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Our proprietary technology for wastewater treatment is C-Tech. C-Tech is an advanced technology for treating sewage and effluents. C-Tech is the latest generation SBR process, employed extensively for treating both domestic sewage and industrial effluents to achieve recyclable quality water with low life cycle cost, and has installations in many countries, including UK, Germany, Poland, Austria, China, Russia, Australia, Vietnam and Malaysia. Our C-Tech technology package includes design and engineering solutions, the technology installation, and supply of key equipment such as decanters, diffusers, air blowers, fibre disc filters, solar sludge drying system along with programmable logic controller (“PLC”) / supervisory control and data acquisition (“SCADA”)-based automation solutions. Furthermore, we also provide O&M services and other associated accessories to our customers. A primary advantage of the C-Tech system, as compared to other conventional technologies, is that it offers an efficient method of a cyclic activated sludge treatment, that produces a recyclable quality effluent in a single step.
Distinguished by its Exceptional 98% Treatment Efficiency, Surpassing Conventional Methods.
C-Tech offers a significant edge by drastically lowering BOD, COD, Total Suspended Solids, Ammoniacal Nitrogen, Total Nitrogen, and Total Phosphorus, surpassing
conventional technologies
text The incorporation of a multi-cell biological selector at the systems front-end sets C-Tech apart from other technologies. This innovative feature utilizes Return Activated Sludge (RAS) pumps to recycle a portion of Mixed Liquor Suspended Solids from the aeration zone. The selector guarantees excellent sludge settling characteristics under various operating conditions. Achieving a Sludge Volume Index (SVI) as low as 40 mL/g is a testament to its effectiveness. Additionally, the anaerobic conditions in the Selector Zone facilitate phosphorous removal, enhancing overall wastewater treatment efficiency.
The incorporation of a multi-cell biological selector at the system’s front-end sets CTech apart from other technologies. This innovative feature utilizes Return Activated Sludge (RAS) pumps to recycle a portion of Mixed Liquor Suspended Solids from the aeration zone. The selector guarantees excellent sludge settling characteristics under various operating conditions. Achieving a Sludge Volume Index (SVI) as low as 40 mL/g is a testament to its effectiveness. Additionally, the anaerobic conditions in the Selector Zone facilitate phosphorous removal, enhancing overall wastewater treatment efficiency.
The incorporation of a multi-cell biological selector at the system’s front-end sets CTech apart from other technologies. This innovative feature utilizes Return Activated Sludge (RAS) pumps to recycle a portion of Mixed Liquor Suspended Solids from the aeration zone. The selector guarantees excellent sludge settling characteristics under various operating conditions. Achieving a Sludge Volume Index (SVI) as low as 40 mL/g is a testament to its effectiveness. Additionally, the anaerobic conditions in the Selector Zone facilitate phosphorous removal, enhancing overall wastewater treatment efficiency.
The incorporation of a multi-cell biological selector at the system’s front-end sets CTech apart from other technologies. This innovative feature utilizes Return Activated Sludge (RAS) pumps to recycle a portion of Mixed Liquor Suspended Solids from the aeration zone. The selector guarantees excellent sludge settling characteristics under various operating conditions. Achieving a Sludge Volume Index (SVI) as low as 40 mL/g is a testament to its effectiveness. Additionally, the anaerobic conditions in the Selector Zone facilitate phosphorous removal, enhancing overall wastewater treatment efficiency.
The incorporation of a multi-cell biological selector at the system’s front-end sets CTech apart from other technologies. This innovative feature utilizes Return Activated Sludge (RAS) pumps to recycle a portion of Mixed Liquor Suspended Solids from the aeration zone. The selector guarantees excellent sludge settling characteristics under various operating conditions. Achieving a Sludge Volume Index (SVI) as low as 40 mL/g is a testament to its effectiveness. Additionally, the anaerobic conditions in the Selector Zone facilitate phosphorous removal, enhancing overall wastewater treatment efficiency.
With over 1,000 projects across India, our flagship C-Tech SBR technology plays a vital role in sustainable urban development, delivering cleaner water bodies and healthier cities nationwide. With 621 plants already commissioned and orders for a total of 1,157 sewage treatment plants, SFC is driving environmental transformation across the country. Explore our extensive network of installations through the map below.
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