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Home > Markets > Power > Selecting a Fluid Systems Supplier
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Top 10 Items to Consider When Selecting a Fluid Systems Supplier for Nuclear Components
 Fluid system components in the nuclear facility have impact before and after purchases are completed. Now that Power Plant efficiencies are so critical, when a utility selects a fluid system component supplier, they are making a selection that can impact its bottom line, from quality and reliability to services and solutions. Following are the top 10 items to consider when selecting a fluid systems supplier.
- Early Project Involvement. Working with a supplier during the early stages of a project should be encouraged, as the supplier may be able to help identify potential solutions, such as custom-engineered or modified products.
- Product Availability. Suppliers should be able to develop a plan to ensure that the product will be available at the required times during construction; and also stocked locally if possible, an important plus should an unplanned shutdown occur.
- On-site Product Support and Technical Service. Two of the main reasons for failure in fluid system components are incorrect product selection and installation. Suppliers should provide on-the-ground support and technical service, including training for a utility’s technicians and installers.
- Breadth and Depth of Product Line. When a supplier offers a broad range of fluid system products, customers stand to benefit. Whatever the requirements of the present or future, it will not be necessary to qualify multiple fluid system suppliers, at unnecessary expense.
- Commitment to Quality. The nuclear industry is heavily scrutinized, both by regulatory bodies and the general public. Working with suppliers who have a steadfast commitment to quality and reliability will go a long way. Companies should also consider the level of warranty guaranteed by the supplier.
- ASME Certification. The American Society of Mechanical Engineers (ASME) was the world’s first nuclear standard, and many countries in North America, Latin America, Europe and Asia continue to follow it today. There are several certificates that are relevant to fluid system components, including a Quality System Certificate, Certificate of Accreditation, and Certificate of Authorization. The process for obtaining an ASME certificate is extensive.
- Fluency in Local Code. While ASME is the most widely accepted nuclear standards, to date, there is no single international standard or code for safety-related nuclear power components. Suppliers should be willing to work with customers to ensure products meet or exceed local code standards.
- Testing Documentation. Documentation is just as important as the product itself. Manufacturers must have the capabilities to supply copies of all required testing documents and deliver with the product.
- Transparent Operations. For safety-grade components, transparency of operations is key. Suppliers should be able to communicate openly on design specification, and work with customers requesting witness or hold points. Manufacturing facilities will have to be available for on-site inspections.
- Quality-Based Culture. When purchasing fluid system components, purchasers enter a relationship with a supplier whose level of service can profoundly affect the bottom line for many years to come. Choosing one whose culture emphasizes quality, reliability, research, and innovation can result in a long-term partnership and payoff.
Swagelok offers products that comply with ASME Section lll Class 1,2,3 as well as off-the-shelf products for the balance of plant needs. The company holds ASME N and NPT certifications. For more information, contact your local sales and service center.
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