Description
AC for Gas Phase in Rubber Tire Industry
Activated carbon is mainly used to adsorb pollutants and reduce emissions in the environmental management of rubber tire industry. In the production process, it can capture VOCs and hydrogen sulfide produced by mixing and vulcanization to reduce exhaust gas pollution. In waste tire pyrolysis, it can adsorb sulfide and tar in the cracking gas to reduce secondary pollution. In addition, activated carbon added to recycled rubber can inhibit desulfurization odor and realize resource utilization.
Generating Scenes
dense refining process, calendering and extrusion, vulcanization process, rubber storage and transfer, waste rubber treatment, etc.
Adsorption Targets
C₆H₆, C₇H₈, SO₂, H₂S, Alcohols, NH₃, Polycyclic aromatic hydrocarbons
Application Scenes
workshop exhaust treatment, tire odor control, warehousing environment purification
Treatment Technology
fixed bed adsorption tower, activated carbon fiber filter, catalytic oxidation combustion
Clarkson Activated Carbon Series
CKC-RT-TCLR-G, CKC-RT-CHTC-G
Case
Background: in the production process of a tire factory, the alcohol concentration in the exhaust gas increased to 300-500 mg/m³, due to the use of solvents containing ethanol. Local emission standard ≤50 mg/m³.
Solution: use activated carbon adsorption system
Process Flow: exhaust gas collection → pretreatment (dehumidification+filtration) → AC adsorption → standard discharge
Treatment Effect: outlet concentration < 30 mg/m³, removal rate > 90%
AC for Liquid Phase in Rubber Tire Industry
Activated carbon is mainly used to treat production wastewater in the liquid phase treatment of rubber tire industry. It can effectively reduce COD and toxicity by adsorbing the residual rubber auxiliaries, sulfides and refractory organics in the wastewater, realizing deep purification and meeting the discharge standards.
Generating Scenes
mixing process wastewater, vulcanization process wastewater, equipment lubrication and cooling wastewater, molding process waste slurry, etc.
Adsorption Targets
benzene, sulfide, organic solvents, plasticizers, heavy metal ions, colloidal pollutants
Application Scenes
adsorption of organic solvents and VOCs, removal of emulsified oil in oily wastewater, sulfide and heavy metal removal.
Treatment Technology
fixed-bed adsorption, AC+ ion exchange resin, chemical modification / catalytic deeptreatment, nitrogen / water vapor adsorption desorption
Clarkson Activated Carbon Series
CKC-RT-TCLR-L, CKC-RT-CHTC-L
Case
Pyrolysis oil purification in a tire factory in Hubei
After activated carbon adsorption, the sulfur content of pyrolysis oil was reduced from 1.2% to 0.3%, reaching the fuel oil standard.
