Sewage treatment plants turn wastewater into reusable water by removing contaminants. They use physical, chemical, and biological processes to clean water before releasing it back into the environment or reusing it. Let’s explore how they work.

Struggling with poor MLSS growth and unstable sludge in your STP/ETP? Discover how SUPER 24 & OXY SUPER can transform your wastewater treatment with advanced biological solutions.

Cold weather impacts wastewater treatment efficiency, reducing microbial activity and causing foaming and sludge settling issues. Learn how SUPER 24 and OXYSUPER help maintain plant performance in winter.

Urea and DAP are commonly used in wastewater treatment, but they have limitations. Excess nitrogen, lack of micronutrients, and algae formation can reduce efficiency. Learn how a balanced alternative can improve microbial health and optimize your treatment plant’s performance.

Odor issues are a common problem in STPs and ETPs, causing discomfort for operators and surrounding communities. Learn how to eliminate these odors effectively with expert advice and proven products.

Struggling with high COD in your wastewater treatment plant? Learn how micro and macro nutrients improve biodegradation, reduce COD, minimize sludge, and control odor in STPs and ETPs.

For years, cow dung has been a traditional method for effluent treatment. However, modern solutions like Super 24 offer significant advantages in terms of efficiency, performance, and ease of use.

Navigating the world of wastewater treatment can be overwhelming due to its technical jargon. This blog post simplifies common terms like BOD, COD, and TSS, making it easier for you to understand wastewater treatment processes.

Are you tired of frequent membrane cleaning and reduced efficiency in your MBR system? Biocultures can offer a sustainable solution. Learn how they can extend membrane life and optimize your wastewater treatment process.

Traditionally, wastewater treatment plants (ETPs) relied on slow natural processes for bacteria to grow and acclimate. Bioculture technology disrupts this by introducing specially formulated bacteria strains that get to work immediately, optimizing treatment efficiency.

Effective wastewater treatment relies on continuous monitoring and adjustments. An ETP/STP lab equipped with the right tools enables you to analyze key parameters and ensure your treatment process is running smoothly.

Sensors play a vital role in wastewater treatment, constantly monitoring key parameters to ensure efficient treatment. However, opting for cheap sensors can lead to inaccurate readings, process inefficiencies, and costly repairs.

Even a well-designed wastewater treatment plant (ETP) can encounter problems over time. A wastewater treatment consultant can help identify and solve these issues, ensuring your system runs smoothly and efficiently.

In this blog post, we explore the importance of wastewater treatment for industries in India. We discuss the environmental and economic benefits of treating wastewater, and how it can help conserve freshwater resources.

Are you struggling to achieve optimal performance from your wastewater treatment plant? You're not alone. Many industries face challenges in effectively treating wastewater. In this blog post, we'll explore common mistakes made in biological wastewater treatment and provide expert tips to enhance your system's efficiency.