Municipal water works · South America
Seasonal taste and odor eventsPowdered carbon dosing was evaluated by jar testing and adjusted to raw-water conditions.
Chlorine Removal · Organic Removal · Tap Water Purification
Water Treatment
Activated carbon removes dissolved organics, residual chlorine, taste, odor and selected micropollutants. Granular beds provide continuous polishing, while powdered carbon supports flexible dosing during seasonal or variable loads.
Discuss Your ProjectIndustry overview
Adsorption designed around the process.
Water Treatment with Activated Carbon — Liquid Phase Adsorption Solutions
Activated carbon is a mature, cost-effective adsorption media widely used for liquid-phase water treatment. Its highly developed microporous structure and huge specific surface area efficiently trap dissolved organic contaminants, residual chlorine, chloramines, color, odor compounds, pesticides, pharmaceutical residues and trace heavy metals from water streams.
Our granular, pellet and powdered activated carbon grades are engineered for fixed carbon filters, adsorption towers and dosing systems, serving both municipal drinking water and advanced industrial wastewater polishing.
Core Application Scenarios
- Municipal & Drinking Water Purification Remove residual chlorine, disinfection by-products, geosmin, pesticide residues and unpleasant taste & odor from tap water. Improve finished water quality and satisfy strict drinking water regulations.
- Industrial Wastewater Advanced Polishing Reduce COD, color and soluble organics after biochemical treatment for textile, chemical, pharmaceutical and food wastewater. Help factories meet discharge standards and enable water reuse.
- RO / Membrane Pre-protection Eliminate residual chlorine and organic contaminants to protect reverse osmosis membranes and ion exchange resins from oxidation and organic fouling, extending membrane service life.
- Food & Beverage Process Water Decolor and deodorize process water for bottled water, beverage, brewing and edible oil production, removing phenols and trace organic impurities to stabilize product flavor.
- Aquaculture & Reclaimed Water Remove toxic organics and odor from aquaculture circulating water and recycled water, reduce water chroma and improve water environment for aquatic organisms.
Why Choose Our Activated Carbon for Water Treatment
- Stable liquid-phase adsorption capacity for organic pollutants and chlorine
- Multiple types: granular activated carbon(GAC), powdered carbon(PAC), pellet carbon for different process designs
- Low ash and low leaching, no secondary contamination to water
- Hard particle structure, low breakage rate and low pressure drop in filter beds
- Custom carbon formulations available for targeted heavy metal or special organic removal
- Bulk export support for large-scale municipal and industrial water treatment projects
How It Works
When water flows through activated carbon bed, dissolved contaminant molecules are captured inside carbon pores via physical adsorption. Specially modified activated carbon also enables catalytic reactions to decompose residual chlorine and chloramines. Saturated carbon can be regenerated or replaced for continuous operation.
Industries We Serve
Municipal waterworks, textile printing & dyeing, chemical manufacturing, pharmaceutical, food & beverage, electroplating, aquaculture, wastewater recycling plants.
Contact our engineering team to select suitable activated carbon based on your water quality, flow rate and target pollutant indexes.
Common carbon options: Coconut Shell · Nutshell · Coal-based · Powdered Activated Carbon
Product parameters
Activated carbon selection table.
Recommended starting ranges for technical discussion. Final values depend on the stream, test method and buyer specification.
| Carbon option | Iodine value | Typical size | Suitable conditions | Selection effect |
|---|---|---|---|---|
| Coconut shell GAC | 900–1200 mg/g | 8×30 / 12×40 mesh | Drinking and process water | Micropore adsorption; high hardness |
| Coal-based GAC | 800–1000 mg/g | 8×30 mesh | Industrial water and wastewater | Broad pore distribution |
| Nutshell GAC | 900–1100 mg/g | 8×30 / 20×40 mesh | Fixed-bed polishing | Durable granular media |
| Powdered carbon | 700–1000 mg/g | 200-325mesh | Batch or emergency dosing | Fast dispersion and flexible dose |
Treatment process
From inlet to verified outlet.
The exact equipment train is confirmed after reviewing site data and target limits.
- 01Water analysis
- 02Coagulation / filtration
- 03Carbon contact or dosing
- 04Solid-liquid separation
- 05Outlet verification & regeneration plan
Project cases
International industrial references.
Buyer identities are withheld. The examples show representative project briefs and engineering approaches; performance is site-specific.
Textile wastewater plant · South Asia
Color and residual COD polishingCoal-based GAC columns used after biological treatment with lead-lag operation.
Beverage utility · North Africa
Chlorine removal before process useCoconut shell GAC selected for fixed-bed dechlorination and monitored by residual chlorine.
Frequently asked questions
Technical answers for buyers.
Need a faster review? Send the available process data with your inquiry.
Yes. Share your process data and target limits so we can prepare a relevant evaluation sample. Freight is normally paid by the buyer.
Iodine value, particle size, strength, moisture and packing can be discussed against the equipment and required outlet quality.
Please provide the stream composition, target contaminants, inlet and outlet limits, flow, temperature, humidity or pH, contact time and current equipment.
Service life depends on actual contaminant loading, competing compounds and operating conditions. Pilot testing and breakthrough monitoring provide the most reliable estimate.