The simple and efficient method of gas production is influenced by various factors, but the use of a biogas fermentation agent offers a practical and effective solution to many common challenges. One such product is the Gum Biogas Fermentation Agent, which is designed to enhance the efficiency of the anaerobic digestion process. This agent contains essential nutrients and trace elements that support the growth and activity of methanogens—microorganisms responsible for producing methane.
By incorporating these trace elements, the fermentation agent stimulates methanogen activity, allowing them to multiply more rapidly. At the same time, it boosts enzyme activity, accelerating the breakdown of complex organic materials like cellulose. This leads to faster decomposition of large molecules, resulting in quicker biogas production. Additionally, the product includes necessary nutrients that promote bacterial growth, ensuring a healthy and active microbial community within the digester.
To further improve performance, the formulation also includes an adsorbent mixture that increases the contact area between bacteria and the organic material. This not only enhances the efficiency of the digestion process but also helps retain heat, creating a more favorable environment for methanogens to thrive. As a result, biogas digesters can start producing gas more quickly and maintain higher output levels.
When using the Gum Biogas Fermentation Agent, the recommended dosage is 200–250 grams per cubic meter of digester volume. For example, a 4-cubic-meter tank would require approximately 2 bags, a 6-cubic-meter tank about 3 bags, an 8-cubic-meter tank around 4 bags, and a 10-cubic-meter tank roughly 5 bags.
For new digesters, it's important to mix the fermentation agent thoroughly with the raw materials before adding them to the pool. In the case of older digesters, you should first remove some of the slurry from the outlet, then introduce the fermentation agent through the inlet. Repeat this process several times to ensure even distribution throughout the system. Using this method can significantly reduce the initial startup time for new digesters and dramatically increase gas yield and production rate in older systems.
Under normal conditions, the addition of the fermentation agent should lead to rapid gas production. However, if there is little or no improvement in gas output within a week, check whether the agent was evenly mixed with the materials. If not, consider re-introducing the agent multiple times into the feed inlet, mixing it well with the existing slurry. Also, inspect the digester for any leaks and take corrective action if needed. These steps will help optimize the performance of your biogas system and ensure consistent, reliable gas production.
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