Water, vital for diverse activities including industrial processes and domestic use, is increasingly at risk due to pollution from industrial activities, household use, and other factors.
The biological wastewater treatment approach seeks to purify wastewater through natural biological processes. In this method, microorganisms, such as activated sludge and biofilm, play a pivotal role in breaking down organic matter in wastewater into inorganic compounds. These microorganisms utilize and metabolize nutrients present in the wastewater, ultimately resulting in clean water after the removal of microorganisms through sedimentation.
Given the urgency of conserving water sources and ensuring environmental sustainability, effective water purification methods are highly sought after. Activated bacterial technology, rooted in nature, facilitates the breakdown of organic pollutants in water, leading to efficient purification.
Activated bacterial technology involves microorganisms (activated bacteria) breaking down organic pollution in water, converting it into inorganic compounds. By utilizing organic matter in wastewater as nutrients, microorganisms break them down into dissolved compounds. The subsequent sedimentation process separates dissolved substances from the water, ensuring the removal of organic pollutants.
Activated bacteria, central to this technology, transform organic pollution in water into inorganic compounds, subsequently being removed from the water through sedimentation. Systems operating on the logic of sequencing batch reactors (SBR) are practical, easy to handle, and economically advantageous for domestic wastewater treatment.
Biological wastewater treatment, with its natural and effective solution for removing organic pollutants, offers environmental, economic, and practical benefits. Its applications span various sectors, including industrial wastewater treatment, domestic wastewater treatment, and agriculture and food processing.
At Riva Engineering, we leverage biological wastewater treatment to its fullest extent, contributing to environmental protection and the sustainability of water sources. For more information and to explore our customized solutions, feel free to contact us.