Marine planktonic microorganism content real-time monitoring and red tide early-warning device and process

Abstract

The invention discloses a marine planktonic microorganism content real-time monitoring and red tide early-warning device and process. The marine planktonic microorganism content real-time monitoring and red tide early-warning device comprises a fixed frame, a guiding element, a sliding element, a connector, a monitoring box, a buoyancy strutting member, a sampling tube, a wireless receiver, a power supply, a controller, a reagent bottle, an acidifier, a gas-water separator, an electric heating jacket, an oxidation reactor, a condenser, an ion trap, a carbon dioxide detector, a processor and adata emitter; the sliding element is connected with the sliding element; the connector is connected with the sliding element; the monitoring box is connected with the connector; the buoyancy struttingmember is arranged at the bottom of the monitoring box; a peristaltic pump is arranged between the sampling tube and the acidifier; the reagent bottle, the peristaltic pump and the acidifier are orderly connected through connecting pipes; the sampling pipe, the peristaltic pump, the acidifier, the gas-water separator, the oxidation reactor, the condenser, the ion trap and the carbon dioxide detector are orderly connected through the connecting pipes. The height can be automatically regulated along the sea surface, thereby guaranteeing that the sampler can reasonably sample the water sample toperform carbon dioxide content detection, and the weather influence is reduced.

Description

technical field [0001] The invention relates to the technical field of marine microbial monitoring, in particular to a device and process for real-time monitoring of marine planktonic microbial content and red tide early warning. Background technique [0002] "Red tide" is an abnormal phenomenon in the marine ecosystem. It is caused by the explosive proliferation of red tide algae in the seaweed family under certain environmental conditions. Depending on the species and quantity of organisms that cause red tides, sea water sometimes presents different colors such as yellow, green, and brown. The cause of red tides is generally eutrophication of water bodies, and the growth of marine planktonic microorganisms. Therefore, monitoring of marine planktonic microorganisms can The content of microorganisms can be determined by the total organic carbon content of the soil, and then provide data support for red tide warning. [0003] However, the marine environment is greatly affec...

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Problems solved by technology

[0003] However, the marine environment is greatly affected by the weather, the seawater fluctuates greatly, the sampling tube is unstable, the collection of water samples is unreasonable, the monitoring data is inaccurate, and the reliability of the monitoring data is poor.

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