Waste Water Treatment Plant

Product Details:

Given the fact that our MBBR technology generates a very small amount of sludge and taking into account its advanced technology, we are thereby able to compact the size of the plant to about 1/3 the size of a normal “activated sludge process”. This in turn saves valuable space and lowers the cost of the plant and the cost involved in sludge disposal.

b. Ease of operation:

The plant is completely automated thereby eliminating the need for a full time plant operator and limiting the responsibility of the customer to carry out manual operating procedures. The bio media is loose and can be easily cleaned/ inspected.

c. Energy Saving:

The substantially larger surface area of our bio media reduces the oxidation area thereby limiting energy required to aerate it.

d. Mobile unit:

Our MBBR system up to 40 KLD capacity can easily be transported by a single truck to other sites after the project has been completed and can be relocated to the new location.

Product Details:

Grey water treatment plant

• Since the treated water can be used in several applications, it reduces the consumption of fresh water. Thus, it saves public resources.
• It reduces the burden on septic tanks or public sewage system. It extends the lifespan of septic tanks. Decreased water flow in the drainage system assures better system effectiveness. It also reduces the cost of production.
• Reduced flow of water puts reduced burden on the pumping network and treatment plants of municipal corporations.
• When there is a reduced flow of polluted water in the system, there is a reduced environmental impact.
• Due to high efficiency, these systems offer a payback in three to five years, making it a cost-friendly choice.

Product Details:

In the process of MBR technology for STP plants, a perm-selective membrane, for eg – microfiltration or ultrafiltration is combined with a biological process for better output.

All the MBR processes that are available today use the membrane as a filter, which rejects all the solid waste material that is developed in the biologic
al process, this gives a better filtration and disinfected product effluent.

Product Details:

a. Space saving and low cost:

Given the fact that our MBBR technology generates a very small amount of sludge and taking into account its advanced technology, we are thereby able to compact the size of the plant to about 1/3 the size of a normal “activated sludge process”. This in turn saves valuable space and lowers the cost of the plant and the cost involved in sludge disposal.

b. Ease of operation:

The plant is completely automated thereby eliminating the need for a full time plant operator and limiting the responsibility of the customer to carry out manual operating procedures. The bio media is loose and can be easily cleaned/ inspected.

c. Energy Saving:

The substantially larger surface area of our bio media reduces the oxidation area thereby limiting energy required to aerate it.

d. Mobile unit:

Our MBBR system up to 40 KLD capacity can easily be transported by a single truck to other sites after the project has been completed and can be relocated to the new location.

Product Details:

Untreated effluents from textile industries are usually highly coloured and contain a considerable amount of contaminants and pollutants. Stringent environmental regulation for the control of textile effluents is enforced in several countries. Previous studies showed that many techniques have been used for the treatment of textile wastewater, such as adsorption, biological treatment, oxidation, coagulation and/or flocculation, among them coagulation is one of the most commonly used techniques. Electrocoagulation is a process consisting in creating metallic hydroxide flocks within the wastewater by the electrodissolution of soluble anodes, usually made of iron or aluminium. This method has been practiced for most of the 20th century with limited success. In recent years, however, it started to regain importance with the progress of the electrochemical processes and the increase in environmental restrictions in effluent wastewater. This paper examines the use of electrocoagulation treatment process followed by nanofiltration process of a textile effluent sample. The electrocoagulation process was studied under several conditions such as various current densities and effect of experimental tense. Efficiencies of COD and turbidity reductions and colour removal were studied for each experiment. The electrochemical treatment was indented primarily to remove colour and COD of wastewater while nanofiltration was used to further improve the removal efficiency of the colour, COD, conductivity, alkalinity and total dissolved solids (TDS). The experimental results, throughout the present study, have indicated that electrocoagulation treatment followed by nanofiltration processes were very effective and were capable of elevating quality of the treated textile wastewater effluent.

Product Details:

Wastewater Treatment Plants

Product Details:

Wastewater treatment is a process used to remove contaminants from wastewater and convert it into an effluent that can be returned to the water cycle. Once returned to the water cycle, the effluent creates an acceptable impact on the environment or is reused for various purposes (called water reclamation).^[1] The treatment process takes place in a wastewater treatment plant. There are several kinds of wastewater which are treated at the appropriate type of wastewater treatment plant. For domestic wastewater (also called municipal wastewater or sewage), the treatment plant is called a sewage treatment plant. For industrial wastewater, treatment either takes place in a separate industrial wastewater treatment plant, or in a sewage treatment plant (usually after some form of pre-treatment). Further types of wastewater treatment plants include agricultural wastewater treatment plants and leachate treatment plants.

Product Details:

a. Space saving and low cost:

Given the fact that our MBBR technology generates a very small amount of sludge and taking into account its advanced technology, we are thereby able to compact the size of the plant to about 1/3 the size of a normal “activated sludge process”. This in turn saves valuable space and lowers the cost of the plant and the cost involved in sludge disposal.

b. Ease of operation:

The plant is completely automated thereby eliminating the need for a full time plant operator and limiting the responsibility of the customer to carry out manual operating procedures. The bio media is loose and can be easily cleaned/ inspected.

c. Energy Saving:

The substantially larger surface area of our bio media reduces the oxidation area thereby limiting energy required to aerate it.

d. Mobile unit:

Our MBBR system up to 40 KLD capacity can easily be transported by a single truck to other sites after the project has been completed and can be relocated to the new location.

Product Details:

Sewage Treatment Plant In Salem

The purpose of a sewage treatment plant is to treat the wastewater as thoroughly as practically possible – and, even though such plants can often deal with more waste than a septic tank, they will still need emptying from time to time. Over time, sludge can also build up in the system, so it’s important that a treatment plant is regularly maintained at least once a year or as you are advised by the installer.

Advantages of a Sewage Treatment Plant

• Reliable and unlikely to encounter problems with only regular maintenance
• Can be installed even on challenging or compact sites
• Cost-effective over time, with only installation, power and maintenance to pay for