Natural Gas/CNG Cascade
Overview
Natural Gas / CNG Cascade systems are high-pressure storage solutions designed to store and transport compressed natural gas efficiently for use in fueling stations, industrial applications, and gas distribution networks.
Working Principle
Natural gas is compressed to high pressure (typically up to 200–250 bar) using compressors.
Gas is stored in multiple interconnected cylinders arranged in cascade banks (low, medium, high pressure).
Sequential gas dispensing ensures optimal pressure utilization and efficient delivery.
Cascades can be mounted on skids or trailers for transportation to remote locations.
Gas is dispensed to vehicles or pipeline systems as required.
Types
Stationary CNG Cascade Systems
Mobile CNG Cascade (Truck/Trailer Mounted)
Industrial Gas Storage Cascades
Mother-Daughter Station Cascades
Gas Industry Applications
CNG fueling stations for vehicles
Transportation of CNG to daughter stations
Industrial fuel supply (boilers, furnaces)
Pipeline backup and peak shaving systems
PNG (Piped Natural Gas) distribution support
Oil & gas field operations
Technical Specifications
Storage pressure: 200 – 250 bar
Water capacity: 1000 – 10,000 liters
Number of cylinders: 12 – 200+
Mounting: Skid / Trailer / Containerized
Material: Seamless steel / composite cylinders
Key Features
High-pressure safe storage design
Modular and scalable configurations
Efficient cascade gas utilization system
Low maintenance and long service life
Easy transportation for mobile cascades
Certifications & Compliance
ISO 9001: Quality Management System
ASME Pressure Vessel Standards
CE Certification
PESO (Petroleum & Explosives Safety Organization) Approval
ISO 11439 / EN Cylinder Standards
Benefits
Reliable and continuous gas supply
Cost-effective storage and transportation
Supports gas distribution in remote areas
Ideal for industrial and commercial fuel needs
Efficient pressure management and utilization
Challenges
High initial investment cost
Heavy structure for large capacity systems
Periodic inspection and maintenance required
Strict safety compliance and handling procedures needed
Overview
Natural Gas / CNG Cascade systems are high-pressure storage solutions designed to store and transport compressed natural gas efficiently for use in fueling stations, industrial applications, and gas distribution networks.
Working Principle
Natural gas is compressed to high pressure (typically up to 200–250 bar) using compressors.
Gas is stored in multiple interconnected cylinders arranged in cascade banks (low, medium, high pressure).
Sequential gas dispensing ensures optimal pressure utilization and efficient delivery.
Cascades can be mounted on skids or trailers for transportation to remote locations.
Gas is dispensed to vehicles or pipeline systems as required.
Types
Stationary CNG Cascade Systems
Mobile CNG Cascade (Truck/Trailer Mounted)
Industrial Gas Storage Cascades
Mother-Daughter Station Cascades
Gas Industry Applications
CNG fueling stations for vehicles
Transportation of CNG to daughter stations
Industrial fuel supply (boilers, furnaces)
Pipeline backup and peak shaving systems
PNG (Piped Natural Gas) distribution support
Oil & gas field operations
Technical Specifications
Storage pressure: 200 – 250 bar
Water capacity: 1000 – 10,000 liters
Number of cylinders: 12 – 200+
Mounting: Skid / Trailer / Containerized
Material: Seamless steel / composite cylinders
Key Features
High-pressure safe storage design
Modular and scalable configurations
Efficient cascade gas utilization system
Low maintenance and long service life
Easy transportation for mobile cascades
Certifications & Compliance
ISO 9001: Quality Management System
ASME Pressure Vessel Standards
CE Certification
PESO (Petroleum & Explosives Safety Organization) Approval
ISO 11439 / EN Cylinder Standards
Benefits
Reliable and continuous gas supply
Cost-effective storage and transportation
Supports gas distribution in remote areas
Ideal for industrial and commercial fuel needs
Efficient pressure management and utilization
Challenges
High initial investment cost
Heavy structure for large capacity systems
Periodic inspection and maintenance required
Strict safety compliance and handling procedures needed
