Fuel gas conditioning system
Optimize your fuel gas for efficient turbine operation and pipeline distribution with an advanced conditioning system that enhances methane content and calorific value, ensuring compliance with stringent quality standards even in remote or offshore locations.
Enhances Fuel Gas Quality for Turbines and Pipelines
The BORSIG Fuel Gas Conditioning System is designed for oil and gas companies, energy producers, and industrial gas suppliers to elevate fuel gas quality. This system utilizes cutting-edge membrane technology to separate and recover higher hydrocarbons (C3+), optimizing methane content for efficient fuel performance. With a focus on continuous operation, it ensures high-speed processing of raw gas sourced from high-pressure lines or through compression.
Primarily used in the oil, gas, and petrochemical industries, this system produces methane-rich gas suitable for pipelines, gas turbines, and offshore applications. Its compact design enables seamless integration into existing facilities with minimal supervision required. Robust construction allows for a prolonged service life of engines and turbines, making it ideal for remote and offshore locations.
The system supports up to a specific volume of processed gas, achieving high reliability and on-stream availability. BORSIG offers extensive engineering support and customization to meet specific site requirements, ensuring compliance with industry standards and pipeline specifications. Minimal maintenance is required, simplifying operational management and safeguarding fuel quality.
Benefits
- Enhances fuel efficiency by upgrading gas quality for turbines and engines.
- Supports remote and offshore operations with compact, easy-to-install units.
- Reduces maintenance efforts with highly reliable, low supervision systems.
- Minimizes environmental impact by conditioning gas to meet compliance standards.
- Extends lifespan of machinery by improving fuel quality and reducing impurities.
- Applications
- Engines,Fuel gas,Remote locations,Pipeline gas,Gas turbines,Offshore applications
- End products
- Processed natural gas for pipeline distribution,High-quality methane-rich fuel gas,Calorific value-enhanced gas for turbines,Offshore-compliant fuel gas,Engine-compatible gas mixture,Remote location suitable gas packs
- Steps before
- Gas extraction,Gas compression,High pressure line processing
- Steps after
- Pipeline injection,Gas turbine utilization,Engine utilization
- Input ingredients
- fuel gas,raw gas,high pressure gas,C3+ hydrocarbons,higher hydrocarbons
- Output ingredients
- high quality fuel product gas,lean residue,methane,methane number,calorific value
- 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.
- Gas Quality Improvement
- High
- Methane Content
- Minimum specified
- Methane Number
- Compliant with standards
- Dewpoint Control
- Optimized
- Calorific Value Adjustment
- Customizable
- Heavier Hydrocarbons (C3+) Removal
- High
- Process Unit Assembly
- Completely Assembled
- Integration Ease
- High
- Maintenance Requirement
- Minimum
- Equipment Reliability
- High
- On-stream Availability
- High
- Sustainability for Offshore and Remote Locations
- Particularly Suitable
- Compactness
- Compact Process Units
- Integration Complexity
- Easy integration into existing facilities
- Process Type
- Continuous operation
- Automation Level
- High automation
- Batch vs. Continuous Operation
- Continuous
- Skid Mounted
- Completely assembled compact units
- Maintenance Requirement
- Minimum supervision required
- Adaptability
- Particularly suitable for offshore and remote locations
- Reliability
- High equipment reliability
- Operational Efficiency
- Prolonged life time of gas turbines or engines
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Suitable applications
- Offshore and remote locations
- API Standards
- API 618,API 11P,API 617,API 672
- ISO Standards
- ISO 13631
- Compact footprint
- Yes
- Control panel type
- Standard
- Discharge method
- Low pressure side of membrane
- Control panel type
- PLC / Manual
- Integration possibilities
- Existing facilities integration
- Compact footprint
- Yes
- Offshore suitability
- Particularly suitable
- High-pressure line integration
- Included