Bio-Mesh Bio-Block
The Acacia Bio-Mesh Bio-Block range is a tubular biological treatment and filtration medium. Manufactured in Australia and both chemically and biologically inert, these BioBlocks are ideal for a wide range of applications including wastewater treatment, aquaculture recirculation systems, trickling filters, aeration systems, aerobic and anaerobic submerged filters, oil separation systems, stormwater run-off sumps, and cooling towers.
Key Features and Benefits
Modules are strong, efficient, and easy to handle, requiring no on-site assembly. Installation is straightforward, and modules can be placed into existing tanks to increase efficiency and capacity. These Bio-Mesh BioBlocks delivers outstanding long-term, low-maintenance performance, making it an extremely cost-effective, one-off investment.
Available in a range of tube diameters – 55mm, and 42mm – Bio-Mesh BioBlocks can be tailored to suit specific operational requirements. With rough-surfaced tubes providing increased surface area and optimal environments for biomass accumulation.
Applications and Proven Success
These Bio-Mesh BioBlocks has been widely adopted in various industrial and commercial systems, including:
- Aquaculture: Enhancing biological filtration in recirculation systems.
- Wastewater Treatment: Used in domestic and commercial sewage systems, as well as stormwater treatment setups.
Technical Specifications
| Product | Bio Mesh Tubing 55mm | Bio Mesh Tubing 42mm | |
|---|---|---|---|
| Specific Surface Area (approx) | 200 m² / m³ | 250 m² / m³ | |
| Average Voidage | 60% | 55% | |
| Average Hollow Space | 82% | 70% | |
| Material | HDPE | HDPE | |
| Dimension for Standard Module | 550 x 550 x 550 mm (10×10 tubes) | 546 x 546 x 550 mm (13×13 tubes) |
Whether it’s a high-capacity industrial application or a smaller-scale setup, Bio-Mesh Bio-Blocks provide a reliable and sustainable solution for biological treatment and filtration requirements.
The specially prepared surface area on this Acacia Bio-Mesh module is perfectly suited to removing bacteria and dirt when submerged in the water.
