Description
Lithium Battery Manufacturing
Activated carbon achieves efficient and low-cost pollution control in the manufacturing of lithium batteries, helping the industry to upgrade green pollution.
Generating Scenes
electrode preparation, electrolyte injection, battery assembly and welding, aging and testing, etc.
Adsorptiontargets
organic pollutant, acid gas, particulate matter, odorous substance
Application Scenes
coating shop, filling plant, welding shop, battery test area, plant exhaust gas outlet
Treatment Technology
fixed bed adsorption tower, ACconcentration + catalytic combustion, mobile adsorption unit
Clarkson Activated Carbon Series
CKC-BM-TCLR, CKC-BM-CHTC
Case
Problem: NMP volatile amount 2000 mg/m³ in the coating drying process, far exceeding the emission standard ≤80 mg/m³.
Solution: adopted combined process of “zeolite wheel concentration + AC adsorption” , and the waste gas is concentrated into the AC adsorption tower.
Effect: emission concentration reduced to 20 mg/m³ max, AC replacement cycle extended to 6 months, and the operating cost reduced by 30%.
Lithium Battery Recycling and Reuse
Activated carbon realizes the dual goals of resource recovery and pollution control through the adsorption-regeneration cycle in lithium recovery, and its core values include high selectivity, cost advantages and environmental compliance.
Generating Scenes
leach solution pollution, electrolyte volatilization, exhaust gas emission, wastewater treatment, etc.
Adsorption Targets
heavy metal ions, organic pollutants, fluoride and acid gas, particles and dust
Application Scenes
leach solution purification, electrolyte Recovery, waste gas treatment, wastewater deep treatment
Treatment Technology
fixed bed adsorption, PAC addition, adsorption-membrane separation, chemical precipitation-AC, Pyrolysis-AC purification
Clarkson Activated Carbon Series
CKC-LR-TCLR, CKC-LR-CHTC
Case
Background: the leach solution contains Co²⁺ 800 mg/L, Ni²⁺ 500 mg/L, and the traditional precipitation method is inefficient.
Solution: Fixed bed adsorption, pH 5~6.
Effect: Co²⁺, Ni²⁺ adsorption rate >98%, metal recovery purity 99.5%.
