Vent recovery systems for car filling stations
Enhance emission control and safety at car filling stations by optimizing vapor recovery, significantly reducing product loss, and lowering environmental impact, all while ensuring compliance with regulatory standards.
The BORSIG Vent Recovery System from BORSIG Membrane Technology GmbH efficiently manages gasoline vapor emissions at filling stations. This system uses a small membrane module and a vacuum pump to filter hydrocarbon molecules, returning the valuable gasoline fraction to storage and releasing clean air. It’s ideal for emission control and hydrocarbon recovery, commonly aiding industries like chemical, oil, and petrochemical in producing gasoline, ethylene, or hydrogen. With continuous operation, it ensures up to a 95% reduction in product loss. The system supports automated processes, enhancing integration into existing setups. Its design ensures energy-efficient operation and facilitates reduced odor emissions, crucial for compliance with environmental regulations. Custom engineering support is available for integration and optimization within diverse industrial environments.
Benefits
- Reduces product loss by up to 95%, enhancing profitability.
- Improves safety and environmental compliance at filling stations.
- Minimizes odor pollution, improving neighborhood acceptance.
- Decreases customer exposure to harmful vapors, enhancing user safety.
- Facilitates planning permissions, simplifying regulatory processes.
- Applications
- Hydrocarbon recovery,Vapour recovery,Fuel processing,Liquid separation,Marine vapor management,Emission control,Product recovery,Carbon capture,Gasoline vapor collection,Gas separation
- End products
- Propylene,Ethylene oxide/ethylene glycol,Processed natural gas,Marine fuel,Monomers,Hydrogen gas,Hydrocarbon solvents,Ethylene,Purified air,Gasoline,Captured carbon dioxide
- Steps before
- Gasoline storage,Hydrocarbon vapour emission,Vapour collection setup
- Steps after
- Gasoline return to storage,Emission monitoring,Safety inspection
- Input ingredients
- air stream,hydrocarbon molecules
- Output ingredients
- valuable gasoline fraction,clean air
- Vapour Recovery Ratio
- Increases efficiency
- Product Loss Reduction
- Up to 95%
- Components
- Membrane module,vacuum pump
- Membrane Type
- Selectively filters hydrocarbons
- System Size
- Small module
- Gasoline Fraction Return
- Liquefies at dew point
- Clean Air Emission
- Released to atmosphere
- Working mechanism
- Membrane filtration with vacuum pump
- Integrated steps
- Vapour return and filtration
- Batch vs. continuous operation
- Continuous
- Automation level
- High automation
- CIP/SIP
- Manual or automated cleaning
- Energy efficiency
- High energy savings
- Odour reduction
- Significant decrease
- Pollution control
- Emission reduction
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Control Panel Type
- HMI with touchscreen
- Integration Possibilities
- SCADA/PLC integration
- Membrane Module Configuration
- Customizable based on application
- Vacuum Pump Specifications
- Customizable to station requirements
- Piping and Installation Layout
- Custom design for site-specific needs
- Market info
- BORSIG is known for its expertise in manufacturing high-quality industrial engineered-to-order (ETO) equipment, including pressure vessels, heat exchangers, and compressors, with a strong reputation for engineering excellence and reliability in the petrochemical and chemical industries.