Product Overview:
The PCG Bio-Carrier is a high-performance polymer composite gel biocarrier designed for sewage and industrial wastewater treatment. Inspired by Japanese technology and refined over a decade of R&D, it excels in microbial attachment, hydrophilicity, and durability, making it ideal for biological reactors in Saudi Arabia’s demanding water treatment projects.
Key Features
1. Superior Hydrophilicity
2. Absorbs water rapidly, transforming into a gel state for enhanced microbial adhesion.3.Wall-structured design (vs. ribbed sponges) increases surface area and biofilm capacity.
Large Specific Surface Area
≥380,000 m²/m³ (BET method), far exceeding traditional carriers like PE (500–900 m²/m³) or polyurethane sponges (3,000–4,000 m²/m³).
3D spatial structure prevents clogging and supports high microbial concentrations.
Technical Parameters:
| Parameter | Value |
| Application | Water Treatment |
| Specific surface area | ≥380000 M/m³ |
| Material | Porous Gel |
| Shape | Cubic |
| Dosing rate | 10~30 |
| Nitrification efficiency | 12~25 |
| COD oxidation efficiency | 20~150 |
| Description | Water Purifying Filler, Filler for Water Treatment, Water Purifying Filler with High Performance |
Advantages:
Adaptability: Suitable for high-salinity and industrial wastewater (e.g., oil, dyeing, food processing).
Cost-Effective: Reduces chemical use and sludge disposal expenses.
Easy Installation: Pre-packed in vacuum-sealed units for quick deployment.
FAQ
Q1: How does PCG compare to MBBR carriers?
A: PCG offers 3x higher biofilm adhesion, faster settling, and superior nitrogen removal.
Q2: Is PCG suitable for high-temperature environments?
A: Yes, it operates reliably in 1–50°C, ideal for Saudi Arabia’s climate.
Q3: What’s the typical ROI?
A: Reduced sludge and energy costs typically deliver ROI within 2–3 years.
Q4: Can PCG retrofit existing systems?
A: Yes, it integrates seamlessly with SBR, MBR, and activated sludge processes.
