The CO2 supercritical extraction machine incorporates advanced components, including the high-pressure heat exchanger, to ensure energy efficiency and optimal performance in the extraction process.
The heat exchanger plays a critical role in maintaining the temperature and pressure balance within the extraction system. It transfers heat effectively, ensuring that the CO2 remains in its supercritical state during the process.
Energy Efficiency: Reduces energy consumption by effectively recycling heat within the system.
Precision Control: Maintains consistent temperature levels for optimal extraction conditions.
Durability: Designed to withstand high pressure and temperature variations.
The high-pressure heat exchanger is integral to producing high-quality extracts in industries such as:
**Aromatherapy Oils**: Ensures the preservation of delicate aromatic compounds.
**Nutritional Supplements**: Supports the extraction of bioactive compounds from plants like turmeric and flaxseed.
A 200L CO2 supercritical extraction machine equipped with a high-pressure heat exchanger processed 30kg of turmeric:
Output: 4 liters of high-purity turmeric oil.
Energy Savings: Reduced operational energy costs by 15%.
Consistency: Maintained precise temperature control throughout the process.
Cost Efficiency: Minimizes energy use, reducing overall operational costs.
Scalability: Suitable for both small-scale and industrial extraction processes.
Eco-Friendly: Promotes sustainable practices by enhancing energy efficiency.
The high-pressure heat exchanger is a vital component of the CO2 supercritical extraction machine, ensuring energy efficiency and precise control for high-quality extractions. Its role in optimizing performance makes it indispensable for modern extraction systems.
CO2 supercritical extraction machine
High-pressure heat exchanger
Energy-efficient extraction
CO2 supercritical extraction machine, high-pressure heat exchanger, turmeric oil extraction, energy-efficient systems, precision extraction technology.