Description
Clearflow Gel Block Flocculant 360
The Clearflow Gel Block Flocculant 360 is designed to enhance water quality by utilizing flow energy, particle size, shape, and density to effectively release or strip flocculant. This gel block is specifically formulated for coagulation and sinking, making it ideal for applications where suspended solids need to settle. It is highly effective at reducing total suspended solids (TSS), associated inorganic constituents, and metals in the water. The Clearflow Gel Block 360 requires flow to activate the flocculant release, ensuring optimal performance when the water velocity is between 0.3m/s (1 foot/sec) and 1.5m/s (5 feet/sec). For flocculation, the Clearflow 494 Gel is recommended.
Features & Benefits
- Solid gel-block format for passive flocculant release in flowing water
- Helps fine suspended particles form larger, settleable floc
- Supports turbidity and total suspended solids reduction
- Suitable for flowing-water clarification applications
- Designed for use in municipal, industrial, stormwater, construction, and wastewater treatment setting.
- Cost-Effective and Energy Efficient – Requires no external energy source, reducing operational costs while delivering powerful results.
- Easy to Use – Simple to deploy with minimal setup and maintenance required.
Specifications
- Block Size: 9" (L) x 5" (W) x 2.5" (H)
- Coverage: 20,000 m³ per block
- Flow Rate: 50 to 100 GPM
- pH Range: 3-12
- Temperature Range: 4°C to 100°C
- Available Forms: Gel Block, Slab
- Application Time: Minimum 30 minutes for proper hydration
- Long-lasting, self-limiting release
- Requires flow to activate flocculant release, with optimal velocity between 0.3m/s (1 foot/sec) and 1.5m/s (5 feet/sec)
Applications
- Ideal for applications requiring coagulation and sinking of suspended solids, such as wastewater and stormwater treatment.
- Pumped flows using Pipe Reactor systems.
- Used to control sedimentation and improve clarity.
How It Works
The Clearflow Gel Flocculant blocks are designed to be suspended in flowing water, where they release flocculant through flow energy. As the water moves over the block, the flocculant is activated, helping to bind suspended solids and improve water clarity.
