Surplus Fisher Valves from Refinery Turnarounds: A Buyer's Guide
For industrial buyers and refinery maintenance professionals, acquiring high-quality surplus Fisher valves from refinery turnarounds can be a strategic way to reduce costs without compromising reliability. With over 30 years of experience in industrial surplus, I’m Sean Rupley from Industrial Surplus World, here to provide an expert, detailed guide on how to navigate the marketplace for Fisher valves sourced from refinery turnarounds.
Refinery turnarounds — scheduled shutdowns to perform maintenance, inspections, and repairs — generate large volumes of surplus equipment, including valves. Since Fisher valves are a trusted brand globally in process control and isolation applications, these surplus units can represent tremendous value when procured wisely. This buyer’s guide dives into the technical specifications, industry standards, and practical steps to ensure you acquire the right surplus Fisher valves for your application.
Why Buy Surplus Fisher Valves from Refinery Turnarounds?
Refinery turnarounds occur every 3 to 5 years, often involving complete valve replacements or upgrades to meet tighter safety and environmental regulations. These events create a unique opportunity to purchase Fisher valves that are:
- High quality and proven: Fisher valves, manufactured by Emerson, are designed for critical process control with robust performance. Models like the Fisher 667 globe valve or the Fisher V150 rotary plug valve are industry staples.
- Originally spec'd to industry standards: Valves from refinery turnarounds are typically manufactured to API (American Petroleum Institute) specifications such as API 6D for pipeline valves or API 600 for gate valves, and adhere to ASME B16.34 pressure-temperature ratings.
- Inspected and often refurbished: Many surplus valves undergo detailed inspection, testing, and sometimes reconditioning during turnaround projects, ensuring operational integrity.
- Cost-effective: Buying surplus can reduce your procurement costs by 30-50% compared to new valves, critical for budget-conscious projects.
However, buying surplus Fisher valves requires expertise. Let’s explore how to assess and select valves properly.
Key Technical Considerations When Buying Surplus Fisher Valves
When assessing surplus Fisher valves, there are several vital technical parameters and industry standards to focus on:
1. Valve Type and Model
Fisher produces a broad range of valves, including globe valves, ball valves, plug valves, and butterfly valves. Common refinery models include:
- Fisher 667 Globe Valve: High-performance, often used in control and isolation with API 600 compliance.
- Fisher V150 Rotary Plug Valve: Designed for throttling and isolation with low pressure drop.
- Fisher 627 Actuated Ball Valve: Engineered for quick quarter-turn operation.
Confirm the model matches your process requirements — e.g., pressure rating, flow characteristics, and actuator compatibility.
2. Material Grade and Construction
Material compatibility is critical to ensure chemical resistance and durability. Common Fisher valve body materials include:
- Carbon Steel (ASTM A216 WCB): Suitable for general refinery services.
- Stainless Steel (ASTM A351 CF8M): Used in corrosive environments or with sour gas.
- Alloy Steel (ASTM A217 WC6/WC9): For high-temperature applications up to 1100°F.
Ensure the valve’s material matches or exceeds your process fluid and temperature requirements. Valve trim grades, like hardened stainless steel or Stellite overlays, also impact wear resistance and longevity.
3. Pressure and Temperature Ratings
Check the valve’s pressure class (e.g., ASME Class 150, 300, 600, or 900) and temperature limits. For example, a Fisher 667 globe valve might be rated for up to 600 psi at 1000°F depending on the material. Surplus valves from refinery turnarounds usually come with stamped nameplates or documentation showing these ratings.
Always cross-reference valve ratings with your process conditions to maintain safety and compliance.
4. Testing and Certification
API standards require valves to be factory-tested for seat leakage, shell integrity, and operational performance. Surplus valves from turnarounds should ideally come with:
- Test certificates: Showing compliance with API 598, API 6D, or equivalent.
- Inspection records: Documenting any refurbishment or repairs.
- Traceability tags: Important for quality audits and maintenance planning.
Request these documents upfront to validate valve condition.
5. Actuation and Accessories
Many Fisher valves come with pneumatic, electric, or hydraulic actuators. Confirm compatibility if you plan to reuse existing actuators or integrate new systems. Accessories like positioners, limit switches, and solenoids should also be inspected for functionality or availability as surplus.
