| 起源の場所: | 中国 |
| ブランド名: | Center Enamel |
| 証明: | ISO 9001:2008 , AWWA D103 , OSHA , BSCI |
| モデル番号: | 単一および二重膜屋根 |
| 最小注文数量: | 1+ |
| 価格: | 0~99999 |
| パッケージの詳細: | 木製パッケージ(カスタマイズ) |
| 受渡し時間: | 45days+ |
| 支払条件: | T/T、L/C |
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詳細情報 |
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A Meat Processing Wastewater Treatment Plant manages the complex, concentrated effluent generated during the slaughter, preparation, and packaging of meat. This includes blood, fat, and tissue residues, resulting in highly challenging, high-strength processing waste streams. Anaerobic digestion (AD) is the highly effective treatment method that stabilizes this waste while generating a substantial volume of methane-rich, high-strength biogas. For the plant to maximize energy recovery, ensure site safety, and maintain continuous operation, the biogas must be reliably and securely stored. This requires a solution that stores high-strength biogas produced from processing waste streams.
The Double Membrane Biogas Holder is the optimal technology for this industrial application. It reliably stores high-strength biogas produced from processing waste streams. Installed either as an integrated flexible roof on the anaerobic reactor or as a compact, free-standing unit , this holder provides a dynamic, hermetic reservoir. This system ensures every cubic meter of gas is captured, pressure fluctuations are safely managed, and a stable, continuous supply is maintained for downstream utilization (e.g., CHP units), transforming a challenging waste liability into a core energy asset.
Center Enamel’s Double Membrane Biogas Holders are meticulously engineered to handle the substantial and challenging gas output characteristic of meat processing waste digestion, maximizing efficiency and safety.
The high-protein nature of meat processing waste results in dense, often variable biogas production. The holder provides a crucial dynamic buffer capacity where the inner membrane's volume dynamically expands and contracts to accommodate the substantial gas fluctuations. This dynamic buffering is essential for regulating the low pressure of the gas, preventing system instability, and ensuring a smooth, constant flow to utilization equipment. This stability is critical for maximizing the internal energy offset and ensuring continuous industrial operation.
Biogas generated from high-protein waste streams is often corrosive due to moisture and trace impurities. The balloon is constructed from specialized, multi-layered composite fabric, which is selected for its exceptional durability and, critically, resistance to corrosive elements. This superior resistance is crucial for the long-term integrity of the gas-tight seal, ensuring reliable operation, minimizing fugitive methane emissions, and reducing maintenance costs in this demanding environment.
Where maximum corrosion resistance and structural longevity are prioritized for the digester tanks—an absolute necessity in facilities dealing with corrosive organic waste—the Double Membrane Holder can be integrated with a tank protected by an Aluminum Dome Roof. While the membrane system provides the essential flexible gas-tight envelope, the aluminum dome offers superior long-term corrosion protection and structural support for the entire digester tank structure, enhancing overall system durability.
Center Enamel’s standing as a premier global supplier is built on our deep technical expertise and commitment to quality. As a pioneering manufacturer of Glass-Fused-to-Steel (GFS) tanks in China, our company possesses decades of proven history in high-performance containment solutions. Our advanced production capabilities are backed by more than 20 patents in enameling technology and a dedicated research and development team focused on innovation.
Our dedication to quality is demonstrated through our strict adherence to international standards. Our products and processes conform to the most demanding international benchmarks, including standards for quality management, drinking water safety, and occupational health. These certifications provide an independent and verifiable guarantee of quality, safety, and compliance with the most stringent regulations, which is critical for successful operation in international markets. This commitment, combined with our proven global track record of successful projects in over 100 countries, makes us a reliable and expert partner for any industrial waste or biogas project.
Center Enamel's Double Membrane Biogas Holders are essential components across various sectors utilizing anaerobic digestion technology:
Meat Processing Wastewater Treatment Plant: Stores high-strength biogas produced from processing waste streams.
Slaughterhouse Wastewater Treatment Plant: Provides secure containment for the high-strength biogas from rendering waste.
Industrial Biogas Plants: Offers high-volume, flexible storage for efficient industrial energy production.
Food Processing Wastewater Treatment Plant: Stores biogas generated from high-volume, organic food waste streams.
Our extensive portfolio of successful containment projects showcases our capability to engineer robust, sealed, and durable solutions—expertise directly applied to our high-performance biogas holders. The following non-fictitious cases demonstrate our global reach and technical excellence:
Inner Mongolia Xing'an League Bio-natural Gas Project: We supplied 4 tanks for a large-scale bio-natural gas project in Inner Mongolia, showcasing our capability in major energy recovery infrastructure.
Shandong Liaocheng Food Waste Treatment Project: We provided 1 tank for a food waste treatment facility in Shandong, China, highlighting our role in high-volume waste-to-energy solutions.
Muyuan Group Suining 4th Farm Livestock Wastewater Project: For a major agricultural client, we supplied 2 tanks for a livestock wastewater project, demonstrating our expertise in large-volume, sealed agricultural containment critical for biogas management.
For a Meat Processing Wastewater Treatment Plant, the Double Membrane Biogas Holder is the definitive operational solution. By reliably storing high-strength biogas produced from processing waste streams, it ensures the safe, continuous utilization of the methane-rich fuel, enabling the plant to achieve superior environmental compliance, significant cost savings, and enhanced energy self-sufficiency.