Self-driven ulothrix culturing device and cultural method thereof

Abstract

The invention discloses a self-driven ulothrix culturing device, comprising a reaction chamber, wherein a carbon producing plate is arranged at the bottom of the reaction chamber; an enrichment plate is hung on the middle part of the reaction chamber; resistance or a low-power electric appliance is arranged on the top of the reaction chamber; the carbon producing plate and the enrichment plate are connected with the resistance through a lead. Air, water and sediment are respectively arranged in the reaction chamber from top to bottom; the carbon producing plate is buried in the sediment; the enrichment plate is hung or floats on the water; the cultured ulothrix is inoculated in the water body of an enrichment layer. By utilizing the self-driven ulothrix culturing device and the cultural method thereof, the electric energy and the chemical energy which are produced when a microorganism oxidizes the sediment are used for culturing and producing the ulothrix by the carbon plate; inorganic carbon produced by sediment decomposing is supplied to ulothrix for growth by an electrochemical system. According to the self-driven ulothrix culturing device and the cultural method thereof, the additional energy is not needed, the produced ulothrix can be used for producing food, feed, cosmetic and pharmaceutical industry; no exhaust gas and waste are discharged during the cultivation process of the ulothrix; the rational utilization of resources and the environmentally friendly effect are realized, and great social and economic value is achieved.

Description

technical field [0001] The invention relates to a self-driven silk algae cultivation system, which belongs to the technical field of agricultural production. Background technique [0002] The filamentous algae are single-row, unbranched filaments connected by cylindrical cells. Silk algae (Ulothrix) Chlorophyceae, silk algae. The algae are slender, connected by a single row of cells into unbranched filaments. The algae are differentiated into erect or prostrate parts, and the cell wall of most types is composed of a complete piece, which is H-shaped in frontal view, with perichrome. Uninucleate, chloroplast annular or tubular, containing one or more starch nuclei. At the base is a colorless cell that forms an anchor. [0003] Silk algae contains a wide range of vitamins and organic minerals, protein and amino acids, w3 fatty acids. It is known to contain certain amounts of nutrients with antioxidant properties such as chlorophyll and carotene. Various studies in recent...

AI Technical Summary

Problems solved by technology

The occurrence of energy resources is uneven, and the development is difficult, and the proven reserves of high-quality energy such as oil and natural gas are seriously insufficient

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