Valve Train for a Wide Range of Applications
Fuel Skid / Valve Train Packages
WAHLCO designs and manufactures valve trains for applications servicing a wide range of industries including power generation, pulp and paper, refining and chemical processing. Our skids and valve trains are designed to meet your specific needs offering safe, reliable operation for new construction, fuel system conversions and system upgrades including:
- Pressure Regulating Skids
- Flow Control & Metering Skids
- Single & Multiple Burner Systems
- Fuel Supply Safety Shut-offs
- Fuel Oil Systems Including:
- Fuel Oil Flow Control & Metering
- Atomizing Steam or Air Control
Equipment Design Features
- Wide Fuel Flow Capacity Rangers
- High & Low Pressure Reduction
- Service & Monitoring Design
- Pneumatic or Electric Actuation
- Material Selection
- Large Bore Trunnion Ball Valves
- High Performance Butterfly Valves
- Non-Hazardous & Hazardous Area Classifications
- DCS or Local Control Capability
- Fire Safe
Industry Standards
Fuel gas piping material and system design in compliance with applicable industry, local and/or international codes and standards:
- NFPA, API, NEC, FM, CSA, PED, ATEX, CE, NEMA, IP, etc.
- AWS Standard Welding Procedure
- B31.1 Power Piping
- B31.3 Process Piping
- Fire Safe Design/Construction
- Isolation Shut-Off Class VI
- Safety Interlocks
Custom Skid Mounted Equipment
Benefits
- Custom Design for Greater Flexibility
- Experienced In-House Engineering
- Manufactured to Local and International Codes and Standards
- Modular Pre-packaged Design
- Fully Assembled
- Factory Tested
- Process Guarantees
- Quality Control System (ISO 9001:2008)
- Established Service Network
Natural Gas High Pressure Reducing Skid
Maximum flow: 1.2 MMSCFH
Turndown Ratio: 60:1
Pressure Reduction: 350 psig to 50 psig
Modular Designs for Fast Track Delivery
Natural Gas Control Skid
Maximum flow: 1.5 MMSCFH
Turndown Ratio: 70:1
Pressure Reduction: 100 psig to 25 psig
Natural Gas High Pressure Reducing Skid
Maximum flow: 4.4 MMSCFH
Turndown Ratio: 50:1
Pressure Reduction: 350 psig to 50 psig