供应河北大量生产活性炭 0.5-1mm椰壳活性炭详细介绍

河北大量生产活性炭 0.5-1mm椰壳活性炭

活性炭定义:

活性炭的主要原料几乎可以是所有富含碳的有机材料，如煤、木材、果壳等。这些含碳材料在活化炉中，在高温和一定压力下通过热解作用被转成活性炭。在此活化过程中，巨大的表面积和复杂的孔隙结构逐渐形成，而所谓的吸附过程正是在这些孔隙中和表面上进行的。

活性炭从表观上分主要有两种：

粉状活性炭：粒度在100-325目之间；

粒状活性炭：有不定型颗粒状和挤压成型柱状颗粒两种，粒度在0.5-10mm之间。

活性炭理化指标：

CTC吸附值                 %          100-140%

苯吸附Benzene adsorption     %       45-65%

碘吸附值Iodine adsorption   Mg/g     1100-1300

比表面积 Surface area       m2/g     1400~2400

表观密度 Bulk density       g/ml     0.33~0.38

着火点Ignition temperature   ℃       400~450

强 度Hardness             %         95-99.9%

灰 分Ash                    %         3-6

水 分Moisture content       %           5

粒 度 Particle size       mesh      1-2，2-4mm

活性炭主要用途：　

活性炭被广泛应用于生活用水、工业用水和废水的深度净化及气相吸附，如石油化工、电厂、食品饮料、制糖制酒、医药、养鱼等行业水质净化处理，能有效吸附水中的游离氯、酚、硫和其它有机污染物，特别是致突变物（THM）的前驱物质，达到过滤除杂去异味。还可用于车间尾气净化、溶剂过滤、脱色、提纯等，气体脱硫、石油催化重整，气体分离、变压吸附、空气干燥、食品保鲜、防毒面具、解媒载体，有机溶剂回收；贵重金属提炼；化学工业中的催化剂及催化剂载体等功能。

活性炭是如何发挥作用的呢？

活性炭的吸附可分为物理吸附和化学吸附；

物理吸附主要发生在活性炭去除液相和气相中杂质的过程中。活性炭的多孔结构提供了大量的表面积，从而其使非常容易达到吸收集杂质的目的，就像磁力一样，所有的分子之间都具有相互引力，正因为如此，活性炭孔壁上的大量分子可以产生强大的引力，从而达到将介质中的杂质吸引到孔径中的目的。必须指出的是，这些被吸引的杂质的分子直径必须是要小于活性炭孔径的，这样才可以***杂质被吸附到孔径中去，这也是为什么我们通过不断的改变原材料和活化条件来创造具有不同的孔径结构的活性炭，从而适用于各种杂质吸收的应用。除了物理吸附之外，化学反应也经常发生在活性炭的表面，活性炭不仅含碳，而且在其表面含有少量的化学结合，功能团形式的氧和氢，例如羧基、羟基、酚类、内脂类、醌类、醚类等。这些表面上含有地氧化物或络合物可以与被吸附的物质发生化学反应，从而与被吸附的物质发生化学反应，从而与被吸附物质结合聚集到活性炭的表面。

活性炭吸附法在水处理中的应用：

活性炭吸附广泛应用于在城市污水处理、饮用水及工业废水处理。　　

1、城市污水处理中的应用 　　

废水中的一些有机物是难于为微生物或一般氧化法所氧化分解的，如酚、苯、石油及其产品、杀虫剂、洗涤剂、合成染料、胺类化合物以及许多人工合成有机物，经生化处理后很难达到对排放要求较高的水体中排放的标准，也严重影响废水的回用，因此需要深度处理。　　

