Victory Green Energies Bio-CNG Plants
Finding Inspiration in Every Turn
Discover our field-tested Victory Green bio-cng plants, offering a flexible selection of input materials tailored precisely to your business and specific requirements. You have the option to operate these plants not only with slurry but also with biomass or any type of organic waste. Benefit from a stable and spacious technical building, equipped with innovative ventilation technology, enabling optimum temperature control and weather-independent operation and storage.
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Irrespective of the model you choose, our biogas plants share a common trait: an impressive level of efficiency and maximum profitability. If you are searching for the ideal biogas plant for your business, look no further – we are confident that the Victory Green Energy range has precisely what you need.
From Project Planning to Services
We provide you with a comprehensive solution, handling all the steps in one seamless process. From concept design and construction to commissioning and servicing of your plant, we stand by your side every step of the way.
Investing in the future of the renewable energies market yields twofold benefits: a reduced environmental impact and an optimized value chain.
Project Planning
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Planning of Whole Bio-CNG Plant
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Survey
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Permits
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Contracts
Construction
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Trunkey Constructions
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Contract Management
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Quality Check
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Function Testing
Start-up
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Stat-up Support of the Bio-CNG Plant until expected target performance level is reached
Services
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Biological Services
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Technical Services
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Assurance
The Process Steps in Details
Organic Waste Material Collection
Many different organic waste materials are well-suited for being used as raw materials for the production of biogas. When used in conjunction with the right technology as high-value substrates, food and restaurant waste, green waste, glycerine, slaughterhouse waste and botanical and animal fat can lead to an impressive income. In this regard, the advantage that residual materials have over other input materials which appear to be equally attractive from an energy-related point of view is the fact that these residues do not require any cultivation areas.
Unpacking and cleaning the waste materials
Even packaged waste can be used for biogas production following an automatic separation from its casing. It must also be cleaned, in order to ensure that it is harmless (from the point of view of hygiene) and is free of pathogens. Waste fermentation plants are subject to stringent technical requirements, since plastic packages and the like are non-recyclable and must be removed before the fermentation process is carried out.
Production of Biogas in Digester
In order to ensure that the raw materials are fermented in the best possible manner, they must be broken down to the highest possible degree.
In the heated and air-tight digester, the biomass ferments in conjunction with the production of methane, the so-called biogas.
Purification of Biogas and Conversion to Bio-CNG
Biogas, a renewable energy source derived from organic waste materials, holds tremendous potential as a clean and sustainable energy solution. However, raw biogas contains impurities, such as carbon dioxide, hydrogen sulfide, and water vapor, which can hinder its efficient utilization. Purification processes are essential to remove these impurities and transform biogas into a high-quality, eco-friendly fuel known as Bio-CNG (Bio-Compressed Natural Gas).
Residual waste as Solid / Liquid Fertilizer
This organic waste fermentation process produces biogas, a renewable energy source, and leaves behind nutrient-rich residuals. These residuals can be harnessed as solid and liquid fertilizers, contributing to enhanced soil fertility and promoting eco-friendly agricultural practices.