Liquid biomass deodorant

Abstract

The invention discloses a liquid biomass deodorant, which belongs to the technical field of deodorants and comprises the following components: inorganic ions: K < + > ions, Fe < 3 + > ions, H < + > ions, Na < + > ions, Ca < 2 + > ions, Mg < 2 + > ions, SO4 < 2-> ions, NO3 <-> ions, PO4 < 3 + > ions, Cl <-> ions, OH <-> ions and water, the organic compounds comprise urotropine, glacial acetic acid, polyamide, urea, polystyrolsulfon acid, benzenesulfonic acid, p-toluene sulfonic acid and dodecylbenzene sulfonic acid. The liquid biomass deodorant disclosed by the invention not only can quickly fix a compound capable of generating odor in water, but also has the effect of killing bacteria and pathogenic bacteria, retains nutritional ingredients, can be further used for manufacturing organic fertilizers, does not generate odor, does not cause secondary pollution, and can permanently eliminate the odor source.

Description

technical field

[0001] The invention relates to the technical field of deodorants, in particular to a liquid biomass deodorant. Background technique

[0002] Odor substances are a class of highly volatile substances with various chemical properties, such as acidic, alkaline, polar and non-polar, mainly found in garbage dumps, sewers, toilets, slaughterhouses and morgues, etc. place.

[0003] At present, the deodorization method mainly adopts the method of pressing the odor with aromatic agents, and there are also methods of deodorizing by air dilution, but the biggest disadvantage of these methods is that they do not really eliminate the odor; Adsorbents such as diatomaceous earth, but the amount of adsorbents is large, the cost is high, and the practicability is not strong; the deodorization effect of mercury ions is good, but it is easy to cause heavy metal pollution, which is not desirable; the method of oxidizing oxidants for disinfection and deodorization, although the...

Examples

Embodiment 1

[0032] NO 3 - Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration = 1×10 -5 mol / L, the total amount of inorganic ions plus water accounts for 99% by weight; urotropine + urea + polystyrene sulfonic acid + benzene sulfonic acid + p-toluene sulfonic acid + glacial acetic acid + dodecyl benzene sulfonic acid Acid = 1%.

Embodiment 2

[0034] Fe 3+ Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration + NO 3 - Ion concentration = 1×10 - 5 mol / L, the total amount of inorganic ions plus water accounts for 98% by weight; urotropine + urea + polystyrene sulfonic acid + benzene sulfonic acid + polyamide + p-toluene sulfonic acid + dodecyl benzene sulfonic acid Acid = 2%.

Embodiment 3

[0036] Fe 3+ Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration+Na + Ion concentration + Ca 2+ Ion concentration + Mg 2+ Ion concentration + NO 3 -Ion concentration +PO 4 3+ Ion concentration + Cl- ion concentration = 1 mol / L, the total amount of inorganic ions plus water accounts for weight ratio = 99%; urotropine + glacial acetic acid + urea + polystyrene sulfonic acid + benzene sulfonic acid + p-toluene sulfonic acid Acid + dodecylbenzenesulfonic acid = 1%.

technical field

[0001] The invention relates to the technical field of deodorants, in particular to a liquid biomass deodorant. Background technique

[0002] Odor substances are a class of highly volatile substances with various chemical properties, such as acidic, alkaline, polar and non-polar, mainly found in garbage dumps, sewers, toilets, slaughterhouses and morgues, etc. place.

[0003] At present, the deodorization method mainly adopts the method of pressing the odor with aromatic agents, and there are also methods of deodorizing by air dilution, but the biggest disadvantage of these methods is that they do not really eliminate the odor; Adsorbents such as diatomaceous earth, but the amount of adsorbents is large, the cost is high, and the practicability is not strong; the deodorization effect of mercury ions is good, but it is easy to cause heavy metal pollution, which is not desirable; the method of oxidizing oxidants for disinfection and deodorization, although the...

Examples

Embodiment 1

[0032] NO 3 - Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration = 1×10 -5 mol / L, the total amount of inorganic ions plus water accounts for 99% by weight; urotropine + urea + polystyrene sulfonic acid + benzene sulfonic acid + p-toluene sulfonic acid + glacial acetic acid + dodecyl benzene sulfonic acid Acid = 1%.

Embodiment 2

[0034] Fe 3+ Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration + NO 3 - Ion concentration = 1×10 - 5 mol / L, the total amount of inorganic ions plus water accounts for 98% by weight; urotropine + urea + polystyrene sulfonic acid + benzene sulfonic acid + polyamide + p-toluene sulfonic acid + dodecyl benzene sulfonic acid Acid = 2%.

Embodiment 3

[0036] Fe 3+ Ion concentration +H + Ion concentration + SO 4 2- Ion concentration + OH - Ion concentration+Na + Ion concentration + Ca 2+ Ion concentration + Mg 2+ Ion concentration + NO 3 -Ion concentration +PO 4 3+ Ion concentration + Cl- ion concentration = 1 mol / L, the total amount of inorganic ions plus water accounts for weight ratio = 99%; urotropine + glacial acetic acid + urea + polystyrene sulfonic acid + benzene sulfonic acid + p-toluene sulfonic acid Acid + dodecylbenzenesulfonic acid = 1%.