由于活性炭对有机物的吸附能力大，在废水深度处理中得到广泛的应用，具有以下优点：　　

①处理程度高，城市污水用活性炭进行深度处理后,BOD可降低***,TOC可降到1～3mg/L。　　

②应用范围广，对废水中绝大多数有机物都有效，包括微生物难于降解的有机物。 　

③适应性强，对水量及有机物负荷的变动有较强的适应性能，可得到稳定的处理效果。 　　

④粒状炭可进行再生重复使用，被吸附的有机物在再生过程中被烧掉，不产生污泥。 　　

⑤可回收有用物质，例如用活性炭处理含酚废水，用碱再生吸附饱和的活性炭，可以回收酚钠盐。 　　

⑥设备紧凑、管理方便。 　　

2、饮用水深度处理中的应用 　　

活性炭吸附是建立在常规给水处理基础上，一般设置在砂过滤之后，也可与砂滤料组成双层滤料过滤或以活性炭过滤代替砂过滤。 　　

在利用活性炭吸附进行饮用水深度处理的过程中，发现在活性炭滤料上生长有大量的微生物，使出水水质提高且再生延长，于是发展了一种经济***去除水中的微污染物质的生物活性炭工艺，流程为原水—（加入混凝剂）—澄清—过滤（加入臭氧）再利用活性炭吸附，***是出水。　　

3、工业废水处理中的应用 　　

很多工业废水很难或不能采用生化处理，采用其他方法时，有的不能达到排放标准，或运行费用较高，或操作较麻烦等，例如有毒的有机化合物和某些金属及其化合物等。工程实践表明，活性炭对这些物质有很强的吸附能力。

活性炭有什么性能指标呢？

活性炭产品的性能指标可分为物理性能指标、化学性能指标、吸附性能指标和。

三种性能指标对活性炭的选择和应用都起到非常重要的作用。

主要物理性能指标：形状、外观、比表面积、孔容积、比重、目数、粒度、耐磨强度、漂浮率等。

主要化学指标：PH值、灰份、水份、着火点、未炭化物、硫化物、氯化物、氰化物、硫酸盐、酸溶物、醇溶物、铁含量、锌含量、铅含量、砷含量、钙镁含量、重金属含量、磷酸盐等。

主要吸附性能指标有：亚甲兰吸附值、碘吸附值、苯酚吸附值、四氯化碳吸附值、饱和硫容量、穿透硫容量、水容量、氯乙烷蒸气防护时间、ABS值等。

活性炭价格：

活性炭由于材质用料、碘值、用途及各项指标的不同价格高低也不同，椰壳黄金炭10000元/吨-18000元/吨，纯水净化活性炭6000元/吨-9000元/吨，污水处理活性炭4000元/吨-8000元/吨，空气净化有毒气体处理活性炭2800元/吨-6000元/吨等，可根据客户要求提供详细价格。

活性炭包装：

25kg/袋或20kg/袋，内塑外编双层包装，出口产品也可用吨袋包装，具体包装可按客户要求调整生产。

联系方式：

平泉县鸿德活性炭厂 地址：河北承德平泉县杨树岭镇双庙村 联系人：陈曦 电话：15933675139 座机：0314-6030803 传真：0314-6030803 QQ：1840227310 邮箱：1840227310@qq.com 网址：

产品图片：

Activated carbon is defined:

The main raw material of activated carbon can be almost all carbon-rich organic materials, such as coal, wood, shells, etc. These carbon materials in the activation furnace, under high temperature and pressure through pyrolysis was converted to activated carbon. In the activation process, large surface area and pore structure of the complex formed gradually, and the adsorption process is conducted on the surface in the pore.

There are two main types of activated carbon from the apparent points:

Powdered activated carbon: particle size between 100-325 mesh;

Granular activated carbon: have not finalize the granular and extrusion columnar particles, particle size is between 0.5 to 10 mm.

