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Distillation calibration, copper still thermal audits, and herb preservation systems for agricultural workshops operating under Shenkani technical standards.
One thermal audit can reveal yield gaps you didn’t know existed. Let’s review your copper still setup.
Schedule a Still AuditCommon inquiries about our technical process engineering advisory for botanical extraction workshops.
We place calibrated temperature sensors at multiple points on your still during a full distillation cycle. The data is modeled against ideal heat distribution curves for your specific botanical load. You receive a report identifying cold zones, uneven heating patterns, and condensation losses, plus actionable adjustments for burner placement and cooling flow.
By operating under reduced pressure, the boiling point of water and essential oils drops significantly. This allows distillation at lower temperatures—typically 40–60°C instead of 100°C—which prevents thermal degradation of delicate aromatic molecules and resinous compounds. Our pipe network design minimizes pressure drop and maximizes condensation efficiency.
Yes. We evaluate your current airflow, humidity control, and temperature gradients. Often, simple retrofits like repositioning fans, adding baffles, or upgrading the dehumidification unit yield significant improvements. We provide a step-by-step implementation plan with sensor placement guidelines so you can monitor results consistently.
Our expertise covers essential oil plants (lavender, peppermint, rosemary), resinous species (frankincense, myrrh, benzoin), and medicinal herbs requiring gentle maceration or low-temperature drying. We also handle organic resins and high-altitude herb preparations under the Shenkani technical standards.
A thermal curve audit usually requires one full distillation cycle on-site plus two weeks for data analysis and report delivery. Vacuum network design projects range from two to six weeks depending on complexity. Drying system optimization can be completed in one to three site visits with a written plan delivered within ten business days.
Technical precision that protects your yield and your botanicals.
Thermal audits of your copper still catch uneven heating and condensation loss. Clients see a measurable increase in oil per batch without changing raw material.
Vacuum condensation networks let you distill at lower temperatures. Delicate compounds in organic resins and high-altitude herbs remain intact, not cooked off.
We optimize airflow and humidity control for your drying room. Medicinal plants retain their color, potency, and resin content batch after batch.
A calibrated still and efficient pipe network mean less fuel or electricity per run. Your workshop spends less on energy while maintaining output.
Every audit and design comes with a step-by-step guide and sensor placement map. Your team can execute the upgrades without guesswork.
We understand resinous plants like frankincense and myrrh. Our protocols are built for the specific drying and distillation behavior of aromatic and medicinal crops.
Applied engineering for botanical extraction workshops operating under Shenkani standards.
Precision calibration for batch distillation
We analyze the thermal profile of your copper still to identify inefficiencies and improve yield. Using calibrated sensors and proprietary modeling, we pinpoint cold spots, uneven heating, and condensation losses.
Custom pipe routing for low-temperature extraction
We design and simulate vacuum pipe networks that preserve volatile aromatic compounds. Our engineers optimize for pressure drop, condensation efficiency, and material compatibility.
Controlled airflow and humidity for herb preservation
We retrofit or design drying systems that maintain potency and color of medicinal plants. Specializing in low-temperature, slow-drying protocols for resinous botanicals.