oil is separated
• Naturally occurring alcohols and acids
• Storage and packaging conditions

A non-de-oiled rose distillate may present floral notes together with green, botanical, herbaceous or mildly acidic nuances.

It should not necessarily smell like a commercial rose perfume. Perfumes are deliberately formulated to create a familiar and aesthetically balanced fragrance. A natural distillate reflects the compounds transferred during botanical distillation.

A strong perfume-like scent is therefore not proof of authenticity, and a complex botanical aroma is not automatically an indication of poor quality.

The Natural Character of Akita Rose Distillate

Laboratory analysis of Akita Non-De-Oiled Rose Water has identified compounds including:

• Phenethyl alcohol
• β-Citronellol
• Acetic acid
• Benzyl alcohol
• α-Linalool

Phenethyl alcohol contributes to the characteristic soft, rose-like aroma. β-Citronellol is associated with the floral profile of Rosa damascena. Naturally occurring acetic acid can contribute a sharper or mildly vinegar-like note.

The aroma of the complete distillate results from the interaction of these and other naturally occurring compounds.

This is why the sensory character of a genuine botanical distillate may be more complex than the scent consumers commonly associate with rose fragrance.

Akita’s Non-De-Oiled Production Approach

In 2003, Burhan Kılıç developed Akita’s approach to producing rose distillate as the principal product of distillation.

Rather than producing rose oil first and treating the remaining aromatic water as a secondary product, the process was designed around the value of the distillate itself.

Akita Non-De-Oiled Rose Water is produced through a controlled single-distillation process. Duration, pressure and other production conditions are managed so that the naturally occurring rose oil is not separated and collected as another product.

The cosmetic ingredient name used for the resulting product is:

Rosa Damascena Flower Distillate

It may also be described as:

• Non-De-Oiled Rose Water
• Rose Distillate
• Rosa damascena Flower Distillate

This terminology distinguishes the product from rose-scented water, water mixed with rose oil and the aromatic aqueous phase obtained after rose oil separation.

Is Non-De-Oiled Rose Distillate Better Than Traditional Rose Water?

The most objective answer is that they are different products created for different purposes.

Traditional rose water belongs to a long-established production system centred on obtaining valuable rose essential oil. Non-de-oiled rose distillate is produced through a system in which the distillate itself is the principal product.

Instead of asking which product is universally “better,” more useful questions include:

• Which botanical species was used?
• Was the product directly distilled?
• Was it produced as the principal product?
• Was the naturally occurring rose oil separated?
• Were fragrance or other ingredients added later?
• Is the full ingredient list clearly declared?
• Is the product supported by laboratory analysis?
• Is the production method transparently explained?

The answer depends on what the consumer expects from the product and how it is intended to be used.

Correcting Common Misconceptions

“Traditional rose water is fake.”

Incorrect. Traditional rose water can be a genuine distillation product. It is generally the aromatic aqueous phase obtained in a production system designed primarily to collect rose oil.

“Non-de-oiled rose water is ordinary rose water with rose oil added.”

Incorrect. A genuine non-de-oiled rose distillate is created through a specifically controlled distillation process. Rose oil is not added afterward.

“The oil should be visible on top of the bottle.”

Incorrect. Non-de-oiled production does not necessarily create a visible floating oil layer. The distillate should be understood as a unified product formed under controlled conditions.

“A stronger rose fragrance always indicates better quality.”

Incorrect. Fragrance intensity alone cannot establish authenticity or quality. Added fragrance can also create a powerful rose scent.

“Every substance found in the rose passes into rose water.”

Incorrect. Distillation transfers only volatile and otherwise distillable constituents under the selected production conditions.

Did You Know?

• Traditional rose water and non-de-oiled rose distillate can both begin with authentic Rosa damascena flowers.
• Their primary difference is the purpose and design of the production process.
• In traditional rose oil production, the oil is collected separately.
• In non-de-oiled production, the distillate itself is treated as the principal product.
• Oil separation can influence the chemical and aromatic profile of the remaining water phase.
• A natural rose distillate does not need to smell like commercial rose perfume.
• The ingredient name Rosa Damascena Flower Distillate indicates that the ingredient is derived through distillation.
• Laboratory analysis is more informative than aroma alone when evaluating composition.

Chapter Summary

• Both products may originate from Rosa damascena flowers.
• Traditional rose water is commonly obtained during a process designed primarily to produce rose oil.
• The naturally occurring oil phase is separated from traditional rose water.
• Non-de-oiled rose distillate is produced with the distillate itself as the principal product.
• Its naturally occurring rose oil is not collected separately.
• The distinction begins with the design of the distillation process.
• Non-de-oiled rose distillate is not created by adding rose oil to water afterward.
• Natural aroma can include floral, botanical and mildly acidic notes.
• Neither production approach should automatically be described as false or without value.
• Transparent manufacturing information and laboratory analysis provide the most reliable basis for comparison.

Frequently Asked Questions

1. What is the principal difference between traditional rose water and non-de-oiled rose distillate?

Traditional rose water is generally obtained during a process designed primarily to produce rose oil. In non-de-oiled production, the rose distillate itself is designed to be the principal product and the naturally occurring oil is not separated.

2. Are both products made from real roses?

They can both be produced from genuine Rosa damascena flowers. Consumers should nevertheless verify the botanical species, ingredient list and production method.

3. Is traditional rose water a by-product?

It can be described as the aromatic aqueous product remaining after rose oil separation. “Secondary product” is often a more neutral description than “waste” because traditional rose water has its own established uses and value.

4. What does “non-de-oiled” mean?

It means that the naturally occurring rose oil has not been removed and collected separately from the rose distillate.

5. Is rose oil added to non-de-oiled rose water?

No. In a genuine non-de-oiled distillate, the oil-associated constituents are preserved through the production process rather than added afterward.

6. Does non-de-oiled rose distillate have visible oil on its surface?

Not necessarily. It should not be imagined as a bottle of water with a separate oil layer floating on top.

7. Are the two products distilled in exactly the same way?

Not necessarily. Distillation duration, pressure, collection stages and other process conditions may differ according to whether the intended principal product is rose oil or rose distillate.

8. Is non-de-oiled rose distillate the same as a hydrosol?

“Hydrosol” is a broad term for an aromatic aqueous product of plant distillation. It does not always reveal whether the oil phase was separated. The manufacturing description is therefore important.

9. Why can non-de-oiled rose distillate have a mildly acidic aroma?

Natural compounds such as acetic acid may contribute a slightly sharp or vinegar-like note alongside the floral compounds naturally present in the distillate.

10. Does a perfume-like rose scent prove that a product is natural?

No. A strong rose scent may result from natural aromatic compounds, added fragrance or another formulation method. Aroma alone cannot confirm authenticity.

11. Is non-de-oiled rose distillate superior to traditional rose water?

They are produced for different purposes. Their suitability should be evaluated according to the production method, composition, transparency and intended use rather than through a universal ranking.

12. What is the INCI name of Akita Non-De-Oiled Rose Water?

The ingredient is declared as Rosa Damascena Flower Distillate.

13. When was Akita’s production approach developed?

Akita’s non-de-oiled rose distillate production approach was developed by Burhan Kılıç in 2003.

14. Can rose water be made simply by mixing rose oil with water?

That would be a formulated mixture rather than a directly produced rose distillate. Essential oil and water do not naturally remain evenly mixed without an appropriate formulation system.

15. How can consumers compare rose water products?

They should examine the complete ingredient list, rose species, distillation method, oil-separation status, added ingredients, geographical origin and available laboratory evidence.