A cost-effective, energy-saving, lightweight wastewater treatment equipment, made of high polymer composite materials, featuring numerous advantages, suitable for urban residential areas, towns, office buildings, hotels, schools, scenic spots, and villa communities.
Glass-fiber reinforced concrete septic tanks are designed and used based on sedimentation and anaerobic fermentation principles, specifically for treating domestic wastewater. They require no external power or operating costs, saving energy, are easy to manage, and offer excellent social, environmental, and economic benefits.
The main features of the glass-fiber reinforced septic tank include:
High Strength: Utilizes a circumferential dense corrugated structure design, offering high compressive and impact resistance. Compared to traditional cylindrical, spherical dome, and other structures, the strength is increased several times, capable of withstanding significant pressure and impact.
Corrosion-Resistant: Glass fiber materials offer excellent corrosion resistance, able to withstand erosion from acids, alkalis, and other chemicals, ensuring a long service life.
Excellent sealing: Integrated manufacturing and craftsmanship resolve the leakage and cracking issues present in traditional septic tanks, preventing groundwater pollution and environmental hazards.
Low Cost: Utilizing mass production, factory automation, and mechanization, we save on labor and materials, resulting in a comprehensive low cost.
Easy Installation: Factory-fabricated, complete manufacturing, whole transportation, quick and convenient installation, short construction period, low construction costs.
The glass-fiber reinforced concrete septic tank features a unique structural design, utilizing a horizontal cylindrical shape.
End caps typically feature a concave-convex surface design for mechanical properties, internally equipped with baffles, where the holes are misaligned vertically, preventing short flow and dividing the vessel into multiple sections.
First-grade anaerobic chambers, second-grade anaerobic chambers, and clarification chambers, etc., utilize microorganisms on biofillers to degrade and purify organic pollutants in wastewater, significantly enhancing reaction efficiency.
