Supercritical fluid extraction (SFE) is a cutting-edge technique in the chemical industry that uses supercritical fluids as solvents to extract specific compounds from raw materials. Under high pressure and precise temperature conditions, the supercritical fluid interacts with the solute, enabling efficient separation. This technology has advanced rapidly worldwide and is now employed on an industrial scale for applications such as extracting essential oils, pharmaceutical compounds, natural flavors, and bioactive substances from plants and other materials.
Why Choose Us?
We offer a diverse range of over 100 supercritical fluid extraction (SFE) systems tailored to meet various industrial needs. Backed by aerospace-grade standards and military-level quality assurance, our systems deliver unparalleled performance. Supported by the National Engineering Centre's cutting-edge R&D, our proprietary technology ensures that core components are manufactured in-house with exclusive patents. Our high-precision automatic control systems enhance efficiency while reducing power consumption by up to 33% and cutting investment costs by up to 67% for the same capacity. Additionally, we provide comprehensive services, including training, process development, and optimization, to ensure optimal results.
Advantages
1.High-Efficiency Extraction
Our supercritical fluid extraction equipment utilizes the unique properties of fluids in their supercritical state. In this state, the fluid's solubility can be precisely adjusted by varying pressure and temperature, enabling effective solute separation. This high-efficiency technology allows the equipment to extract large quantities of material in a short time, significantly boosting productivity.
2.Fast Processing
The extraction process is quick, typically completing within 2 to 4 hours, depending on batch size and specific settings. This speed helps meet production demands and minimizes downtime.
3.Low Energy Consumption
Our equipment features energy recovery mechanisms, such as heat exchangers, which capture and reuse heat from the extraction process. This recovered energy preheats incoming solvents or other components, further reducing energy consumption. Compared to traditional extraction systems, our technology uses 30% less energy, translating to significant cost savings for the same extraction capacity.
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