Indoor/inside-vehicle formaldehyde removal air purification treatment construction process

Abstract

The invention provides an indoor / inside-vehicle formaldehyde removal air purification treatment construction process, and relates to the technical field of air purification treatment. The indoor / inside-vehicle formaldehyde removal air purification treatment construction process comprises the following steps that (1) all walls and ceilings in a room are subjected to surface spraying treatment by using a quick-acting composite formaldehyde purification solution, wherein the usage amount of the quick-acting composite formaldehyde purification solution is 15-25 ml per square meter; and (2) a nanopurification treatment agent is sprayed into indoor air and comprehensively sprayed on furniture and interior trim panels, wherein the usage amount of the nano purification treatment agent is 15-25 mlper square meter. According to the indoor / inside-vehicle formaldehyde removal air purification treatment construction process provided by the invention, the indoor formaldehyde removal effect is goodby combining fundamental formaldehyde release reducing and released formaldehyde removing.

Description

technical field [0001] The invention relates to the technical field of air purification treatment, in particular to a construction process for indoor / vehicle formaldehyde removal air purification treatment. Background technique [0002] Harmful gases that cause air pollution from interior decoration include: formaldehyde, benzene, toluene, xylene, ammonia and TVOC. Common pollution sources of these indoor harmful gases include wall decoration materials (paints, coatings, wallpapers, wall coverings, pendants, etc.), ceiling decoration materials (paints, ceiling panels, ceiling decorations, etc.), floor decoration materials (floor tiles, floors. Carpets, Floor glue, floor paint, floor paint, etc.), indoor furniture (sofas, curtains, wardrobes, filing cabinets, tables and chairs, pendants, doors, windows, beds, etc.), these materials will release a large amount of formaldehyde, benzene series, ammonia and other harmful gases. [0003] Formaldehyde is a colorless irritating ga...

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Problems solved by technology

[0004] The above-mentioned prior art has the following defects: aiming at reducing the release of formaldehyde from the source, using environmentally friendly wood products, such as solid wood furniture products, but the cost of pure solid wood furniture products is relatively high, so in most cases, it is difficult to get from the source In order to reduce the release of formaldehyde, the public is more inclined to choose to remove formaldehyde from the released formaldehyde to remove indoor formaldehyde: find a professional formaldehyde removal company. At present, 99% of formaldehyde removal companies can only remove free formaldehyde in the indoor air. In a short period of time, the formaldehyde content is below the safety standard, but after a while, the indoor "pollution source" will still release formaldehyde, resulting in an increase in the indoor formaldehyde content; the method of photocatalytic formaldehyde removal actually refers to ultraviolet light, and It is a long-term, unobstructed direct irradiation of ultraviolet light, and it cannot be decomposed under ordinary indoor light; bamboo charcoal has the effect of adsorbing formaldehyde, but it is only suitable for small-scale formaldehyde adsorption, because the capacity of carbon molecules to adsorb formaldehyde It is very limited. If you want to clean up the formaldehyde in the decorated house, the volume of bamboo charcoal needed is measured in tons, and if the bamboo charcoal that has absorbed formaldehyde is exposed to the sun, the formaldehyde adsorbed by the bamboo charcoal will be released, causing secondary pollution. ;The effect of diatom mud to remove formaldehyde is lower than that of bamboo charcoal, so diatom mud is not a good choice for removing formaldehyde; similarly, if you want to use plants to achieve the purpose of removing formaldehyde, unless there are a lot of plants, otherwise The removal effect on formaldehyde is also negligible; simply relying on ventilation cannot fundamentally solve the problem, and it is also not the best choice for removing formaldehyde

For the problems referred to above, there is still no relatively good method for controlling formaldehyde indoors and in cars at present.

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