Indoor closed space complex gas pollutant source purification agent and application thereof

Abstract

The invention discloses an indoor closed space complex gas pollutant source purification agent and application thereof. Firstly, a high-molecular polymer and unsaturated higher fatty acid are effectively mixed; under the action of a catalyst, an emulsifying agent and a dispersing agent, a uniformly dispersed macromolecular polymeric material is formed; and the macromolecular peptide polymer and the unsaturated higher fatty acid are gradually spread along with volatilization of water molecules in air, and due to different molecular weights, composite crossed multi-layer films with different effects are gradually formed to form a cross-linked net-shaped film formed by a bottom-layer decomposition film, a middle-layer multi-layer protection film and an upper-layer macromolecular polymer, so that release of gaseous pollutants is prevented. The sustainability of the agent is improved, the membrane structure and the hardness are enhanced, volatilization of pollutants can be rapidly solved by forming the multi-membrane structure, harmful gas is locked, O-C=O, C-NH2, H2O and CHO are firmly cross-linked and tightly combined with a macromolecular polymeric material, damage caused by external force is not likely to happen, and the strength of the multi-membrane structure is improved.

Description

technical field [0001] The invention relates to the technical field of air purification in indoor confined spaces, in particular to an agent for purifying sources of complex gas pollutants in indoor confined spaces and its application. Background technique [0002] Formaldehyde and volatile organic compounds are pollutants of great concern in indoor environments and closed environments. These pollutants come from wood panels, adhesives, paints, coatings, cloth, etc., and are commonly found in newly renovated houses. Commonly used removal methods are biological enzyme (protease) neutralization, photocatalyst degradation, blocking agent blocking, anion water decomposition, chlorine dioxide decomposition and other means. [0003] However, biological enzymes are prone to lose water and fail, photocatalysts have a low photosynthesis rate, sealant membranes are prone to rupture and failure, negative ions decompose free pollutants in the air, and chlorine dioxide will produce other...

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Problems solved by technology

[0003] However, biological enzymes are prone to lose water and fail, photocatalysts have a low photosynthesis rate, sealant membranes are prone to rupture and failure, negative ions decompose free pollutants in the air, and chlorine dioxide will produce other harmful gases. Therefore, the development of pollutant purification technology is limited. , waiting for a transformative breakthrough

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