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What is PAC?

Form: Ultrafine powder with a particle size <0.18mm (equivalent to the fineness of flour)

Core Weapon: Specific surface area 1500-2000m²/g (1 gram of carbon can cover 4 basketball courts)

Working Principle:

Molecular-level magnetic adsorption: Adsorbs pollutants through van der Waals forces

Three-velocity pores:

Micropores (<2nm): Lock in pesticide/heavy metal ions

Mesopores (2-50nm): Capture dye/VOC molecules

Macropores (>50nm): Create high-speed channels for pollutants

Why choose PAC? Three Overwhelming Advantages in Industrial Scenarios

1. Minute-Level Emergency Response

Pollution Incidents: Directly apply PAC to polluted water bodies; adsorbs algal toxins (such as geosmin) within 15 minutes.

Compared to granular activated carbon: No need to fill filter canisters, saving 2 hours of equipment setup time.

2. Precise Dosage Control

Dynamic Dosing: Adjusts dosage in real-time based on pollutant concentration (5-50 mg/L; e.g., 20 mg/L for dye wastewater, decolorization rate >90%).

Cost Control: Only 1/10 the investment of a fixed-bed system.

3. Comprehensive Penetration Capability

Wastewater Treatment: Degrades recalcitrant COD (biological residual organic matter).

Gas Treatment: Captures toluene/formaldehyde (85% removal rate measured in spray painting workshops).

Soil Remediation: Fixes petroleum hydrocarbons (3x increase in penetration rate).

Limitations of PAC and Kelin’s Breakthrough Solution

Industrial-grade practical cases

Case 1: Textile factory dye leak emergency response

Pollution: 10 tons of indigo dye entered the river, endangering downstream drinking water sources

Action: Addition of KC-DyeLock™ dedicated PAC (dosage 40mg/L)

Results:

Water color decreased from 500 to 5 Pt-Co in 2 hours

Averted water outages for 2 million people, saving $5 million in ecological fines

Case 2: Heavy metal interception at an electroplating plant

Challenge: Nickel ion levels exceeded the limit by 50 times (0.1mg/L)

Solution: KC-MetalSorb™ PAC (Sulfide Loading)

Data: Nickel adsorption capacity 120 mg/g (industry average 60 mg/g)

Annual wastewater treatment cost savings of $280,000

Why global customers choose Kelin PAC?

Programmable pore technology

Laser activation for precise control of pore size distribution (micropore/mesopore ratio ±3%)

Customized adsorption solutions: Pollutant matching report available in 1 hour

Military-grade strength

Ultrasonic breakage rate <0.3% (industry average >5%)

Zero performance degradation under high temperature and high pressure conditions (80℃/0.8MPa)