System and method for detecting explosion-proof performance of separation explosion-proof material

A technology for blocking explosion-proof materials and measuring systems, which is applied in the direction of material explosion, can solve the problems of increasing processing and use costs, and cannot reflect, and achieve the effects of avoiding human interference, ensuring consistency, and ensuring personnel safety

Active Publication Date: 2015-01-14
PETRO OIL & LUBRICANT RES INST OF THE GENERAL LOGISITIC DEPT OF PLA
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] Therefore, the use of small molecule combustible gases to evaluate the explosion performance of barrier explosion-proof materials to liquid fuel saturated vapor cannot reflect the real situation.
If it is considered that small molecule combustible gas is more "explosive" than liquid fuel saturated vapor, and if it can prevent the explosion of small molecule combustible gas, it will certainly be able to prevent the explosion of liquid fuel saturated vapor, as a judgment for evaluating the use of barrier explosion-proof materials in liquid petroleum fuels. standard, it will result in the use of excessive barrier and explosion-proof materials, which will increase the cost of processing and use in vain

Method used

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  • System and method for detecting explosion-proof performance of separation explosion-proof material
  • System and method for detecting explosion-proof performance of separation explosion-proof material
  • System and method for detecting explosion-proof performance of separation explosion-proof material

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Effect test

Embodiment 1

[0053] Such as figure 2 Shown, a kind of barrier explosion-proof material explosion-proof performance measuring system, comprises computer, explosion chamber 3, gas circulation pipeline 9, main control system 1 and the first vacuumizing device 2 connected with it by wire, liquid fuel vapor supply device 4, Dry air supply device 5, information collection device 6 and ignition device 7; The explosion chamber 3 is a hollow tubular structure with two ends closed; The first vacuum device 2, the liquid fuel vapor supply device 4 and the drying The air supply device 5 is all communicated with the hollow part of the explosion chamber 3; the gas circulation pipeline 9 communicates with the two ends of the explosion chamber 3, and the gas circulation pipeline 9 is equipped with a gas circulation pump 12 and a gas circulation pipeline. The circulation control valve 13, the gas circulation pump 12 and the gas circulation control valve 13 are all connected with the main control system 1; ...

Embodiment 2

[0058] A method for measuring the explosion-proof performance of the barrier explosion-proof material using the measurement system for the explosion-proof performance of the barrier explosion-proof material in Example 1, comprising the following steps:

[0059] A. Select liquid fuel and prepare liquid fuel vapor; determine the length of the explosion chamber;

[0060] B. Use the first vacuum device 2 to evacuate the explosion chamber 3; transport the liquid fuel vapor to the explosion chamber 3 through the liquid fuel vapor supply device 4, and then pass through the dry air The supply device 5 transports dry air to the explosion chamber 3 and balances it to a standard atmospheric pressure, turns on the gas circulation pump 12 and opens the gas circulation control valve 13 to transfer the liquid fuel vapor and the dry air through the gas circulation pipeline 9. The air is mixed to obtain a mixed gas, and the mixed gas is obtained by mixing; the mixed gas is detonated by the ign...

Embodiment 3

[0063] A method for measuring the explosion-proof performance of the barrier explosion-proof material using the measurement system for the explosion-proof performance of the barrier explosion-proof material in Example 1, comprising the following steps:

[0064] A. Select liquid fuel: For the measurement of the explosion-proof performance of the barrier explosion-proof material suitable for gasoline vapor, the gasoline model compound is selected as the gasoline model compound. The gasoline model compound is composed of n-heptane and isooctane with a volume ratio of 1:9; For the determination of the explosion-proof performance of the barrier explosion-proof material for diesel vapor, a diesel model compound is used, and the diesel model compound is C 9 -C 18 At least one of paraffins and naphthenes;

[0065] Prepare liquid fuel vapor: turn on the second vacuum device 415 to evacuate the vapor generating tank 402 and the vapor storage tank 403 to a vacuum degree of 0.75-1.5Kpa, ...

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Abstract

The invention discloses a system for detecting the explosion-proof performance of a separation explosion-proof material. The system comprises a computer, an explosion bin (3), a gas circulating pipeline (9), a main control system (1), and a first vacuumizing device (2), a liquid fuel steam supply device (4), a dry air supply device (5), an information acquisition device (6) and an ignition device (7) which are connected with the main control system (1) by virtue of leads, wherein the gas circulating pipeline (9) is communicated with the explosion bin (3); a temperature sensing device and a pressure sensing device are mounted on the inner wall of the explosion bin (3) at equal intervals; an ignition electrode is mounted on the inner wall of the starting end of the explosion bin (3) and is connected with the ignition device (7); the main control system (1) is connected with the computer. The invention also provides a method for detecting the explosion-proof performance of the separation explosion-proof material. The system for detecting the explosion-proof performance of the separation explosion-proof material can be controlled by a semi-automatic manner and is safe and reliable.

Description

technical field [0001] The invention relates to an explosion-proof performance measuring system and a measuring method thereof, in particular to an explosion-proof performance measuring system and a measuring method of barrier explosion-proof materials. Background technique [0002] Barrier and explosion-proof materials refer to metal or organic polymer materials as the matrix, which are made of mesh or other shapes after adding functional additives. This material is filled or installed in oil storage and transportation equipment, ground vehicles or armored equipment, aircraft or In the ship's fuel tank, it can quickly transfer heat, block the spread of flames, and prevent accidents such as explosions. Common barrier explosion-proof materials can be divided into honeycomb and spherical according to the shape; according to the material, they can be divided into metal (titanium alloy, copper alloy, aluminum alloy, etc.), non-metallic (polyether, polyester, nylon, etc.) and com...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N25/54
Inventor 鲁长波安高军熊春华王浩喆周友杰王旭东雷正
Owner PETRO OIL & LUBRICANT RES INST OF THE GENERAL LOGISITIC DEPT OF PLA
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