Microalgae Harvesting Centrifuge | 2 Phase Centrifuge

Microalgae Harvesting Centrifuge | 2 Phase Centrifuge

The Microalgae Harvesting Centrifuge is a state-of-the-art device designed to efficiently separate microalgae from the surrounding water in a quick and effective manner. This 2 Phase Centrifuge utilizes centrifugal force to separate the microalgae from the water, allowing for easy harvesting and extraction of valuable nutrients.

Users can utilize the Microalgae Harvesting Centrifuge in various scenarios such as in biotechnology labs for research purposes, in pharmaceutical companies for producing supplements, and in wastewater treatment plants for removing pollutants. Its versatile functionality makes it an essential tool for any industry that relies on microalgae harvesting.

Algae harvesting centrifuge | Chlorella harvesting tube centrifuge | Microalgae harvesting centrifugeAlgae harvesting tube centrifugeMicroalgae are a type of autotrophic plant widely distributed on land and in the ocean, with abundant nutrients and high photosynthetic efficiency. They belong to lower aquatic plants, with an average size of only about 5 micrometers per microalgae. Microalgae have a wide variety of species, usually referring to microorganisms that contain chlorophyll A and are capable of photosynthesis.

Classes are raw materials in many industrial branches. SHENZHOU provides an innovative process for efficient algae harvesting. The microalgae concentrate can be dehydrated to a solid content of 22-25% using a microalgae harvesting tube centrifuge. And this special dehydration tube separator can efficiently concentrate fine and soft algal cells without causing cell rupture.


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  • Product features

    The 2 Phase Centrifuge is designed for efficient microalgae harvesting, offering a core attribute of fast and thorough separation of algae from water. With its advanced technology, this centrifuge provides value attributes of high oil production efficiency and environmentally friendly operation. Its product function attributes include the ability to purify wastewater, produce single-cell protein, and manufacture renewable energy using microalgae biomass.

    Team strength

    At Microalgae Technologies, our team strength lies in our expertise in centrifuge technology and sustainable practices. Our team of engineers and researchers are dedicated to developing innovative solutions for efficient microalgae harvesting. With a deep understanding of the unique challenges in the industry, we work together to optimize the design and functionality of our 2 Phase Centrifuge, ensuring maximum yield and minimal energy consumption. Our commitment to teamwork and collaboration allows us to deliver high-quality products that meet the needs of our customers and contribute to a more sustainable future. Trust in our team's strength to provide you with reliable and effective microalgae harvesting solutions.

    Enterprise core strength

    At the heart of our Microalgae Harvesting Centrifuge | 2 Phase Centrifuge lies our unparalleled team strength. Comprised of industry experts and specialists, our team is dedicated to providing top-notch centrifuge technology that revolutionizes microalgae harvesting processes. With years of experience and a passion for innovation, our team ensures that every product is meticulously designed and manufactured to meet the highest standards of quality and efficiency. By leveraging our team's collective expertise, we are able to deliver a centrifuge that not only simplifies the harvesting process but also maximizes productivity and performance, setting a new standard in the industry.

    The application of microalgae in foodThe production of algal protein is rapidly developing, with Chlorella vulgaris, Scenedesmus obliquus, crescentia, and spirulina already being used as protein sources. Chlorella vulgaris, spirulina, and Dunaliella salina are also released in the health product market or used as food additives in the form of powders, pills, extracts, etc.

    Animal feedArtificially cultivated as bait for planktonic animals, successfully used for feeding fish or as animal plankton (such as red worms, oysters, scallops, shrimp, etc.)

    Environmental purificationCombining wastewater treatment with the production of single-cell protein (SCP), the treatment of pig manure wastewater from biogas anaerobic fermentation resulted in a spirulina production of 5g/m2/d. The use of reactor membrane technology can solve the problem of subsequent separation of algae and water. Microalgae grow to remove nitrogen and phosphorus, recalcitrant organic matter, and heavy metal ions such as Co, Mn, and Hg. Microalgae can also absorb certain concentrations of NOx, SOx, and H2S, and research on cultivating microalgae for environmental protection has already begun in domestic universities.

    Renewable energy manufacturingMicroalgae are a type of biomass energy source Microalgae are excellent raw materials for preparing liquid fuels. The biomass fuel prepared by microalgae pyrolysis has a high calorific value, which is 1.4-2 times that of wood or crop straw. Compared with other biomaterials, microalgae have a relatively high oil production efficiency. The principle of microalgae oil production is actually to use photosynthesis to convert carbon dioxide into microalgae's own biomass, thereby fixing carbon elements. Then, through induction reactions, microalgae's own carbon substances are converted into oil. Finally, physical or chemical methods are used to convert the oil inside microalgae cells into extracellular oil, which is refined and processed to produce biodiesel

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