Practical Steps to Buy Surplus Fisher Valves from Refinery Turnarounds
Procurement of surplus Fisher valves involves more than just price comparison. Here’s an expert workflow:
Step 1: Define Your Requirements Clearly
Document your process parameters including fluid type, pressure, temperature, flow, and control needs. Specify the valve types, sizes (commonly 2” to 24” for refinery service), material grades, and end connections (flanged, welded, threaded). This clarity helps sellers accurately match surplus inventory to your needs.
Step 2: Contact Trusted Surplus Suppliers
Work with reputable suppliers experienced in refinery surplus, such as Industrial Surplus World. These companies typically source valves directly from refinery turnaround projects and provide detailed valve data sheets. Verify their inventory and request photos or videos of the valves.
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Step 3: Verify Documentation and Valve Condition
Ensure the valves come with test reports, traceability information, and maintenance history. If possible, conduct an on-site inspection or request third-party evaluation to confirm valve integrity.
Step 4: Negotiate Pricing and Terms
Surplus valves should be priced significantly below new list prices. For example, a new Fisher 667 valve can cost upwards of $10,000 depending on size and specs, while surplus units might be available for $5,000–6,000. Confirm warranty terms, return policy, and shipping logistics.
Step 5: Plan for Installation and Testing
Once purchased, valves should be re-tested according to your facility’s standards before installation. Coordinate with your maintenance team to schedule any necessary refurbishment or re-certification.
Common Models and Their Specifications
| Model | Type | Material | Pressure Rating | Typical Size Range | Application |
|---|---|---|---|---|---|
| Fisher 667 | Globe Valve | Carbon Steel, Stainless Steel | Class 150 to 600 | 1” - 24” | Control and Isolation in Refinery Processes |
| Fisher V150 | Rotary Plug Valve | Carbon Steel, Alloy Steel | Class 150 to 300 | 2” - 16” | Throttling and Isolation |
| Fisher 627 | Actuated Ball Valve | Stainless Steel, Carbon Steel | Class 150 to 600 | 1” - 12” | Quick Shutoff in Refinery Lines |
Industry Standards and References
Fisher valves used in refinery applications comply with several key industry standards. Understanding these is crucial when buying surplus valves:
- API 600: Steel Gate Valves – Flanged and Butt-welding Ends, Bolted Bonnets
- API 6D: Specification for Pipeline Valves
- API 598: Valve Inspection and Testing
- ASME B16.34: Valves – Flanged, Threaded, and Welding End
For detailed valve specifications and standards, refer to Emerson’s official Fisher valve documentation: Emerson Fisher Valves.
5 Frequently Asked Questions About Surplus Fisher Valves from Refinery Turnarounds
1. How can I be sure surplus Fisher valves are safe to use in hazardous refinery environments?
Safety is paramount. Surplus valves from refinery turnarounds typically have traceable manufacturing and testing records compliant with API and ASME standards. We recommend verifying test certificates, inspecting valves physically or via third-party experts, and re-testing valves per your internal protocols before installation.
2. Are surplus valves typically refurbished or “as-is”?
Many surplus valves undergo inspection and refurbishment during the turnaround process, including seat resurfacing, stem packing replacement, and actuator servicing. Always request detailed condition reports to understand the extent of refurbishment. “As-is” valves may be lower priced but carry higher risk.
3. What are common causes of surplus valve availability during refinery turnarounds?
Turnarounds often involve process upgrades, regulatory compliance changes, or standardization efforts, leading to valve replacements. Valves may be retired not because they failed, but because newer control technology or materials have been adopted.
4. How do I determine the correct size and pressure rating for a surplus valve?
Consult your process engineering specifications and piping and instrumentation diagrams (P&IDs). Valve size should match pipe diameter and flow requirements, while pressure rating must exceed maximum operating pressures with a safety margin, per ASME guidelines.
5. Can I buy actuators and control accessories with surplus valves?
Yes, many surplus packages include actuators (pneumatic, electric) and accessories like positioners and limit switches. Check compatibility with your control system and confirm operational condition prior to purchase.
Conclusion: Maximizing Value with Surplus Fisher Valves
Purchasing surplus Fisher valves from refinery turnarounds can unlock substantial savings while providing reliable, industry-standard equipment. Key to success is thorough technical evaluation, verification of documentation, and partnering with trusted suppliers who specialize in refinery surplus.
At Industrial Surplus World, we bring three decades of expertise in sourcing and selling surplus Fisher valves tailored to your refinery and industrial needs. To discuss your requirements or explore current inventory, call us today at 954-488-0700. Let’s help you find the right valves to keep your operations safe and cost-efficient.
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