Sewage Treatment Plant Systems Explained: A Complete Guide

Sewage treatment is a necessity to prevent the decline of the population, environmental planning, and water management. A Sewage Treatment Plant (STP) is developed to treat domestic, commercial, and industrial wastewater and make it safe to release or re-use. With the rising urbanization and industrialization, the service of the loyal STP Plant Company becomes more important than ever.

What Is a Sewage Treatment Plant System?

A Sewage Treatment Plant system is a designed facility that physically, biologically, and chemically removes contaminants in sewage water. The aim is to transform wastewater into treated water, which will be of a standard amount to be discarded or reused. 

How Does a Sewage Treatment Plant Work?

STPs process the wastewater in several regulated stages to facilitate the effective elimination of the pollutants.

Main Stages of Treatment

Primary TreatmentThis is the first step in which big solids, grit, oil, and floating materials are cleared by screens and settling tanks. It helps to decrease the burden on downstream processes.

Secondary TreatmentMicroorganisms decompose dissolved organic material in this biological stage. The core of treatment consists of aeration tanks and clarifiers, which aid in the reduction of BOD, COD, and suspended solids.

Tertiary TreatmentThis step further cleans the water by disinfecting, filtration, or a membrane system to eliminate any last nutrients, pathogens, and minor particles. The water that has been treated is reusable.

Sludge TreatmentThe treatment produces sludge, which is thickened, stabilized, and dewatered in order to be safely disposed of or processed further so that the impact on the environment is minimal.

Why STPs Are Important for Household and Industrial Sewage

To the households, STPs eliminate contamination of groundwater and other water bodies by sewage. 

To industries, they make sure that they comply with norms of pollution control, less freshwater is used, and operations are sustainable. 

Common Types of STP Systems

STP systems are of several types on the basis of capacity, space, and the amount of effluent quality needed:

·         Activated Sludge Process (ASP)

·         Moving Bed Biofilm Reactor (MBBR)

·         Sequential Batch Reactor (SBR)

·         Membrane Bioreactor (MBR)

·         STP systems in packages and modules

The types have their own pros and are chosen depending on the needs of the application.

Why Choose Inhibio for Reliable and Sustainable Sewage Treatment Solutions

Inhibio Water Solutions is a reliable Sewage treatment plant manufacturer and supplier, providing tailor-made STPs in residential, commercial, and industrial projects. 

The company is oriented to the effective design, strong construction, and adherence to environmental regulations. 

Inhibio provides cost-effective, reliable, and sustainable sewage treatment systems that include end-to-end services such as design and installation, through commissioning and support services.

What to Consider When Choosing an STP

The factors that should be considered when choosing an STP are treatment capacity, available space, effluent quality specifications, the cost of operation, level of automation, and the after-sales services. 

The selection of an advanced STP Plant Manufacturer will guarantee the long-term performance and observance of the regulations.

FAQs: About Sewage Treatment Plant Manufacturers

What are the types of STP plants?

They are of several types, such as ASP, MBBR, SBR, MBR, and package STPs.

What is the difference between STP and WWTP?

Domestic sewage is treated by the use of STPs, and larger quantities of domestic and industrial wastewater are treated by WWTPs.

Is it possible to drink STP-treated water?

No, however, it can be reutilized and used as non-portable.

Which chemical is used in STP?

Depending on the process, the common chemicals are chlorine, alum, and polymers.

Which type of STP is best?

The most suitable one is the one that is based on applications, space, and reuse needs.

How can sewage be recycled?

With tertiary treatment, it is possible to reuse treated sewage in landscaping, flushing, cooling, and industrial purposes.