Innova Corporate (India) offers Innova Bio – a range of biological water treatment products including effective microorganisms (EM), enzyme-producing bacteria, and bio-augmentation cultures for Bawal's wastewater treatment, lagoon remediation, and grease trap management. Our products are designed to enhance natural degradation of organic pollutants (COD, BOD), reduce sludge generation (by 20-40%), and control odors (H₂S, ammonia). For Bawal's steel mill ETPs and engineering workshops (high organic loads from oil, grease, coolants), Innova Bio Indus-Plus contains specific bacterial strains that break down hydrocarbons and emulsified oils. For automotive paint shop wastewater, we offer bio-augmentation to reduce sludge. For small food processing (if any), our Innova Bio-Food includes lipase- and protease-producing microbes to break down FOG. For hotel sewage treatment plants (STPs) in Bawal's growing hospitality sector, we offer Innova Bio-San to stabilize operation, reduce sludge handling, and eliminate odors. For kitchen grease traps in Bawal's restaurants, our liquid bio-enzyme cleaner (with lipase, protease, amylase) liquefies fats and prevents blockages. The products are supplied as concentrated liquid cultures (10^8-10^9 CFU/ml) or freeze-dried powders with shelf lives of 6-12 months (store cool). Dosing: 0.5-5 ppm weekly after initial bio-augmentation. We provide on-site microbial analysis (plate counts, BOD/COD reduction tests, microscopic examination) for Bawal's customers. All strains are non-pathogenic and indigenous. For lagoon and oxidation pond systems, we offer slow-release bio-balls. Innova Bio products are safe for downstream CETP discharge and meet HSPCB norms.
In Bawal based ETP & STP plants, the production of H2S gas can be particularly harmful; when combined with the local high-moisture climate, it forms corrosive H2SO4 which damages machinery. Our specialized bacterial cultures reverse the process of putrefaction, significantly reducing H2S production and protecting your assets from acid-related corrosion.
By integrating these bacteria into the system, the process shifts toward fermentation, effectively reducing odors in the systems across Bawal. The addition of our bacterial culture will degrade organic matter through precise biochemical reactions, thereby reducing the total organic load and improving environmental compliance for local industries.