HUAYI Natural Gas Pressure Regulating & Metering Skid is an integrated skid-mounted system designed for natural gas distribution, industrial gas supply and pipeline branch applications. The system can combine gas filtration, pressure regulation, flow metering, safety protection, instrumentation, valves and process piping within a factory-assembled skid configuration.
Depending on project requirements, the skid can be configured with single or multiple regulating trains, different flow-metering technologies, safety shut-off and pressure relief devices, and optional PLC-based monitoring and communication functions. Inlet and outlet pressures, flow capacity, equipment arrangement and instrumentation are engineered according to the specific gas conditions and operating requirements of each project.
Product Overview
HUAYI Natural Gas Pressure Regulating & Metering Skid is an integrated skid-mounted system designed for natural gas distribution, industrial gas supply and pipeline branch applications.
The system can combine gas filtration, pressure regulation, flow metering, safety protection, instrumentation, valves and process piping within a factory-assembled skid configuration. Compared with installing individual process components separately on site, the skid-mounted arrangement helps simplify equipment integration, site installation and commissioning.
The system configuration can be engineered according to project-specific gas flow, inlet and outlet pressure, gas composition, operating conditions, metering requirements and control philosophy.
Typical System Configuration
Depending on project requirements, a Natural Gas Pressure Regulating & Metering Skid may include:
Gas filters or filter separators
Pressure regulating valves
Gas flow meters
Safety shut-off devices
Pressure relief devices
Isolation and process control valves
Pressure and temperature instruments
Process piping and manifolds
Skid base and supporting structure
Optional PLC control and monitoring system
Optional communication interface for remote monitoring
The actual equipment configuration and quantity are determined according to the required process conditions and project specifications.
Key Functions
Gas Filtration
The filtration section is designed to remove solid particles and, depending on the selected filtration equipment, entrained liquids from the natural gas stream. This helps protect downstream pressure regulating valves, flow meters and other process equipment.
Pressure Regulation
The pressure regulating section reduces the incoming gas pressure to the required downstream operating pressure. Single-train or multiple-train configurations can be selected according to gas flow, operating philosophy and redundancy requirements.
Gas Flow Metering
Different metering technologies can be selected according to the required flow range, operating pressure, measurement requirements and project specifications. Typical options may include turbine, ultrasonic or other suitable gas flow meters.
Safety Protection
The skid can be configured with safety shut-off, pressure relief and associated pressure monitoring devices according to the process design and applicable project requirements. These devices support downstream pressure protection and safe system operation.
Instrumentation and Control
Pressure, temperature, flow and other operating parameters can be monitored through field instrumentation. Where required, the skid can also be equipped with a PLC-based control system and communication interfaces for centralized monitoring, alarm management and data transmission.
Key Features
Integrated skid-mounted configuration
Factory-assembled process equipment and piping
Configurable filtration, pressure regulation and metering functions
Single-train or multiple-train arrangement according to project requirements
Flexible selection of flow-metering technology
Safety shut-off and pressure protection options
Optional PLC control and remote communication
Project-specific engineering for different flow rates and pressure conditions
Compact equipment arrangement for easier site integration and maintenance
Typical Applications
HUAYI Natural Gas Pressure Regulating & Metering Skids can be engineered for applications including:
Natural gas transmission and distribution systems
City gas gate and pressure regulating stations
Natural gas pipeline branch stations
Industrial natural gas supply systems
Power plant gas supply facilities
Chemical and process industry gas supply
Commercial and district energy gas supply facilities
Other natural gas pressure regulation and metering applications
Customized Engineering
Each natural gas pressure regulating and metering project may have different operating conditions. HUAYI can configure the skid according to project-specific technical requirements, including:
Required gas flow capacity
Inlet and outlet pressure
Gas composition and operating temperature
Filtration requirements
Metering technology and measurement requirements
Number of regulating trains
Redundancy philosophy
Valve and instrumentation requirements
Control and communication requirements
Skid layout and connection arrangement
Applicable project specifications and documentation requirements
Final equipment selection, process configuration and technical parameters are determined based on the confirmed project data.
Information Required for Technical Selection
For preliminary equipment selection and technical evaluation, the following project information is recommended:
Gas composition
Required gas flow rate
Minimum and maximum inlet pressure
Required outlet pressure
Gas operating temperature
Required metering method or accuracy requirement
Required regulating train configuration
Installation environment and site conditions
Power supply and control requirements
Applicable codes or project specifications
Providing these parameters helps determine the appropriate process configuration and equipment selection.
Documentation and Technical Support
Depending on the project scope and contractual requirements, HUAYI can provide relevant technical documentation for engineering review, manufacturing, installation and commissioning, such as:
Technical datasheet
Process flow diagram
P&ID
General arrangement drawing
Equipment and instrument list
Interface and connection information
Inspection and test documentation
Operation and maintenance documentation
Final documentation scope is determined according to the agreed project requirements.
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