Against the backdrop of increasingly urgent global environmental protection needs, activated carbon, as an efficient adsorption material, has become a core solution in the field of water treatment and air purification. Palm shells are common agricultural waste in tropical regions. Due to their unique physical and chemical properties, they are becoming an ideal raw material for producing activated carbon.

1. Resource recycling: solving the problem of waste disposal:The global palm oil industry produces millions of tons of palm shell waste every year. Traditional treatment methods are mostly open-air stacking or incineration, which not only occupies land, but also releases greenhouse gases and dust pollution. By converting it into activated carbon through pyrolysis carbonization technology, efficient recycling of resources can be achieved.

2. Pore structure advantage: "natural gene" of adsorption efficiency:Palm shell fiber structure is dense and rich in lignin, and abundant micropores and mesopores can be formed during high-temperature carbonization activation. Experimental data show that the specific surface area of ​​palm shell activated carbon can reach 1200-1500 square meters/gram, far exceeding coal-based activated carbon (about 800 square meters/gram), significantly improving the adsorption efficiency of organic pollutants and heavy metal ions.

 

3. Environmental performance: Full-cycle carbon reduction from production to disposal:The environmental performance of palm shell activated carbon runs through the entire life cycle. Low carbonization during production: Volatile substances produced by palm shell carbonization can be recycled as fuel, reducing fossil energy consumption. Strong regeneration ability: Through high-temperature steam activation method, it can be reused 3-5 times to extend the service life of the product. Terminal degradation friendly: Failed activated carbon can be safely landfilled, and its porous structure can also improve soil permeability and help ecological restoration.