在开展装饰装修工程时,要重视室内装修污染的把控,今日济南市技术专业甲醛测试为大伙儿剖析好多个合理的去除甲醛技术性,以供大伙儿学习培训应用.

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.自然通风法

1. Natural ventilation

房间内甲醛的去除,经济发展性价比高的除甲醛的方法当属为空气流通法.由于甲醛释放量具备规律性,一部分会超过十多年,当装修甲醛含水量合格后,通常能够搬入.当搬入后,室内甲醛刚开始很多释放出来,因此需要注重通风,通过增加室内的温度和湿度,加速甲醛释放.

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.生态净化技术

2. Ecological purification technology

绿色生态清洁技术性是运用绿色植物特性,溶解装修甲醛,可以得到必须的实际效果.此方式具备合理性,而且不容易造成二次环境污染,适用密闭式室内空间的室内装修污染整治.并不是全部绿色植物,适用溶解室内甲醛.使用效果较好的植物,包括芦荟和吊兰以及龟背竹等,此类植物被称为甲醛污染清道夫,能够获得不错的除甲醛效果.

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. 物理吸附技术

3. Physical adsorption technology

应用具备吸附力的原材料,运用其多孔材料特性,将室内甲醛等空气污染物,吸咐到原材料中,保持去除甲醛.现阶段,常见的吸咐原材料,包括碳分子筛和活性氧化铝等.在具体运用中,适用轻微环境污染.

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

4. 臭氧空气净化

4. Ozone air purification

利用臭氧分子的氧化特性,氧化分解为氧气.在实际应用中,多利用臭氧空气净化器或者其他物品,通过释放臭氧,促使其和甲醛产生较强的氧化反应,进而实现分解[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.高分子纳米光触媒分解

5. Decomposition of polymer nano photocatalyst

光触媒是一种以纳米级二氧化钛为代表的具有光催化功能的光半导体材料的总称,国际上治理室内环境污染的材料之一.英文叫"photo catalyst".光触媒在紫外光的照射下,会产生类似光合作用的光催化反应,产生出氧化能力极强的自由氢氧基和活性氧,具有很强的光氧化还原功能,可氧化分解甲醛等有害物质.

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.

在建筑装饰装修工程中,做好除甲醛,有着重要的意义.通过分析甲醛污染的来源,结合治理实践,提出了相应的治理策略和防范方法.http://www.jntkzl.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. 

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