Innovative Sewage Treatment Plant Designed for Environmental Conservation

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Sewage Treatment Plant Installation

Turn wastewater into something usable with Hydromo’s sewage treatment plant, Wastewater generated from different industry sectors can’t be released into the environment. Sewage treatment plants (STPs) clean wastewater so that it can be safely discharged into the environment, reused in agriculture, or redirected for use in homes as flush water. Both organic and inorganic materials are frequently found in sewage.

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Types of Sewage Treatment Plant

Sewage Treatment PlantMBR mixes living bacteria with special filters to make water clean. Bacteria consume bad stuff in water, while thin membranes trap smaller particles. The system uses three steps – debris removal, filtration, and disinfection – to make water both clean enough for reuse and safe to release.

MBBR (Moving Bed Biofilm Reactor) works by attaching bacteria to plastic carriers to clean water. The bacteria grow on the carriers in an aerated tank, eating up unwanted substances. This small system removes clogs well and doesn’t need to recycle sludge.

SBR (Sequencing Batch Reactor) treats wastewater in stages. It works in three steps: loading contaminated water into the tank, letting oxygen mix with it, and then separating off any solid pieces to drain out. Bacteria do three things: break down natural materials, change ammonia into nitrates, and take phosphorus out with the chemical alum.

IFAS combines two wastewater treatment methods – biofilm carriers and activated sludge – to work better together. It works better and updates current systems without needing big changes.

ASP pulls oxygen from the air to clean wastewater mixed with activated sludge and helps break down organic materials. Water becomes clear after the polluted sludge stops sinking to the bottom. This method is widely used and reliable.

How It Works

How STP works  Step by Step

Waste particles ranging from 6 mm to 25 mm are removed through screening, ensuring the initial filtration of large debris.

The primary tank acts as a buffer, regulating the flow of wastewater to ensure a consistent treatment in subsequent stages.

In this stage, pollutants are reduced using activated sludge. Bacteria in the sludge consume organic matter, breaking down impurities and cleaning the water effectively.

The water undergoes further filtration using sand and carbon filters. This step removes suspended solids, foul odors, and finer particles, enhancing the water’s clarity and quality.

The treated water is disinfected to eliminate harmful microorganisms. This is done using either chlorine or UV channels, ensuring the water is safe for reuse or discharge into the environment

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