Effluent treatment P...

What is Effluent treatment?

Before industrial wastewater can be discharged back into the environment or reused, it must be treated first. This is important as untreated wastewater can contain chemicals, heavy metals, and other pollutants that are harmful to natural water sources. To safeguard our ecosystems, industries must make use of waste treatment systems, like an effluent treatment process.

Every country regulations describes effluent treatment as a essential part of industrial wastewater treatment that focuses on purifying water from industries to a level acceptable to the environment or reuse. Effluent treatment plants (ETPs) use a series of physical, chemical, and biological processes to treat wastewater effluent by removing harmful contaminants so it can be reused or safely discharged into the environment. This process involves biological treatment, membrane treatment, settling and filtration processes, as well as the breakdown of harmful substances in the water.

The treated water, now known as treated effluent, can be used for purposes such as cooling within the industry, utility process application or irrigation. When an industry provides proper effluent treatment, it helps reduce the harmful impact on the environment and conserves water resources for future generations.

Alantech – Experts in Industrial Effluent Treatment

Alantech offers industry-specific ETP solutions to guarantee water and waste effluent treatment in compliance with environmental policies.

Our ETP plants are designed for:

Treatment of industrial wastewater for manufacturing units, processing plants, and factories
Treatment of industrial and municipal waste
Reduction in the level of sediments, organic matter, and other contaminants and hazardous substances in water

Effluent Treatment Plant Process

Primary Treatment: This method uses Anaerobic reactors, DAF, Flocculation, primary and secondary clarifiers, known as sedimentation tanks, to eliminate organic matter, large solids, and various hazardous constituents.
Secondary Treatment: This is a modification of aerobic digestion, where a biological oxidation/aeration tank is divided into several compartments, and activated sludge is added to the wastewater in the presence of air.
Tertiary Treatment: Includes sand filtration, carbon filters, UV light disinfection, and biological nutrient removal.
Membrane treatment such as UF, RO and CCRO

Key Features of Alantech ETP Plants

Compact & Energy Efficient Design: Designed to have a minimal footprint, inexpensive initial investment, and an optimized treatment process.
Sludge Management & Safe Disposal: Dewatered sludge goes through disposal or gets treated for future use.
Advanced Filtration & Disinfection: Advanced treatment methods include sand filtration, carbon filters among others.
Odor Control: Compliant with environmental health regulations to mitigate the negative impact of effluents.
Ensured Productivity with Minimal Supervision: Designed for low-cost, efficient maintenance in the future.