Waterproof honeycomb activated carbon is made by water resistance treatment and secondary firing after being discharged from the furnace. It has high strength, water resistance, strong acid resistance, and strong alkali resistance, and can be widely used in wastewater treatment, organic solvent recovery and adsorption, and various catalyst carriers. Waterproof honeycomb activated carbon has a relatively Valoarea iodului de adsorbție ridicată și suprafața ridicată . este utilizată pe scară largă în controlul poluării aerului . Metoda de adsorbție a carbonului activată de miere impermeabilă implică contactul gazelor de evacuare cu carbon poros, cu o suprafață mare, care adsorbește și decompune poluanții în larg, cu o suprafață mare, care adsorbește și se descompun poluanți în largul gazelor de evacuare, care realizează purificarea { organic waste gas purification systems with low concentration and high air volume. When the treated exhaust gas passes through the waterproof honeycomb activated carbon square holes, it can fully contact with the activated carbon, with an adsorption efficiency of up to 67.16% and a low wind resistance coefficient. It has excellent adsorption, desorption, and gas dynamic properties, and can be widely used for purifying and treating organic gases containing toluene, xylene, benzene, phenols, lipids, alcohols, aldehydes, odorous gases, and various gases containing trace metals. The environmental protection equipment using waterproof honeycomb activated carbon has high exhaust gas treatment and purification efficiency, small adsorption bed volume, low equipment energy consumption, and can reduce costs and Costuri de operare . Gazul purificat îndeplinește pe deplin cerințele de emisie de mediu.
Non waterproof honeycomb activated carbon is made of high-quality powdered activated carbon, smokeless coal, asphalt and other special materials, which are fired and pressed into shape. The first firing does not undergo a second firing, nor has it undergone water resistance treatment. It is widely used in air pollution control due to its large area, microporous structure, and high adsorption Capacitate . Se utilizează metoda de adsorbție de carbon activată cu fagure, care implică contactul gazelor de evacuare cu carbon activat poros cu o suprafață mare . poluanții din gazul de evacuare sunt adsorbiți și descompuse, obținând astfel purificarea . poluanții care pot fi remobilați, carbonul de carbon, care pot fi eliminate de carbon de carbon, care pot fi remogeni de carbon de carbon care pot fi remogeni de carbon de carbon care pot fi remodenți de carbon de carbon care se pot remodează de carbon de vară prin lauri de miere de carbon care pot fi activate de carbon de miere de miere Tetraclorură, clor, benzen, formaldehidă, acetonă, etanol, eter, metanol, acid acetic, ester etil, stiren, fosgenă, gaze mirositoare, etc. .
