With raw materials like hematococcus pluvialis, atarctic krill and fishe oil, premium quality astaxanthin and DHA could be obtained via supercritical CO2 fluid extraction technology.
• General Configuration: 1/2/3 Extractor(s) +2/3 Separators
• Single Extractor Volume: 200ml~5000L
• Highest Working Pressure: 32Mpa/40Mpa/50Mpa/75Map/110Mpa
• Highest Working Temperature: 85℃
• Control Mode: Mechanical/Automatic
• Pressure Precision: ±0.1MPa
• Temperature Precision: ±1℃.
Astaxanthin is a red carotenoid and exceptionally powerful antioxidant found in certain species of plants, animals and microalgae such as Haematococcus. Astaxanthin is one of nature’s most powerful antioxidants that has been documented in over 200 scientific studies including over 50 human clinical trials to show a wide range of benefits including:
· Joint & Tendon Health
· Skin Health, including skin support during sun exposure
· Cardiovascular Health
· Eye & Brain Health
· Recovery from Exercise
· Cellular Health
This process uses high-pressure CO2, free of any chemical solvents, to extract the astaxanthin from the algal cells.
1. Drying 2. Cracking 3. Supercritical CO2 Extraction 4. Encapsulation
Supercritical CO2 extraction technology is the most advance, green and environment friendly extraction and separation technology. It uses special dissolve performance of supercritical CO2 fluid which under critical pressure and critical temperature to extract separate and purify.
No organic solvent, no product pollution
High selectivity and high gathering of product
Low operation temperature, no destroy
Easy to separate product and CO2
No discharge of exhaust gas, waste residue and waste water
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