1500m³ Roof Top Dual Membrane Biogas Balloon for Biogas Storage
Product Description
The roof top dual membrane biogas balloon, also known as a gas storage tank, is a robust and durable air-supported structure specifically engineered for the effective storage of biogas. This innovative design utilizes specialized membrane materials that are crafted from highly tear-resistant and anti-corrosion polyester fabrics. These materials ensure longevity and reliability in various environmental conditions, making them suitable for both indoor and outdoor applications.
The primary function of the 1500m³ Roof Top Dual Membrane Biogas Balloon for Biogas Storage is to provide an efficient solution for biogas storage, which is essential in many agricultural and industrial processes. Biogas, primarily composed of methane and carbon dioxide, can be generated through anaerobic digestion—a process where organic matter decomposes in the absence of oxygen. The ability to store this biogas effectively allows facilities to manage energy production more efficiently by capturing excess gas produced during peak generation times.
In addition to serving as an independent gas storage structure, the 1500m³ Roof Top Dual Membrane Biogas Balloon for Biogas Storage can also be integrated into existing anaerobic digestion systems. This integration enhances overall system efficiency by providing additional capacity for storing biogas until it can be utilized or processed further. Furthermore, its modular design allows for flexibility in installation; multiple units can be deployed together to meet varying storage needs based on specific operational requirements.
Moreover, these structures are designed with safety features that minimize risks associated with pressure fluctuations within the stored gases. Regular maintenance protocols are established to ensure optimal performance over time while adhering to industry standards regarding safety and environmental impact.
Main Technical Parameters
S/N | Items | Technical Value |
1 | Capacity | Customized |
2 | Design pressure | 3mbar~20mbar |
3 | Operating pressure | 3mbar~15mbar |
4 | Outer membrane thickness | 0.74-1.20mm |
5 | Inner membrane thickness | 0.74~1.20mm |
6 | Max. wind load | 32.6m/s |
7 | Max. snow load | 30kg/m² |
8 | Applied temperature | -30℃ to +70℃ |
9 | Design service life | ≥20 years |
10 | Weld seam width | ≥70mm |
11 | Methane permeability | ≤200cm³ /m²·d·0.1MPa (23℃, 65% R.H.) |
12 | Flame retardancy | B1 |
13 | Warranty | 10 years |
14 | Country of Origin | China |
Advantages
Applications
The application scope of double-membrane gas storage tanks is extensive, encompassing a variety of industries and sectors. Firstly, in the agricultural sector, these tanks are extensively utilized for the storage and management of biomass energy. Biogas generated through anaerobic digestion can be efficiently stored within this equipment for subsequent applications such as electricity generation, heating, or as fuel. This approach not only enhances energy utilization efficiency but also fosters the advancement of renewable energy.
Secondly, in waste management and resource recovery, double-membrane gas storage tanks assume a critical role. In facilities like landfills and wastewater treatment plants, these systems collect and store biogas produced from organic matter decomposition, thereby mitigating greenhouse gas emissions while converting it into usable energy. Furthermore, they contribute to environmental quality improvement by controlling odors and other pollutant releases, thus enhancing the living conditions for residents in adjacent areas.
In industrial production contexts, double-membrane gas storage tanks hold significant relevance as well. For instance, in food processing, brewing, and pharmaceutical industries, these devices safely store biogas generated from various types of industrial waste—providing stable and reliable energy sources for enterprises. Additionally, their flexible structural design allows for customization during installation based on diverse production requirements; enabling different enterprises to identify solutions that align with their operational processes.
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