Sewage Treatment Plant

Sewage is the discarded water post-use and contains impurities that can harm the environment and other natural resources. TSE provides a solution to treat sewage in order to remove the impurity to bring down to acceptable discharge levels and also for further reuse through its expertise.

Technologies

MBR (Membrane Bioreactor)

The Membrane Bioreactor (MBR) process is based on a treatment scheme wherein suspended growth activated sludge process micro-porous membranes for solid/liquid separation are applied instead of secondary clarifiers. It also creates a barrier for some pathogens which normally remain untreated by chlorine dosing. Thus making the whole treatment arrangement really compact producing quality effluent (TDS controlled) idle for various reuse applications.

MBBR (Moving Bed Bioreactor)

The MBBR systems are based on the principle of increasing the surface area for enhanced biological treatment without increasing the plant footprint. The treatment reactors are filled with specially engineered media carriers to provide a larger surface area for development of bacterial biofilm. According to the treatment scheme MBBR can be operated under aerobic conditions for nitrification or under anoxic conditions for denitrification.

Eco FABR (Fluidized Aerobic Bed Reactor)

FABR is a substitute of conventional treatment processes answering to its inadequacy like large plant footprint and high power consumption. FABR offers an effective alternative to the conventional systems made unviable due to scarcity of open space, geographical network of piping, high power and land cost.

Eco SAFF (Submerged Aerobic Fixed Film)

This treatment scheme is based on fixed film technology amalgamated along with various aeration systems, making it a highly efficient biological treatment process. The media used is a fixed one thus it makes the operation easy. The cost on various civil constructions can be remarkably reduced as the SAFF converts a small tank size into a high surface area reactor.

With the higher area surface of the BIOdek, higher organic loading rates are enabled, thus reducing the overall size required of the aeration tank. This leads to a considerable reduction in civil costs. SAFF sustains excellent microbial growth in tough conditions and is also capable of handling fluctuating shock loads.

Eco SBR (Sequencing Batch Reactor)

Eco SBR process is based upon an idea that sewage is generated in batches corresponding with time. The treatment consists of phases fill, react, settle, and release. In the system the reaction tank is filled with raw wastewater. During the fill phase and the following react phase, the wastewater is treated biologically. After the biological treatment a settling phase is initiated. Post sedimentation the treated water is discharged from the system before the entering of a new batch of wastewater. In the Eco SBR system the reaction tank can perform both nitrification and denitrification resulting in a complete elimination of internal recirculation and extraneous clarifier.

Solutions for Industrial WasteWater

Industries are at the crux of an economy. Everyday industrial facilities around the world utilizes freshwater for their various processes and releases a large quantity of waste water which is either used and rejected out of the production process or being discharged in the backyard water flow. This practice can be checked in the goodwill of the industry and the very economy.

Sewage is the discarded water post-use and contains impurities that can harm the environment and other natural resources. TSE provides a solution to treat sewage in order to remove the impurity to bring down to acceptable discharge levels and also for further reuse through its expertise.

Technologies

MBR (Membrane Bioreactor)

The Membrane Bioreactor (MBR) process is based on a treatment scheme wherein suspended growth activated sludge process micro-porous membranes for solid/liquid separation are applied instead of secondary clarifiers. It also creates a barrier for some pathogens which normally remain untreated by chlorine dosing. Thus making the whole treatment arrangement really compact producing quality effluent (TDS controlled) idle for various reuse applications.

MBBR (Moving Bed Bioreactor)

The MBBR systems are based on the principle of increasing the surface area for enhanced biological treatment without increasing the plant footprint. The treatment reactors are filled with specially engineered media carriers to provide a larger surface area for development of bacterial biofilm. According to the treatment scheme MBBR can be operated under aerobic conditions for nitrification or under anoxic conditions for denitrification.

Eco FABR (Fluidized Aerobic Bed Reactor)

FABR is a substitute of conventional treatment processes answering to its inadequacy like large plant footprint and high power consumption. FABR offers an effective alternative to the conventional systems made unviable due to scarcity of open space, geographical network of piping, high power and land cost.

Eco SAFF (Submerged Aerobic Fixed Film)

This treatment scheme is based on fixed film technology amalgamated along with various aeration systems, making it a highly efficient biological treatment process. The media used is a fixed one thus it makes the operation easy. The cost on various civil constructions can be remarkably reduced as the SAFF converts a small tank size into a high surface area reactor.

With the higher area surface of the BIOdek, higher organic loading rates are enabled, thus reducing the overall size required of the aeration tank. This leads to a considerable reduction in civil costs. SAFF sustains excellent microbial growth in tough conditions and is also capable of handling fluctuating shock loads.

Eco SBR (Sequencing Batch Reactor)

Eco SBR process is based upon an idea that sewage is generated in batches corresponding with time. The treatment consists of phases fill, react, settle, and release. In the system the reaction tank is filled with raw wastewater. During the fill phase and the following react phase, the wastewater is treated biologically. After the biological treatment a settling phase is initiated. Post sedimentation the treated water is discharged from the system before the entering of a new batch of wastewater. In the Eco SBR system the reaction tank can perform both nitrification and denitrification resulting in a complete elimination of internal recirculation and extraneous clarifier.

Solutions for Industrial WasteWater

Industries are at the crux of an economy. Everyday industrial facilities around the world utilizes freshwater for their various processes and releases a large quantity of waste water which is either used and rejected out of the production process or being discharged in the backyard water flow. This practice can be checked in the goodwill of the industry and the very economy.