How Is Rose Water Produced?

From Fresh Rosa Damascena Flowers to Rose Distillate: Understanding Harvesting, Distillation and the Different Production Methods

Rose water may appear to be a simple botanical product, but its quality and natural composition are shaped by many interconnected factors: the rose species, where it is grown, when the flowers are harvested, how quickly they are processed and, most importantly, how the distillation process is designed.

Not every product called “rose water” is produced for the same purpose. In traditional rose oil production, rose oil is the principal product and the aromatic water remaining after oil separation is commonly known as rose water. In another approach, the distillate itself is designed to be the primary product and the naturally occurring rose oil is not separated from it.

Understanding this distinction helps explain why rose waters can differ in aroma, composition and botanical character.

The Journey Begins with Rosa Damascena

High-quality rose water begins with the correct botanical species.

The rose traditionally cultivated for rose oil and rose distillate production in Isparta, Türkiye, is Rosa damascena. It is also known as the Damask rose or Isparta oil-bearing rose.

Rosa damascena is especially valued for its naturally occurring volatile and aromatic compounds. However, the final quality of a rose distillate does not depend on the rose species alone.

It is also influenced by:

The geographical growing region
Climate and altitude
Soil conditions
Harvest timing
Flower freshness
Transportation and storage conditions
Distillation duration
Pressure and process control
Whether the rose oil is separated from the distillate

Distillation cannot recreate compounds that have already been lost through late harvesting, excessive heat or delayed processing. For this reason, production quality begins in the rose field rather than at the distillation facility.

Step 1: Harvesting the Roses Early in the Morning

Rosa damascena flowers are traditionally harvested during the early morning hours, when the air is still cool and the flowers retain more of their delicate volatile components.

As the temperature rises, some aromatic compounds can evaporate more rapidly. The freshness and aromatic character of the flowers may therefore change throughout the day.

For this reason, the roses are generally:

Collected early in the morning
Hand-picked with care
Protected from excessive heat and compression
Transported to the production facility as quickly as possible
Distilled while they are still fresh

The time between harvesting and distillation is an important quality factor. Fresh flowers help preserve the botanical character that the distillation process is intended to capture.

Rose Academy Note: Distillation quality begins before the roses enter the still. Harvesting time, freshness and careful handling directly influence the final distillate.

Step 2: Placing Fresh Roses and Water in the Distillation System

At the distillation facility, fresh Rosa damascena flowers are placed into a distillation vessel together with water.

The quantity of roses, amount of water, capacity of the vessel and operating conditions must be carefully controlled. These parameters affect both the efficiency of distillation and the composition of the resulting liquid.

The purpose is not simply to create rose-scented water. The process must allow the distillable components of the flower to be carried into the condensed liquid under controlled conditions.

The exact rose-to-water ratio, operating pressure, temperature profile and distillation time may vary according to the production method. These values may also form part of a producer’s technical knowledge and proprietary process.

Step 3: Heat and Steam Carry the Rose’s Volatile Components

As the mixture is heated, steam passes through the rose material.

This steam carries distillable volatile and aromatic compounds from the flowers. These compounds do not all behave in exactly the same way. Some interact more readily with the water phase, while others have a greater affinity for the oil phase.

The vapour generated during distillation therefore contains:

Water vapour
Volatile aromatic compounds
Naturally occurring components associated with rose oil
Other distillable constituents of Rosa damascena

Distillation is a selective process. It does not transfer every compound found in the fresh flower into the final product. Non-volatile plant components largely remain behind in the distillation vessel.

Step 4: The Vapour Is Cooled and Condensed

The vapour travels from the distillation vessel into a cooling system known as a condenser.

As the vapour cools, it returns to liquid form. The resulting liquid is a botanical distillate containing water and the distillable aromatic components carried from the rose flowers.

At this point, the production objective becomes especially important.

Is the process designed primarily to obtain rose oil, or is it designed to preserve the rose distillate as the principal product?

The answer determines what happens next.

Two Different Production Objectives

1. Traditional Rose Oil Production

In traditional rose oil production, the principal objective is to obtain the valuable essential oil of Rosa damascena.

Following distillation, the naturally occurring oil phase is separated and collected as rose oil. The aromatic water remaining after this separation has historically been known and used as rose water.

In this model:

Rose oil is the principal product.
The oil phase is separated from the condensed liquid.
The remaining aromatic aqueous phase is used as rose water.
The process is optimized primarily for rose oil production.

This does not mean that traditional rose water is false or without value. It is an established botanical product created through a production system with a particular objective: separating and collecting rose oil.

