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Bacta Serve – Anaerobic
BactaServe (Anaerobic) is a mixture of different natural and safe bacteria. These bacteria have ability to degrade number of pollutants anaerobically. Bacteria present in Bacta Cult(Anaerobic) are highly stable. This anaerobic bacteria is available in powdered form.
Bacta Serve (Anaerobic) are microencapsulated and packaged in a dormant state and have a 95% to 98% reactivation rate within their shelf life, which is two years. Each individual strain is isolated from the nature and carefully grown in our facility. Only a perfectly balanced formula of bacterial strains, such as Bacta Cult(Anaerobic) can provide you a complete break down of various pollutants to non-toxic by-products.
Country Of Origin : India
Bacta Serve (Anaerobic) is a mixture of different natural and safe bacteria. These bacteria have ability to degrade number of pollutants anaerobically. Bacteria present in Bacta Cult(Anaerobic) are highly stable. This anaerobic bacteria is available in powdered form.
BactaServe – Anaerobic is a specialized industrial effluent aeration tank bio-culture specifically formulated to optimize anaerobic degradation processes. This innovative product features a powerful mixture of natural, highly stable bacteria capable of effectively degrading various pollutants in an anaerobic environment. Available in a convenient powdered form, BactaServe (Anaerobic) ensures user-friendly application with maximum efficacy. Each of the carefully isolated bacterial strains, cultivated under optimal conditions, showcases a remarkable reactivation rate of 95% to 98% within a two-year shelf life. Designed for industrial applications, BactaServe helps in the complete breakdown of pollutants, including challenging contaminants such as oil, grease, and xenobiotic compounds. Its versatility ensures effective operation across various temperature and pH ranges. With BactaServe, industries can bolster their anaerobic treatment facilities, ensure compliance with environmental regulations, and contribute to a more sustainable future.