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A Drop of Oil, a World of Data: RY-JYTQ Series Makes Small-Batch Essential Oil Distillation Smarter

Time: 2026-03-24

Essential oil extraction is deceptively simple. Put plant material in a vessel, pass steam through it, condense the vapor, separate the oil from the water. Generations of distillers have done it this way, and it works — until you need to know why it worked, and whether it will work again at the next scale.

Traditional bench-scale stills give you oil. The RY-JYTQ Series gives you oil and the process data to reproduce that yield at any scale — whether you're a natural product chemist characterizing a new botanical, or a flavor house developing the next commercial ingredient.

More Than a Still

A typical laboratory steam distillation setup is a Clevenger apparatus or a glass hydro-distillation unit. It produces enough oil for GC-MS analysis, but it tells you nothing about:

  • The distillation rate curve — when do the top notes emerge vs. the base notes?
  • The energy input per gram of oil — what's the actual steam-to-oil ratio?
  • The temperature profile across the plant bed — is your material packing causing channeling?

The RY-JYTQ Series answers all three, because every sensor on this unit is recording, not just displaying.

What Makes the RY-JYTQ Series Different

Built-In Data Acquisition

The standard configuration includes temperature probes at three points (steam inlet, material bed midpoint, vapor outlet), a pressure transmitter in the distillation vessel, and a condensate flow meter on the cooling water circuit. All readings are logged to the touchscreen controller and exportable. You don't just know your yield — you know the distillation kinetics that produced it.

Material Flexibility

One vessel. Three operating modes:

Mode Method Typical Feedstock
Steam distillation Steam injected through the material bed Lavender, rosemary, eucalyptus, tea tree
Hydro-distillation Material boiled in water Rose petals, chamomile, orange blossom (delicate flowers)
Water-and-steam distillation Steam passed over water-immersed material Clove buds, cinnamon bark, nutmeg (dense botanicals)

Switching modes requires no hardware changes — just a valve configuration and a touchscreen setting.

Vacuum Option for Heat-Sensitive Oils

For botanicals where the characteristic aroma compounds degrade above 70°C (citrus peels, certain floral absolutes), the RY-JYTQ Series can operate under vacuum-assisted steam distillation, lowering the boiling point and preserving the full volatile profile. The optional vacuum pump integrates with the system controller — set your target pressure and the system manages the rest.


Model Range

Model Still Volume Material Capacity Oil Yield Range Best For
RY-JYTQ-10 10 L 1–3 kg 0.5–50 mL Method development, small-batch screening
RY-JYTQ-20 20 L 3–6 kg 2–100 mL Formulation validation, sensory panel samples
RY-JYTQ-50 50 L 10–20 kg 10–500 mL Pilot production, stability studies
RY-JYTQ-100 100 L 20–40 kg 20–1000 mL Pilot-scale production, contract manufacturing samples

All models use 304 stainless steel vessels with sight glasses for bed-level observation, silicone-gasketed manways, and a Florentine-type oil separator with graduated collection for precise yield tracking during the run.


Who Uses It

User Application
University natural product labs Botanical characterization, chemotype screening, publication-quality yield data
Flavor & fragrance R&D Sourcing validation — same cultivar, different origin: does the oil profile change?
Cosmetic ingredient developers Small-batch production for formulation trials and stability testing
Contract manufacturers Feasibility runs before committing to a production-scale still
Herbal supplement companies In-house quality control — benchmark incoming raw material before bulk processing

The Data Advantage

At the end of every run, the RY-JYTQ Series produces two things: a graduated cylinder of essential oil, and a distillation curve — oil volume vs. time, temperature at each probe point vs. time, steam consumption vs. yield. That curve is your scale-up specification. It tells your production team:

  • The optimal distillation endpoint (when the curve flattens, stop — don't waste steam)
  • The energy budget per kilogram of oil (feed your cost model directly)
  • The critical temperature window for preserving fragile top-note compounds

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