Physical and chemical indicators: activated carbon

CTC adsorption value % 100-140%

The Benzene adsorption Benzene adsorption % 45-65%

The Iodine adsorption value of Iodine adsorption, 1100-1300 Mg/g

Specific Surface area of 1400 ~ 2400 m2 / g

Apparent density, Bulk density, g/ml, 0.33 ~ 0.38

Ignition Ignition temperature 400 ~ 450℃

Strong degree of Hardness % 95-99.9%

Grey Ash % 3-6

Water points, Moisture content % 5

Degree of grain Particle size 1-2-4 mm mesh

Applications: activated carbon

Activated carbon is widely used in domestic water, industrial water and waste water depth purification, and gas phase adsorption, such as petrochemical industry, power plants, food and beverage, sugar alcohol, medicine, fish farming industry such as water purification treatment, can effective adsorption of the water of free chlorine, phenol, sulfur, and other organic pollutants, especially the mutagenic material (THM) precursors material, to achieve filtering removing impurity to smell. Can also be used for workshop exhaust gas purification, solvent filtration, decolorization, purification, gas desulfurization, catalytic reforming of oil and gas separation, pressure swing adsorption and air drying, food preservation, gas masks, media carrier solution, organic solvent recovery; Precious metal refining; Catalyst and catalyst carrier in chemical industry, etc.

Activated carbon is how to play a role?

Can be divided into physical adsorption and chemical adsorption of active carbon adsorption;

Physical adsorption mainly occurs in the process of activated carbon to remove impurities in the liquid and gas phases. Offers a wide range of surface area and porous structure of activated carbon to make very easy to achieve the purpose of absorbing set impurities, like magnetic, all have a mutual attraction between molecules, and because of that, activated carbon pore walls of large Numbers of molecules can produce strong gravity, so as to achieve to attract the impurity in the medium to the aperture of the objective. It must be pointed out is that these are attracted impurity molecule diameter must be less than activated carbon pore diameter, it can ensure the impurities adsorbed to the aperture, this is why we through changing the raw materials to create different aperture structure and activation conditions of activated carbon, thereby absorbing impurities are suitable for all kinds of applications. Besides physical adsorption, chemical reaction and often occur on the surface of activated carbon, activated carbon, not only but also in its surface contains a small amount of chemical combination of functional group in the form of oxygen and hydrogen, such as carboxyl, hydroxyl, phenols, lipid, quinones, ethers, etc. These surface oxide or complex can react with adsorbed substances, to react with adsorbed substance, which combined with adsorption material gathered on the surface of the activated carbon.

Activated carbon adsorption method application in water treatment:

Activated carbon adsorption is widely used in urban wastewater treatment, drinking water and industrial wastewater treatment. 1, the application of the urban sewage treatment

Some organic matter in wastewater is difficult to oxidation by microorganisms or general oxidation decomposition, such as phenol, benzene, petroleum and its products, pesticides, detergents, synthetic dyes, amine compounds, and a number of synthetic organic compounds, after biochemical treatment is very difficult to achieve higher requirements on emissions of water discharge standard, and the serious influence of wastewater reuse, so you need to deep processing. Because of the activated carbon adsorption ability of organic matter, widely used in wastewater treatment, has the following advantages:

1) high degree of processing, municipal wastewater after advanced treatment using activated carbon, BOD can be reduced by ***, the TOC can drop to 1 to 3 mg/L. (2) the application range is wide, is effective to most of the organic matter in waste water, difficult to degradation of organic compounds including microorganisms. 3. Strong adaptability, to water and organic matter load changes have strong adaptive performance, stable treatment effect can be obtained. (4) granular charcoal regeneration can be repeated use, by adsorption of organic compounds was burned in the regeneration process, does not produce sludge. 5. Recycling useful substances, such as phenolic wastewater treatment with activated carbon, with alkali activated carbon regeneration adsorption saturation, can recycle phenol sodium salt. 6. Equipment is compact, easy to manage. The application of the 2, drinking water depth treatment

Activated carbon adsorption is based on the conventional water treatment, generally set up after the sand filter, also can with sand filter material composed of double-layer filter material to filter or replace the sand filter with activated carbon filter. In advanced treatment of drinking water by activated carbon adsorption process, found on the activated carbon filter material growth have a large number of microorganisms, to improve water quality by regeneration and extended, so the development of an economic and effective to remove the water pollutants biological activated carbon process, the process for raw water - (to join

联系方式：

平泉县鸿德活性炭厂 地址：河北承德平泉县杨树岭镇双庙村 联系人：陈曦 电话：15933675139 座机：0314-6030803 传真：0314-6030803 QQ：1840227310 邮箱：1840227310@qq.com 网址：