Biogas Series
Organic Waste to Clean Energy
Our Biogas Series stands out for its ability to transform organic waste into renewable energy. With a firm dedication to sustainable energy practices, our advanced microbial formulations are specifically engineered to optimize the process of biogas production. We are turning waste management into a powerful source of energy for a greener tomorrow.
Waste to clean energy processes generate renewable energy, which helps diversify the energy supply and mitigate climate change. Our products empower clients to improve waste management and increase biogas production, a financially viable alternative to traditional waste disposal and reliable and efficient energy generation.
By choosing the Biogas Series, you're not only investing in advanced technology but also contributing to a more sustainable and environmentally friendly future. Join us in our mission to turn waste into a valuable resource and power a greener world.
Product Line
The process to convert organic waste into biogas is called anaerobic digestion and it involves four key stages: hydrolysis, acidogenesis, acetogenesis, and methanogenesis. Our Biogas Series products are meticulously crafted to enhance each phase of this process, ensuring optimal performance and efficiency.
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Read MoreBGE1 is a high-performance microbial blend designed for the effective decomposition of diverse organic compounds. This product leverages a variety of bacteria, including aerobic, facultative anaerobic, anaerobic, photosynthetic, and chemosynthetic types, setting the standard for waste management and environmental care.
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Read MoreBGE2 is a game changer in organic waste degradation. It combines humates, humic substances, and beneficial bacteria to stimulate enhanced microbial oxidation. This powerful fusion leads to a substantial increase in biomass activity, accelerating the breakdown of slow-to-degrade organic waste.
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Read MoreBGEM features a unique blend of acetolactic methanogens and hydrogen-oxidizing methanogens, optimized for converting acetate and methyl groups into methane. This product significantly boosts methane concentration and biomethane output.
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Read MoreBGEH is an advanced enzyme blend
including cellulase, hemicellulase, and micronutrients designed to improve the hydrolysis of lignocellulosic materials. This process enhances the microbial enzymatic solubility of such materials, leading to increased methane and biogas yields.
Available Sizes:
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| 5 gal (18.93 L) | 55 gal (208.2 L) | 275 gal (1041 L) |
Application Rates:
Simple Application, Significant Results - Our application rates are designed for ease of use and maximum impact. Simply follow our directions to achieve optimal results:
For BGE1 and BGE2: Apply at a 50:50 ratio directly into the feed tank at 1 gallon of combined product per 100,000 gallons of reactor capacity per day.
Available Sizes:
 |
|
|
| 5 gal (18.93 L) | 55 gal (208.2 L) | 275 gal (1041 L) |
Application Rates:
Simple Application, Significant Results - Our application rates are designed for ease of use and maximum impact. Simply follow our directions to achieve optimal results:
For BGE1 and BGE2: Apply at a 50:50 ratio directly into the feed tank at 1 gallon of combined product per 100,000 gallons of reactor capacity per day.
Available Sizes:
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| 4.5 gal (17 L) | 50 gal (189.3 L) |
Application Rates:
Simple Application, Significant Results - Our application rates are designed for ease of use and maximum impact. Simply follow our directions to achieve optimal results:
For BGEM: Apply one gallon of BGEM for every 100,000 gallons of reactor capacity directly into the feed tank once every week.
Available Sizes:
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| 10 Kg. |
Application Rates:
Simple Application, Significant Results - Our application rates are designed for ease of use and maximum impact. Simply follow our directions to achieve optimal results:
For BGEH: Apply one pound of enzymes for every 1 million gallons of digester capacity per day. Mix product with non-chlorinated water and apply directly into the feed tank for best results.