Pipeline type experiment device for generating gas hydrate

Abstract

The invention belongs to the technical field of application, storage and transportation of gas hydrates, relates to an experiment device and particularly relates to a pipeline type experiment device for generating a gas hydrate. The pipeline type experiment device comprises a gas-liquid conveying system, a cooling system and a hydrate pipeline generation system, wherein the gas-liquid conveying system comprises a gas bottle, a bottle storage tank, a discharging opening I, a centrifugal pump, a liquid flow meter, a compressor, a gas flow meter, a separator and a buffering tank; the cooling system comprises a cooling tank, a discharging opening II, a cooling water bath I and a cooling water bath II; the hydrate pipeline generation system comprises a chemical feed opening, a micro-bubble generator, a connection flange, a twisted strip type spiral generator, a temperature sensor, a pressure sensor, a differential pressure meter, an observation window and an experiment pipe section. The whole set of the experiment device is convenient to operate and low in operation cost; the requirements of hydrate slurry generation and flowing principle experiments are met.

Description

technical field [0001] The invention belongs to the technical field of gas hydrate application and storage and transportation, and relates to an experimental device, more precisely, a pipeline type gas hydrate generation experimental device. Background technique [0002] Gas hydrates refer to light gases such as: methane, ethane, propane, CO 2 、H 2 Non-stoichiometric solid crystalline substances generated by S, etc. and water at a certain temperature and pressure (generally low temperature and high pressure). With the deepening of gas hydrate research, especially the development of research on the promotion of gas hydrate formation, the application prospects of gas hydrate technology in natural gas storage and transportation, and mixed gas separation are increasingly emerging. However, the application of hydrates in these fields is closely related to the promotion of gas hydrates. Hindered by factors such as low gas storage density, slow formation rate, and long induction...

AI Technical Summary

Problems solved by technology

Nowadays, how to carry out the technological design of the hydrate slurry transportation pipeline is still in the frontier research field in the world, and the research on the flow law of the hydrate slurry is the basis of the technological design of the transportation pipeline. At present, only a few scholars have carried out some quantitative experiments. However, due to the differences in the experimental equipment, media and conditions used, there is no consensus in theory, and there are fewer literatures on the two-phase flow of gas hydrate slurry, so the research work in this area needs to be deepened urgently

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