在開展裝飾裝修工程時,要重視室內(nèi)裝修污染的把控,今日濟南市技術(shù)專業(yè)甲醛測試為大伙兒剖析好多個合理的去除甲醛技術(shù)性,以供大伙兒學(xué)習(xí)培訓(xùn)應(yīng)用.

In carrying out the decoration project, we should pay attention to the control of indoor decoration pollution. Today, Jinan technology professional formaldehyde test analyzes many reasonable formaldehyde removal technologies for everyone to learn, train and apply.

1.自然通風(fēng)法

1. Natural ventilation

房間內(nèi)甲醛的去除,經(jīng)濟發(fā)展性價比高的除甲醛的方法當屬為空氣流通法.由于甲醛釋放量具備規(guī)律性,一部分會超過十多年,當裝修甲醛含水量合格后,通常能夠搬入.當搬入后,室內(nèi)甲醛剛開始很多釋放出來,因此需要注重通風(fēng),通過增加室內(nèi)的溫度和濕度,加速甲醛釋放.

The method of formaldehyde removal in the room with high cost-effective economic development is air circulation method. Due to the regularity of formaldehyde emission, some of them will be more than ten years. When the water content of decoration formaldehyde is qualified, it can usually be moved in. After moving in, a lot of indoor formaldehyde is just released, so it is necessary to pay attention to ventilation, and accelerate the formaldehyde emission by increasing the indoor temperature and humidity.

2.生態(tài)凈化技術(shù)

2. Ecological purification technology

綠色生態(tài)清潔技術(shù)性是運用綠色植物特性,溶解裝修甲醛,可以得到必須的實際效果.此方式具備合理性,而且不容易造成二次環(huán)境污染,適用密閉式室內(nèi)空間的室內(nèi)裝修污染整治.并不是全部綠色植物,適用溶解室內(nèi)甲醛.使用效果較好的植物,包括蘆薈和吊蘭以及龜背竹等,此類植物被稱為甲醛污染清道夫,能夠獲得不錯的除甲醛效果.

Green ecological cleaning technology is to use the characteristics of green plants to dissolve decoration formaldehyde, which can obtain the necessary practical effect. This method is reasonable, and it is not easy to cause secondary environmental pollution, and it is suitable for indoor decoration pollution remediation of enclosed indoor space. Not all green plants are suitable for dissolving indoor formaldehyde. Plants with good use effect, including aloe, Chlorophytum, and bamboo. This kind of plant is called formaldehyde pollution scavenger, which can get good formaldehyde removal effect.

3. 物理吸附技術(shù)

3. Physical adsorption technology

應(yīng)用具備吸附力的原材料,運用其多孔材料特性,將室內(nèi)甲醛等空氣污染物,吸咐到原材料中,保持去除甲醛.現(xiàn)階段,常見的吸咐原材料,包括碳分子篩和活性氧化鋁等.在具體運用中,適用輕微環(huán)境污染.

At present, the common adsorption raw materials, including carbon molecular sieve and activated alumina, are suitable for light and micro environmental pollution.

4. 臭氧空氣凈化

4. Ozone air purification

利用臭氧分子的氧化特性,氧化分解為氧氣.在實際應(yīng)用中,多利用臭氧空氣凈化器或者其他物品,通過釋放臭氧,促使其和甲醛產(chǎn)生較強的氧化反應(yīng),進而實現(xiàn)分解[2].

In practical application, ozone air purifier or other articles are often used to release ozone to make it react with formaldehyde to produce strong oxidation reaction, so as to realize decomposition [2].

5.高分子納米光觸媒分解

5. Decomposition of polymer nano photocatalyst

光觸媒是一種以納米級二氧化鈦為代表的具有光催化功能的光半導(dǎo)體材料的總稱,國際上治理室內(nèi)環(huán)境污染的材料之一.英文叫"photo catalyst".光觸媒在紫外光的照射下,會產(chǎn)生類似光合作用的光催化反應(yīng),產(chǎn)生出氧化能力極強的自由氫氧基和活性氧,具有很強的光氧化還原功能,可氧化分解甲醛等有害物質(zhì).

Photo catalyst is a kind of photocatalysis material with photocatalysis function, which is represented by nanometer titanium dioxide. It is one of the materials to control indoor environment pollution in the world. Function, oxidize and decompose formaldehyde and other harmful substances.

在建筑裝飾裝修工程中,做好除甲醛,有著重要的意義.通過分析甲醛污染的來源,結(jié)合治理實踐,提出了相應(yīng)的治理策略和防范方法.http://www.whkjgn.com

It is of great significance to remove formaldehyde in building decoration engineering. By analyzing the source of formaldehyde pollution and combining with the treatment practice, the corresponding treatment strategies and prevention methods are put forward.