Recovery of waste coconut shell activated carbon used in Beverage Factory

Recovery of waste coconut shell activated carbon used in Beverage Factory
Our company recycles waste activated carbon, waste coconut shell activated carbon, waste columnar activated carbon, waste fruit shell activated carbon and waste coal activated carbon at a high price for a long time
Price is based on quality
Welcome new and old customers to call and negotiate
Tel: 13603996644 website: http://www
huishouhxt
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In addition, our company has long sold various types of activated carbon, coconut shell activated carbon, fruit shell activated carbon, columnar activated carbon and powdered activated carbon
Tel: 13603996644 Website: www
siyuanjs
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Activated carbon for wastewater treatment
 
Characteristics of waste water treatment columnar activated carbon: waste water treatment columnar activated carbon is a porous carbon containing material
It has highly developed pore structure and is an excellent adsorbent
The adsorption area per gram of activated carbon is equivalent to eight tennis courts The adsorption is achieved by physical and chemical adsorption In addition to carbon, its constituent material also contains a small amount of hydrogen, nitrogen, oxygen and ash, and its structure is formed by the accumulation of carbon forming six rings
The irregular arrangement of six ring carbon leads to the characteristics of multi microporous volume and high surface area of activated carbon

 
Waste water treatment columnar activated carbon material: waste water treatment columnar activated carbon can be made of many kinds of carbon containing substances, including wood, sawdust, coal, coke, peat, lignin, fruit core, hard fruit shell, sucrose pulp, bone, lignite, petroleum residue, etc
Among them, coal and coconut shell have become the most commonly used raw materials for the manufacture of activated carbon
The manufacturing of activated carbon is basically divided into two processes
The first process includes dehydration and carbonization, heating the raw materials, drying at a temperature of 170 to 600 ℃, and carbonizing about 80% of the original organic matter
The second process is to activate the carbonization, which is completed by the reaction between activator such as steam and carbon
In the endothermic reaction, the mixed gas composed of CO and H2 is mainly produced to burn and heat the carbonization to an appropriate temperature (800-1000 ℃) to burn all decomposable substances, resulting in developed microporous structure and huge specific surface area, so it has strong adsorption capacity