Advanced Microbial Bacteria Solutions Wastewater Treatment

Microbial agents, also known as microbial inoculants or bioaugmentation products, are formulations of beneficial microorganisms specifically engineered to enhance water treatment processes.

These agents leverage the natural metabolic capabilities of bacteria, fungi, algae, or consortia of microbes to degrade pollutants, remove nutrients, and improve water quality. Unlike traditional chemical treatments, microbial solutions are eco-friendly, sustainable, and align with the principles of circular economy by minimizing secondary pollution.

They are increasingly adopted in municipal, industrial, and agricultural water management systems to address challenges such as organic waste accumulation, eutrophication, and toxic compound contamination.

Features:

Efficient Pollutant Degradation

Target a wide range of contaminants, including organic matter (BOD/COD), ammonia, nitrates, phosphates, hydrocarbons, and heavy metals.

Enzymatic breakdown of complex pollutants into harmless byproducts (e.g., CO₂, H₂O, and biomass).

Environmentally Friendly

Reduce reliance on harsh chemicals (e.g., chlorine, coagulants), lowering chemical sludge and toxic residues.

Promote natural ecological balance in water bodies.

Adaptability

Function under diverse conditions (aerobic, anaerobic, or facultative environments).

Resilient to fluctuations in pH, temperature, and salinity.

Self-Replicating & Cost-Effective

Microbes multiply in situ, ensuring long-term efficacy with minimal reapplication.

Lower operational costs compared to physical/chemical methods.

Safe & Non-Toxic

Composed of non-pathogenic, genetically stable strains.

Compatible with aquatic life and human health.

Multifunctional Applications

Simultaneous removal of nutrients (nitrogen, phosphorus), odor control, and sludge reduction.

Applications:

Enhance the efficiency of activated sludge processes in sewage plants to degrade organic waste, reduce sludge volume, and control odors.

Treat wastewater from various industries such as food processing, textiles, petrochemicals, and pharmaceuticals. This process aims to break down recalcitrant compounds like dyes, phenols, and hydrocarbons.

Manage runoff from agricultural and aquaculture activities to mitigate the impact of fertilizer and pesticide runoff on rivers and lakes. The objective is to prevent algal blooms by reducing excess nitrogen and phosphorus levels.

Work to restore eutrophic or polluted surface water bodies by degrading sediment sludge and improving dissolved oxygen levels in rivers and lakes.

Implement decentralized systems in rural or remote areas using biofilters, constructed wetlands, and septic tanks to treat wastewater effectively.

Quickly respond to emergencies such as oil spills or toxic chemical leaks by deploying specialized microbial consortia for effective pollution control.

Prevent the formation of harmful biofilms in pipelines and cooling towers by utilizing competitive microbial strains for effective biofilm and corrosion prevention.