2. Non-De-Oiled Rose Water Production

A different approach is possible when the distillate itself is designed to be the principal product.

In this method, the naturally occurring rose oil is not separated from the rose distillate. Instead, the production conditions are designed from the beginning to preserve the distillate as a unified botanical product.

This requires more than simply deciding not to remove the oil after distillation. Distillation duration, pressure, process conditions and the use of a single controlled distillation must be planned according to the desired final product.

In this model:

The rose distillate is the primary product.
The naturally occurring rose oil is not collected as a separate product.
The process is designed to retain oil-associated and water-associated distillable constituents within the same distillate.
Only one principal botanical distillation product is prepared for bottling.

The distinction therefore begins during the design and control of the distillation process—not merely after distillation has finished.

What Is Akita Non-De-Oiled Rose Water?

In 2003, Burhan Kılıç developed Akita’s production approach in which the rose distillate is treated as the principal product rather than as the remaining water from rose oil production.

Akita Non-De-Oiled Rose Water is produced from Rosa damascena flowers through a controlled single-distillation process. The production duration and pressure are managed so that the naturally occurring rose oil is not separated from the resulting distillate.

The product is identified by the cosmetic ingredient name:

Rosa Damascena Flower Distillate

It may also be described as:

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

The rose oil should not be imagined as a visible layer floating on top of the bottled product. It is preserved within the natural structure of the distillate produced through the controlled process.

Rose Water and Rose Distillate: Are They the Same?

The terms are often used interchangeably, but they do not always communicate the same level of production detail.

“Rose water” is a broad, commonly used name. Depending on the product, it may refer to:

A genuine product of rose distillation
The aromatic water remaining after rose oil separation
A non-de-oiled rose distillate
Water combined with rose-derived ingredients
Fragranced water that may not be produced through direct rose distillation

“Rose distillate” more specifically indicates that the product has been obtained through distillation.

However, even the word “distillate” does not automatically reveal whether the naturally occurring rose oil was separated. The producer’s manufacturing description and complete ingredient list must also be considered.

Does Distillation Transfer Everything in the Rose?

No. Distillation is selective.

Fresh Rosa damascena flowers contain many different substances, but only compounds capable of travelling under the chosen distillation conditions become part of the condensed distillate.

The final composition depends on:

The natural composition of the flowers
Freshness at the time of processing
Rose-to-water ratio
Distillation equipment
Temperature and pressure
Duration of the process
Condensation conditions
Whether the oil phase is separated
Storage and packaging conditions

Therefore, a rose distillate should not be described as containing every substance present in the fresh flower. A more scientifically accurate description is that it contains distillable compounds carried from Rosa damascena during the controlled process.

What Can Be Found in a Rose Distillate?

The chemical profile of a genuine botanical distillate should be evaluated through laboratory analysis rather than aroma alone.

GC–MS analysis of Akita Non-De-Oiled Rose Water has identified compounds including:

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

Each compound contributes differently to the overall aromatic and chemical character of the distillate.

For example, phenethyl alcohol is associated with a soft rose-like aroma, while citronellol contributes to the characteristic floral profile of Rosa damascena. Naturally occurring acetic acid may contribute a sharper or slightly vinegar-like note.

A genuine botanical distillate does not necessarily smell like a conventional rose perfume. Natural aroma is shaped by the complete composition of the distillate rather than by fragrance expectations alone.

Why Can Natural Rose Water Smell Different from Rose Perfume?

Rose perfume is usually designed to present an immediately recognizable and aesthetically balanced fragrance. A natural rose distillate is not constructed in the same way.

Its aroma can be influenced by:

The harvest season
The natural variation between flower lots
Distillation conditions
The presence or absence of separated rose oil
The relative proportions of aromatic compounds
Naturally occurring acids and alcohols

For this reason, a natural rose distillate may have floral, green, fresh, herbaceous or mildly acidic notes.

A powerful perfume-like smell is not, by itself, proof of authenticity. Likewise, a less conventional botanical aroma does not automatically indicate a quality problem.

Correcting a Common Misconception: Genuine rose water does not have to smell exactly like rose perfume. Perfume is formulated for fragrance performance; a distillate reflects the natural compounds transferred during distillation.

Is Rose Water Simply Water Mixed with Rose Oil?

No. Directly distilled rose water is not produced merely by adding rose essential oil to ordinary water.

Rose oil and water do not naturally mix easily. A product made by adding essential oil to water generally requires a solubilizing system or another formulation method to distribute the oil safely and consistently.

A genuine rose distillate, by contrast, is formed through the evaporation and condensation stages of distillation. Its composition develops during the production process itself.

