Wastewater management is complex, and traditional septic tanks often add to the challenge. At Ekam, we have understood these issues and developed solutions that not only address concerns but also comply with legal and environmental standards.

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Conventional concrete or fiberglass septic tanks are build underground and operate in absense of air. Our retrofit solutions seamlessly integrate with existing buildings and align planning and landscaping for exceptional results. Central to our method is anaerobic bacterial culture, which is crucial for turbidity reduction. At the same time, the use of bacteria breaks down the sludge into methane and carbon dioxide. These resilient bacteria are able to withstand extreme conditions, thrive in a changing pH and temperature environment, and are biogas-producing microorganisms.

Ekam not only solves the challenge, but does so in a sustainable manner. Our solutions combine innovation and compliance, creating a future where sewers operate seamlessly while meeting environmental standards.

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Anaerobic bacteria culture can play a vital role in the sludge digestion in the septic tank. This helps in reduction of the settled sludge volume by slowly eating into the matter. The process of aerobic digestion breaks down the sludge into simpler compounds like methane and carbon dioxide. These bacteria are less sensitive to changes in pH and temperature, making them reliable in harsh conditions like at the bottom of septic tanks. 

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Commonly used bacteria for anaerobic sludge digestion includes Clostridium, Desulfovibrio and Methanobacterium. They work together in a complex ecosystem breaking down organic matter and produces biogas as a byproduct