Biogas Purification
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Biogas Upgrading Solutions by MVS Engineering
At MVS Engineering Pvt. Ltd, we specialize in transforming raw biogas into high purity biomethane with advanced technology and precision engineering. Our System are designed exclusively for biogas purification, utilizing state-of-the-art membrane technology to ensure maximum efficiency and reliability.We optimize biogas upgrading for various industries, including agriculture, waste management, and industrial applications. Our solutions guarantee superior purification maximizing product recovery, and enhancing sustainability.
HOW IT WORKS
A high-efficiency biogas upgrading system designed for maximum methane recovery and enhanced sustainability. Our membrane separation technology ensures optimal purification. The 3D model below visually represents its innovative design and functionality.
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Process Steps
Dehumidification and Desulphurization:
Raw biogas from the digester undergoes initial treatment to remove moisture and hydrogen sulphide preventing corrosion and ensuring downstream equipment protection.
Compression and Condensable Removal:
The treated biogas is compressed to optimal pressure, enabling the removal of water vapors and condensable impurities.
Advanced Dehydration:
Further moisture reduction ensures the biogas meets the low dew point requirements of the downstream membrane modules.
Volatile Organic Compound Removal:
Any residual volatile organic compounds (VOCs), which could affect membrane performance, are eliminated to maintain gas purity.
Carbon Dioxide Removal:
Using high-efficiency membrane separation technology, carbon dioxide is selectively removed, yielding upgraded biomethane with Purity above 97% and Recovery up to 99%.
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2-stage vs 3-stage Membrane Based Upgradation
A two stage membrane based biogas upgradation can offer a methane recovery of >97%, however a three stage membrane based biogas upgradation can offer a higher recovery of >99%.
Key Advantages
Advantages
Performance & Efficiency
Advanced Separation
High-efficiency membranes for CO₂ removal and high methane yield
Proven Performance
Reliable operation with consistently high methane recovery
Flexible Operation
Capable of handling variable input gas flows without performance loss
Safety & Environmental Impact
Safe Operations
No need for hazardous chemicals
No Secondary Waste
No generation of liquid or solid waste streams
Low Footprint
Requires less physical space compared to conventional systems
Scalability & Integration
Modular Design
Easily scalable and compatible with existing infrastructure
Easy Scale-Up
Suitable for both small and large installations
Redundancy and Flexibility
Customizable membrane configurations for operational flexibility
Reliability & Maintenance
No Moving Parts
Less wear and tear, reducing the likelihood of mechanical failure
Low Maintenance Requirements
Simplified maintenance through design redundancy & intelligent monitoring systems
Low Energy Consumption
Consumes less energy than traditional biogas upgrading methods
