Extraction Science
Unlocking nature's essence with Arometh's precision methods.
The Science Behind Essential Oil Extraction: From Plant to Bottle
Steam Distillation is ideal for flowers and herbs, ensuring the oils retain their therapeutic properties. This process involves passing steam through plant material, which releases the aromatic compounds into the vapor. The vapor is then cooled and condensed back into liquid form, separating the essential oil from the water.
Cold Pressing is used for citrus fruits, preserving their vibrant aroma and natural nutrients. This method involves mechanically squeezing the oil from the rind of citrus fruits without heat, which helps maintain the delicate flavor and aroma compounds.
Solvent Extraction is perfect for delicate botanicals like jasmine and rose, producing fine fragrances. This process involves using a solvent to dissolve the plant's aromatic compounds, which are then separated from the solvent through evaporation or distillation.
Each method is carefully chosen based on the plant type to ensure maximum yield, purity, and potency in every drop.
Dive into the heart of Arometh's craft - our meticulous essential oil extraction processes. From the age-old tradition of steam distillation to innovative techniques like CO2 extraction, we explore the best methods to capture the purest scents and therapeutic benefits from plants.
Extraction Science
Unlocking nature's essence with Arometh's precision methods.
The Science Behind Essential Oil Extraction: From Plant to Bottle
Steam Distillation is ideal for flowers and herbs, ensuring the oils retain their therapeutic properties. This process involves passing steam through plant material, which releases the aromatic compounds into the vapor. The vapor is then cooled and condensed back into liquid form, separating the essential oil from the water.
Cold Pressing is used for citrus fruits, preserving their vibrant aroma and natural nutrients. This method involves mechanically squeezing the oil from the rind of citrus fruits without heat, which helps maintain the delicate flavor and aroma compounds.
Solvent Extraction is perfect for delicate botanicals like jasmine and rose, producing fine fragrances. This process involves using a solvent to dissolve the plant's aromatic compounds, which are then separated from the solvent through evaporation or distillation.
Each method is carefully chosen based on the plant type to ensure maximum yield, purity, and potency in every drop.
Dive into the heart of Arometh's craft - our meticulous essential oil extraction processes. From the age-old tradition of steam distillation to innovative techniques like CO2 extraction, we explore the best methods to capture the purest scents and therapeutic benefits from plants.
Extraction Science
Unlocking nature's essence with Arometh's precision methods.
The Science Behind Essential Oil Extraction: From Plant to Bottle
Steam Distillation is ideal for flowers and herbs, ensuring the oils retain their therapeutic properties. This process involves passing steam through plant material, which releases the aromatic compounds into the vapor. The vapor is then cooled and condensed back into liquid form, separating the essential oil from the water.
Cold Pressing is used for citrus fruits, preserving their vibrant aroma and natural nutrients. This method involves mechanically squeezing the oil from the rind of citrus fruits without heat, which helps maintain the delicate flavor and aroma compounds.
Solvent Extraction is perfect for delicate botanicals like jasmine and rose, producing fine fragrances. This process involves using a solvent to dissolve the plant's aromatic compounds, which are then separated from the solvent through evaporation or distillation.
Each method is carefully chosen based on the plant type to ensure maximum yield, purity, and potency in every drop.
Dive into the heart of Arometh's craft - our meticulous essential oil extraction processes. From the age-old tradition of steam distillation to innovative techniques like CO2 extraction, we explore the best methods to capture the purest scents and therapeutic benefits from plants.