A Compact Sewage Treatment Plant is an underground facility designed to treat industrial wastewater using advanced biological technology. It effectively removes contaminants such as BOD5, COD, and ammonia nitrogen.
The treatment process involves several stages including grease trapping, screening, equalization, anoxic and oxic treatment, secondary settling, and sludge management to ensure effective removal of pollutants from wastewater.
This system is suitable for various industrial applications including car washing water, poultry processing, meat processing, and more, as well as municipal sewage such as domestic and hotel wastewater.
The plant features stable performance, effective treatment capabilities, economical investment, automatic operation, convenience of maintenance, and a small footprint.
No construction is needed for installation. The plant can be installed underground or above ground based on client requirements.
Maintenance is convenient and requires minimal effort. Regular checks on the system's components and sludge removal are the primary maintenance tasks.
The influent water quality can have BOD5 of up to 350 mg/L, COD of 800 mg/L, and ammonia nitrogen of 50 mg/L, while the effluent quality meets strict standards with BOD5 <= 10 mg/L and COD <= 40 mg/L.
Yes, the surface of the treatment plant can be utilized as green land or square land after installation.
The plant is designed to occupy a small space, making it suitable for various installation sites without extensive land requirements.
The plant operates efficiently with an aeration device that has a high oxygen utilization rate, which helps to save on operational costs.
With proper maintenance and operation, the plant can have a long lifespan, typically lasting several years depending on usage and environmental conditions.
Yes, the system has been successfully used in various applications in the Philippines, demonstrating its effectiveness in tropical climates.
The control room houses essential components like air blowers, UV sterilizers, filters, and the electric control cabinet, allowing for efficient monitoring and management of the treatment process.
After treatment, sludge is collected in a sludge tank, where it can be removed for transport and disposal or returned to the treatment system for further processing.
Benefits include effective pollutant removal, minimal land use, automatic operation, low maintenance requirements, and the ability to repurpose the surface area after installation.
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