About Industrial Sewage Treatment Plants
Having an experience of 20 years in the industry, we have become the reliable manufacturer and supplier of Industrial Sewage Treatment Plants. These treatment plants are designed with high quality material developed for the treatment of industrial sewage. To remove the toxic elements and make the sewage odor free and re-usable, various industries install these treatment plants. Industrial Sewage Treatment Plants can be availed by our industrial clients at a reasonable price.
Features:
- High level of sewage treatment
- Easy to install
- Efficient filtration process
Compact and Efficient Wastewater TreatmentMaximize your industrial site's efficiency with this compact sewage treatment system. Designed for space-saving installation, it combines advanced bioreactor technology with membrane filtration, delivering outstanding purification results. The included skid-mount makes relocation and integration effortless, while low maintenance requirements keep operation straightforward and efficient.
Customizable Solutions for the Food SectorTailored for the food industry's specific needs, the system's customizable inlet allows integration with various water sources. Its automated operation minimizes manual intervention, while robust FRP-coated steel construction ensures durability in demanding environments. Each unit is delivered with a comprehensive electrical panel for seamless control.
Safe, Quiet, and Sustainable OperationMaintain a safe and comfortable working environment with a system producing less than 70 dB of noise. The plant supports advanced disinfection methods (UV or chlorine) for reliable reuse or discharge. Built to last and weighing about 900 kg, the system upholds high environmental standards, making it an excellent choice for modern, sustainable wastewater management.
FAQ's of Industrial Sewage Treatment Plants:
Q: How does the air blower contribute to the sewage treatment process?
A: The air blower, rated at 0.25 KW, provides essential aeration within the biological treatment chamber. This process supplies oxygen to beneficial microorganisms, which break down organic contaminants, resulting in highly reduced BOD, COD, and TSS levels in the treated effluent.
Q: What water quality can I expect from the effluent output?
A: The treated water achieves TSS below 20 mg/L, BOD below 10 mg/L, and COD below 50 mg/L. These values make the effluent suitable for discharge reuse, complying with stringent industry standards, and ensuring safe environmental practices.
Q: How often does the system require maintenance?
A: This industrial treatment plant is engineered for low maintenance. Routine checks involve periodic cleaning of the membrane modules and inspection of system components, but the automated operation and skid-mounted design minimize downtime and manual servicing.
Q: Where can this sewage treatment plant be installed?
A: The prefabricated and containerized design enables installation at various industrial sites, especially those operating in the food sector. Its compact footprint (3500 x 1500 x 2000 mm) allows for placement in areas with space constraints, ensuring flexibility in urban or remote locations.
Q: What is the process flow within the sewage treatment plant?
A: The system uses advanced bioreactor technology with two high-precision membranes (0.1 micron) to biologically treat and filter wastewater. From the customizable inlet to sludge holding and disinfection (UV or chlorine ready), the automatic process ensures consistent, high-quality effluent output.
Q: What are the key advantages of this sewage treatment system for industrial users?
A: Major benefits include compact design, low noise, minimal maintenance, high treatment efficiency, and robust FRP-coated construction. With seamless automation and advanced disinfection options, users enjoy reliable operation and peace of mind regarding environmental compliance.
Q: Can the treated water be reused or safely discharged?
A: Yes, the advanced treatment and disinfection methods employed produce effluent of sufficient quality for safe discharge or reuse in non-potable applications, supporting water conservation and sustainable waste management practices.