Automatic control extreme environment analogue flow reaction experimental device

Abstract

An automatically controlled extreme environment simulative flow reaction experimenting system is composed of water tank, constant-current pump, cut-off valves, sampler, reactor with pressure sensor, temp sensor and pH meter, proportional overflow valve, waste liquid bottle, and computer control system. Its connection scheme is also disclosed.

Description

Technical field [0001] The invention relates to an automatic control extreme environment simulation flow reaction test device. Background technique [0002] In recent years, more and more attention has been paid to the research on the role of the deep biosphere and deep-sea microorganisms in the earth's surface system. Scientists have realized that the deep biosphere and deep-sea microorganisms contribute to the global carbon cycle and the geochemical cycle of other life elements, as well as seabed mineralization. plays an important role in the mineralization process of polymetallic nodule deposits, cobalt-rich crust deposits, hydrothermal polymetallic sulphide deposits, gas hydrate deposits, and monetite deposits; studying deep-sea microorganisms at the molecular level Molecular biogeochemistry research on its relationship with the environment is gradually becoming a dynamic new interdisciplinary research direction in the world, but the corresponding research equipment has ...

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Problems solved by technology

[0002] In recent years, more and more attention has been paid to the research on the role of the deep biosphere and deep-sea microorganisms in the earth's surface system. Scientists have realized that the deep biosphere and deep-sea microorganisms contribute to the global carbon cycle and the geochemical cycle of other life elements, as well as seabed mineralization. plays an important role in the mineralization process of polymetallic nodule deposits, cobalt-rich crust deposits, hydrothermal polymetallic sulphide deposits, gas hydrate deposits, and monetite deposits; studying deep-sea microorganisms at the molecular level Molecular biogeochemistry research on its relationship with the environment is gradually becoming a dynamic new interdisciplinary research direction in the world, but the corresponding research equipment has not yet appeared in China

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