果壳活性炭简介：
    果壳活性炭是选用优质杏壳、桃壳、核桃壳、枣壳等果壳为原料，采用炭化、活化、过热,蒸气崔化等工艺精制而成，外观为黑色不定型颗粒，经系列生产工艺加工而成的一种活性炭。

    果壳活性炭被广泛应用于饮用水、工业用水和废水的深度净化生活、工业水质净化及气相吸附，如电厂、石化、炼油厂、食品饮料、制糖制酒、医药、电子、养鱼、海运等行业水质净化处理，能有效吸附水中的游离氯、酚、硫和其它有机污染特，特别是致突变物（THM）的前驱物质，达到净化除杂去异味。还可用于工业尾气净化、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，工业溶剂过滤、脱色、提纯等。各种气体的分离、提纯、净化；有机溶剂回收；制糖、味精、医药、酒类、饮料的脱色、除臭、精制；贵重金属提炼；化学工业中的催化剂及催化剂载体。产品更具脱色、提纯、除杂、除臭、去异味、载体、净化回收等。

Nanning Linengda shell activated carbon plant Wenxian Profile: apricot shell activated carbon is made of high quality shell, peach shell, walnut shell, shell and other shell dates as raw materials, carbonization, activation, thermal, steam and other process of refining Choi, appearance of the black particles are not stereotypes, the series production of a processing of the activated carbon. Activated carbon is widely used in drinking water, industrial water and waste water purification of the depth of life, industrial water purification and gas adsorption, such as power plants, petrochemical, refinery, food and beverages, sugar liquor, medicine, electronics, fish farming, sea water purification and other industries, the effective absorption of water, free chlorine, phenol, sulfur, and other characteristics of organic pollution, in particular mutagens (THM) are the precursors to purify the impurity to smell. Can also be used for industrial exhaust gas purification, gas desulfurization, catalytic reforming of petroleum, gas separation, pressure swing adsorption, air drying, food preservation, gas masks, media carrier solution, industrial solvent filtration, decolorization, purification and so on. A variety of gas separation, purification, purify; organic solvent recovery; sugar, monosodium glutamate, medicine, alcohol, beverages bleaching, deodorizing, refining; precious metal refining; chemical industry catalyst and catalyst support. Products more bleaching, purification, cleaning, deodorizing, to smell, support, purification and recovery, etc.

果壳活性炭技术参数

    活性炭吸附：

    活性炭吸附是指利用活性炭的固体表面对水中的一种或多种物质的吸附作用，以达到净化水质的目的。

    影响果壳炭吸附的因素：

    吸附能力和吸附速度是衡量吸附过程的主要指标，吸附能力的大小事用吸附量来衡量的。而吸附速度是指单位重量吸附剂在单位时间内所吸附的无质量。在水处理中，吸附速度决定了污水需要和吸附剂接触时间。