The distinction between a distilled product and a formulated mixture is important when evaluating labels and product descriptions.

How Can Consumers Understand the Production Method?

The ingredient list is a useful starting point.

For a single-ingredient Rosa damascena distillate, the ingredient declaration may read:

Rosa Damascena Flower Distillate

Consumers can also ask the producer:

Which rose species is used?
Is the product obtained through distillation?
Is it produced as the main product or as part of rose oil production?
Is the naturally occurring rose oil separated?
Are fragrance, water or other ingredients added afterward?
Is the product supported by laboratory analysis?
Where are the roses grown?
How are the flowers harvested and processed?

Transparency about production is more informative than relying solely on expressions such as “pure,” “natural” or “premium.”

Did You Know?

Rosa damascena flowers are commonly harvested early in the morning to limit the loss of delicate volatile compounds.
Distillation transfers only selected distillable constituents from the flower.
Traditional rose water and non-de-oiled rose distillate can both originate from genuine Rosa damascena flowers.
The main difference lies in the purpose and design of the production process.
A natural rose distillate may smell more complex than a rose fragrance.
The INCI name Rosa Damascena Flower Distillate describes a distillation-derived cosmetic ingredient.
Laboratory analysis provides more reliable information about composition than aroma alone.

Chapter Summary

Rose water production begins with fresh Rosa damascena flowers.
Harvest timing and rapid processing help protect delicate aromatic components.
Roses and water are placed in a controlled distillation system.
Steam carries volatile and distillable compounds from the flowers.
The vapour is cooled and condensed into a liquid distillate.
In traditional rose oil production, the oil phase is separated.
In non-de-oiled production, the distillate is designed as the principal product and the naturally occurring rose oil is not separated.
Akita’s method was developed by Burhan Kılıç in 2003.
Akita uses a controlled single-distillation approach with managed duration and pressure.
Production method, analytical evidence and ingredient transparency are essential when comparing rose water products.

Frequently Asked Questions

1. What is rose water made from?

Genuine distilled rose water is produced using rose flowers and water. Rosa damascena is among the most highly valued species for this purpose.

2. Is all rose water produced in the same way?

No. Production methods vary. Some rose water is obtained during rose oil production, while some distillates are produced as the principal product without separating the naturally occurring oil.

3. What is the difference between rose water and rose distillate?

“Rose water” is a broad common name. “Rose distillate” more specifically indicates a product formed through distillation, although additional information is needed to determine whether the oil was separated.

4. What does non-de-oiled rose water mean?

It means that the naturally occurring rose oil has not been removed from the rose distillate as a separate product.

5. Is non-de-oiled rose water made by adding rose oil afterward?

No. In a genuine non-de-oiled distillate, the production process is designed to preserve the naturally occurring oil-associated constituents within the distillate rather than adding essential oil later.

6. Why are roses harvested early in the morning?

Cooler morning conditions can help reduce the loss of delicate volatile compounds before the flowers are distilled.

7. Why must fresh roses be processed quickly?

Heat, compression and prolonged storage may alter the aromatic quality of the flowers and reduce the amount of volatile material available for distillation.

8. Does rose water contain every beneficial compound found in the rose?

No. Distillation selectively transfers volatile and distillable compounds. Many non-volatile substances remain in the plant material.

9. Why does natural rose water sometimes have a mildly acidic aroma?

A natural distillate may contain naturally occurring compounds such as acetic acid alongside floral aromatic compounds. This can create a more complex aroma than a conventional rose perfume.

10. Does a stronger rose scent mean better quality?

Not necessarily. A strong scent may come from natural aromatic compounds, added fragrance or other formulation choices. Quality should be evaluated through the production method, ingredient declaration, traceability and analytical evidence.

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

No. They are products created according to different production objectives. Traditional rose water is commonly associated with rose oil production, while non-de-oiled rose water is produced with the distillate itself as the primary product.

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

Its ingredient name is Rosa Damascena Flower Distillate.

13. When was Akita’s non-de-oiled production approach developed?

The Akita production approach was developed by Burhan Kılıç in 2003.

14. How can I identify a genuine single-ingredient rose distillate?

Read the full ingredient list and investigate how the product is manufactured. For a single-ingredient product, the label may state Rosa Damascena Flower Distillate, but production transparency and laboratory analysis provide additional assurance.

15. Is rose water the waste remaining after rose oil production?

It should not automatically be described as waste. In traditional rose oil production it may be the aromatic aqueous phase remaining after oil separation. In the Akita approach, however, the rose distillate is deliberately designed and produced as the principal product.