Corporate - Company Overview
Concepts NREC
Concepts NREC is the world's leading independent, full-service turbomachinery design and development organization.
For nearly a half century, Concepts NREC (CN) has provided manufacturers, users, government agencies, and the engineering community with technology tools, services, and products that have met their needs, achieved their goals, and helped develop and produce some of the world's most advanced products.
With a staff of over one hundred professionals at CN facilities in Wilder, Vermont, and Woburn, Massachusetts, plus knowledgeable representatives in the U.S., Africa, Asia, Europe, and the Middle East, Concepts NREC is positioned to provide advanced technology solutions for virtually any turbomachinery requirement.
Concepts NREC is continually advancing and applying turbomachinery technologies to meet challenging applications.
As a world leader in engineering development, Concepts NREC also enjoys a reputation for consistently meeting the increased demands and challenges for virtually any turbomachinery application.
- Air compressors, process compressors, axial compressors
- Gas turbines, steam turbines, expanders, hydraulic turbines, hydroelectric turbines
- Turbochargers
- Single and multistage pumps, in-line pumps, axial-flow pumps, mixed-flow pumps
- Fans, blowers, vacuum systems
- Propulsors, propellers
Concepts NREC meets critical requirements with a wide range of capabilities and technologies.
Developing a best solution for new turbomachinery components and products requires a synergy of total resources, including experience.
- Analytical expertise
- Mechanical engineering and design
- Systems analysis and optimization
- Controls engineering
- Advanced manufacturing capabilities
- Laboratory services
Concepts NREC's integrated software for turbomachinery encompasses the entire engineering process.
Advanced technology tools combine practical experience, test data, and theoretical concepts in a structured approach to support the design, analysis, and manufacturing of turbomachinery components.
- Preliminary design and 3D detailed design
- FEA stress and vibration analysis
- 3D CFD flow analysis
- Rotordynamics
- CAM prototypes and NC machining
- Design optimization
