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Modifying agent for fire extinguishing agent and modified plant fire extinguishing agent comprising modifying agent

A technology of fire extinguishing agent and modifier, applied in fire protection equipment and other directions, can solve the problems of insufficient fire extinguishing efficiency, limited scope of fire extinguishing function, land and water resources hazards, etc., to achieve good environmental protection effect, improve fire extinguishing efficiency, Great fire extinguishing effect

Active Publication Date: 2017-08-18
JIAXING DONGRI NEW MATERIALS TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

There are four disadvantages of fire extinguishing agents at present: one is that the use of fire extinguishing agents is forcibly banned due to pollution and damage to the human environment (such as halon fire extinguishing agents); the other is that the fire extinguishing efficiency cannot reach the actual effect; Polar solvent fires and Class C fires of liquefied petroleum gas and natural gas, the effect is not good; the fourth is that the treatment after fire extinguishing or after expiration will bring great harm to the earth and water resources
[0003] The inventor's patent ZL01115170.6 was authorized on October 27, 2004, and introduced a plant composite flame retardant active agent. Another patent of the inventor, ZL200410036054.X, was authorized on December 23, 2009. The active water in the plant active flame retardant fire extinguishing agent is diluted with water to make a fire extinguishing agent, which is loaded into a portable fire extinguisher and can be used to put out fires of types A, B, and C. However, it has been found in practice that the concentration used is 6 %The effect of fighting fires with an area of ​​no more than 3A or 12B is good, but for large fires, it is difficult to achieve satisfactory results, especially the residues after fire extinguishing and the treatment after expiration are not ideal

Method used

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  • Modifying agent for fire extinguishing agent and modified plant fire extinguishing agent comprising modifying agent
  • Modifying agent for fire extinguishing agent and modified plant fire extinguishing agent comprising modifying agent
  • Modifying agent for fire extinguishing agent and modified plant fire extinguishing agent comprising modifying agent

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0039] The percentage by weight of the raw materials used in the modifier for the fire extinguishing agent is: 0.5% prickly ash, 3.5% persimmon peel, 2.5% orange peel, 1.5% eggplant, 2.5% beet pulp and 89.5% active water; the raw material weight percentage of the plant modified fire extinguishing agent It is: 10% modifier for fire extinguishing agent, 82% plant slag ash water and 8% plant compound flame retardant active agent. Mix this plant-modified fire extinguishing agent with water at a concentration of 3%, take 6L, put it into a portable fire extinguisher, and put out a Class A fire (wood fire) according to the GB4351-1997 standard. Compared with the fire extinguishing agent without modifier for fire extinguishing agent, under the same conditions, the fire extinguishing energy is only equal to 2A.

Embodiment 2

[0041] The percentage by weight of the raw materials used in the modifier for the fire extinguishing agent is: 1% prickly ash, 4% persimmon peel, 3% orange peel, 2% eggplant, 3% sugar beet pulp and 87% active water. It is: 13% modifier for fire extinguishing agent, 74% plant slag ash water and 13% plant composite flame retardant active agent.

[0042] Mix this plant-modified fire extinguishing agent with water at a concentration of 3%, take 6L, put it into a portable fire extinguisher, and put out Class B fires (industrial solvent fires) according to GB4351-1997 standards. To light but not to burn. Compared with the fire extinguishing agent without modifier for fire extinguishing agent, under the same conditions, the fire extinguishing energy is only equal to 22B.

Embodiment 3

[0044] The percentage by weight of the raw materials used in the modifier for the fire extinguishing agent is: 1.5% prickly ash, 4.5% persimmon peel, 3.5% orange peel, 2.5% eggplant, 3.5% sugar beet pulp and 84.5% active water. It is: 15% modifier for fire extinguishing agent, 73% plant slag ash water and 12% plant compound flame retardant active agent.

[0045] Mix this plant-modified fire extinguishing agent with water at a concentration of 3%, take 6L, put it into a portable fire extinguisher, and use it to put out Class C fires (25L canned liquefied petroleum gas fires), the fire extinguishing time is equal to 5s, and the consumption of the mixed solution 1.4L. Compared with the fire extinguishing agent that does not use the fire extinguishing agent modifier, under the same conditions, the fire extinguishing time is only equal to 10s.

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PUM

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Abstract

The invention relates to a modifying agent for a fire extinguishing agent and a modified plant fire extinguishing agent comprising the modifying agent. The modifying agent for the fire extinguishing agent comprises wild pepper, persimmon husks, orange peels, eggplant trees, sugar beet pulp and activated water. The modified plant fire extinguishing agent comprises a plant compound flame retardant active agent, plant slag / ash water and the modifying agent for the fire extinguishing agent. According to the modified plant fire extinguishing agent, various types of plants and fruits are added, that is, vegetable proteins, pectin, tannin-rich polyhydroxy compounds, lignin and an anti-burning substance of different sources are added, a great role is brought into play on fire extinguishing and burning prevention, a gel film has good sealing capacity, and the obtained flame retardant and fire extinguishing capacities are extremely high and beyond what existing fire extinguishing agents can reach.

Description

technical field [0001] The invention belongs to the field of fire extinguishing agents, in particular to a plant-modified fire extinguishing agent with multi-plant and fruit extracts as main modification components. Background technique [0002] Shocking fires seriously threaten the safety of people's lives and property, and fire extinguishing agents are the key to determining the size of fire losses. There are four disadvantages of fire extinguishing agents at present: one is that the use of fire extinguishing agents is forcibly prohibited due to pollution and damage to the human environment (such as halon fire extinguishing agents); the other is that the fire extinguishing efficiency cannot reach the actual effect; Polar solvent fires and Class C fires of liquefied petroleum gas and natural gas have poor effects; fourth, the treatment after fire extinguishing or after expiration will bring great harm to the earth and water resources. [0003] The inventor's patent ZL01115...

Claims

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Application Information

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IPC IPC(8): A62D1/00A62D1/02
CPCA62D1/0035A62D1/0078
Inventor 赵中伟曹嘉羽赵方懿
Owner JIAXING DONGRI NEW MATERIALS TECH CO LTD
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