SJ Wastewater Treatment

ETP

Lamella Clarifiers

Lamella clarifiers, also known as inclined plate settlers, are innovative components within wastewater treatment systems that enhance the settling and clarification processes.

These clarifiers consist of a series of inclined plates or tubes, which provide a large surface area for solids and particles to settle.

As wastewater flows through the inclined plates, the gravitational force causes solids to separate from the water and slide down the plates into a sludge hopper, leaving the clarified water to move upwards.

The design of lamella clarifiers significantly accelerates the settling process, allowing for efficient removal of suspended solids, reducing the need for large settling tanks, and saving space.

They are particularly valuable in municipal and industrial wastewater treatment plants where compactness, improved settling efficiency, and the reduction of operational costs are essential for effective solids removal and water clarification.

Lamella clarifiers are a crucial tool in achieving high-quality effluent and ensuring compliance with environmental regulations.

services-1

Mechanical Clarifiers

Mechanical clarifiers, an integral part of water and wastewater treatment facilities, are designed to separate solids and impurities from liquid streams through mechanical means.

These clarifiers typically employ mechanisms like rotating arms, scrapers, or chains to collect and remove settled solids from the liquid.

As the impurities settle at the bottom, mechanical clarifiers ensure the efficient removal of sludge and scum layers.

As the impurities settle at the bottom, mechanical clarifiers ensure the efficient removal of sludge and scum layers.

They play a vital role in optimizing the treatment process, enhancing the quality of the effluent, and ensuring compliance with environmental standards.

Mechanical clarifiers are versatile and adaptable, serving various industries, including municipal wastewater treatment, industrial processes, and potable water treatment.

Their ability to efficiently separate solids from liquid streams helps maintain the integrity and performance of treatment plants while reducing maintenance costs and ensuring the effective removal of contaminants from the water.

services-1

services-1

Zero Liquid Discharge

Zero Liquid Discharge (ZLD) plants represent a sustainable and environmentally responsible solution for managing industrial wastewater.

These advanced facilities are designed to minimize liquid waste generation by recovering and reusing nearly all the water from industrial processes.

ZLD technology incorporates a multi-step process that includes filtration, evaporation, and crystallization to concentrate and extract valuable resources from the wastewater, leaving behind dry, solid waste.

The treated water can be recycled for industrial purposes or safely discharged, while the solid waste can often be further processed or disposed of in an environmentally friendly manner.

ZLD plants not only reduce the environmental impact of industrial operations but also help conserve water resources and minimize disposal costs, making them a crucial component of eco-conscious industrial practices and regulatory compliance.

services-1

Dissolved Air Flotation

Dissolved Air Flotation (DAF) is an innovative and highly effective water treatment process used for the removal of suspended solids, grease, and various impurities from wastewater.

In DAF systems, fine air bubbles are introduced into the wastewater under pressure, which causes suspended particles and contaminants to attach to these bubbles and float to the water's surface.

A skimming mechanism then effectively removes this frothy layer of solids. DAF technology is particularly beneficial in applications where traditional sedimentation and filtration processes may be less effective.

It offers excellent separation efficiency, even with challenging wastewater compositions.

DAF is commonly used in various industries, including municipal wastewater treatment, food processing, and the oil and gas sector.

Its ability to produce clarified water with minimal environmental impact and a smaller footprint makes DAF an essential component in achieving high-quality effluent and meeting stringent water treatment regulations.

services-1