Turbomachinery Consulting Services

Agile Engineering®

Concepts NREC can supplement and support your in-house capabilities with world-class technology, specialized methods, and proven engineering experience in multiple disciplines including fluid mechanics, heat transfer, combustion, applied mechanics, production, and system controls. Highly qualified engineers routinely assist equipment manufacturers, users, and plant engineers in understanding and resolving various performance, structural, and rotordynamic problems in individual machines, entire turbomachinery trains, or complete plant systems.
 

Engineering Audits

Concepts NREC can augment your in-house team with a  review of your existing designs and/or rig test components in our laboratories. We can then suggest improvements to optimize performance as well as provide the redesign and even supply the newly redesigned components.
 

Equipment Upgrades and Rerates

Quite often an obsolete impeller can be improved when being replaced. Engineered upgrades are typically designed for greater capacity, improved efficiency, changes in process, solving operating problems, or to avoid the replacement of expensive equipment. Examples of Concepts NREC re-engineering breakthroughs include:
  • Older chillers converted to new fluids with no loss of performance (or improved performance)
  • Clogging eliminated in petrochemical process pumps
  • Turbocharger rerating to reduce emissions
  • Compressor rerating to eliminate fatigue
Upgrade – An Economical Alternative to Replacement
Requests for turbomachinery upgrades are typically prompted by the economics of gaining additional value from critical equipment as well as the potential for improving performance. Concepts NREC is especially well equipped to design (and manufacture) impeller upgrades and other turbomachinery components for equipment that typically undergoes periodic disassembly for maintenance or rebuild. We also design impeller upgrades for custom turbomachinery requiring process modifications or performance improvements.
 
Greater Capacity and Improved Efficiency
The engineered design modification of turbomachinery equipment can provide greater capacity and improved efficiency, allow for a change in process requirements, and offer solutions to operating problems while avoiding or significantly deferring the need to replace expensive machinery. Considering the alternatives of accepting less than optimum performance or buying new equipment, an economical replacement of the rotating elements is often the most cost-effective and lowest-risk choice for improving machine performance.
 
Increase Component Life and Reliability, Lower Power Consumption
Many older machines that are mechanically sound can be upgraded or modified to meet present operating requirements and environmental standards. Modifications can often increase component life and reliability while lowering power consumption without diminishing capacity, as well as eliminate compressor surging, vibration, and other design problems.
 

Feasibility Studies

Concepts NREC can perform feasibility or scoping studies, provide an independent assessment of selected equipment prior to purchase or installation, conduct a basic design audit, and solve design and manufacturing problems.
  • Concepts NREC can augment your in-house team with a  review of your existing designs and/or rig test components in our laboratories. We can then suggest improvements to optimize performance as well as provide the redesign and even supply the newly redesigned components.

  • Quite often an obsolete impeller can be improved when being replaced. Engineered upgrades are typically designed for greater capacity, improved efficiency, changes in process, solving operating problems, or to avoid the replacement of expensive equipment. Examples of Concepts NREC re-engineering breakthroughs include:

    • Older chillers converted to new fluids with no loss of performance (or improved performance)
    • Clogging eliminated in petrochemical process pumps
    • Turbocharger rerating to reduce emissions
    • Compressor rerating to eliminate fatigue
    Upgrade – An Economical Alternative to Replacement

    Requests for turbomachinery upgrades are typically prompted by the economics of gaining additional value from critical equipment as well as the potential for improving performance. Concepts NREC is especially well equipped to design (and manufacture) impeller upgrades and other turbomachinery components for equipment that typically undergoes periodic disassembly for maintenance or rebuild. We also design impeller upgrades for custom turbomachinery requiring process modifications or performance improvements.

    Greater Capacity and Improved Efficiency

    The engineered design modification of turbomachinery equipment can provide greater capacity and improved efficiency, allow for a change in process requirements, and offer solutions to operating problems while avoiding or significantly deferring the need to replace expensive machinery. Considering the alternatives of accepting less than optimum performance or buying new equipment, an economical replacement of the rotating elements is often the most cost-effective and lowest-risk choice for improving machine performance.

    Increase Component Life and Reliability, Lower Power Consumption

    Many older machines that are mechanically sound can be upgraded or modified to meet present operating requirements and environmental standards. Modifications can often increase component life and reliability while lowering power consumption without diminishing capacity, as well as eliminate compressor surging, vibration, and other design problems.

  • Concepts NREC can perform feasibility or scoping studies, provide an independent assessment of selected equipment prior to purchase or installation, conduct a basic design audit, and solve design and manufacturing problems.

Concepts NREC can augment your in-house team with a  review of your existing designs and/or rig test components in our laboratories. We can then suggest improvements to optimize performance as well as provide the redesign and even supply the newly redesigned components.

Quite often an obsolete impeller can be improved when being replaced. Engineered upgrades are typically designed for greater capacity, improved efficiency, changes in process, solving operating problems, or to avoid the replacement of expensive equipment. Examples of Concepts NREC re-engineering breakthroughs include:

  • Older chillers converted to new fluids with no loss of performance (or improved performance)
  • Clogging eliminated in petrochemical process pumps
  • Turbocharger rerating to reduce emissions
  • Compressor rerating to eliminate fatigue
Upgrade – An Economical Alternative to Replacement

Requests for turbomachinery upgrades are typically prompted by the economics of gaining additional value from critical equipment as well as the potential for improving performance. Concepts NREC is especially well equipped to design (and manufacture) impeller upgrades and other turbomachinery components for equipment that typically undergoes periodic disassembly for maintenance or rebuild. We also design impeller upgrades for custom turbomachinery requiring process modifications or performance improvements.

Greater Capacity and Improved Efficiency

The engineered design modification of turbomachinery equipment can provide greater capacity and improved efficiency, allow for a change in process requirements, and offer solutions to operating problems while avoiding or significantly deferring the need to replace expensive machinery. Considering the alternatives of accepting less than optimum performance or buying new equipment, an economical replacement of the rotating elements is often the most cost-effective and lowest-risk choice for improving machine performance.

Increase Component Life and Reliability, Lower Power Consumption

Many older machines that are mechanically sound can be upgraded or modified to meet present operating requirements and environmental standards. Modifications can often increase component life and reliability while lowering power consumption without diminishing capacity, as well as eliminate compressor surging, vibration, and other design problems.

Concepts NREC can perform feasibility or scoping studies, provide an independent assessment of selected equipment prior to purchase or installation, conduct a basic design audit, and solve design and manufacturing problems.

Engineering Audits

Concepts NREC can augment your in-house team with a  review of your existing designs and/or rig test components in our laboratories. We can then suggest improvements to optimize performance as well as provide the redesign and even supply the newly redesigned components.

Equipment Upgrades and Rerates

Quite often an obsolete impeller can be improved when being replaced. Engineered upgrades are typically designed for greater capacity, improved efficiency, changes in process, solving operating problems, or to avoid the replacement of expensive equipment. Examples of Concepts NREC re-engineering breakthroughs include:

  • Older chillers converted to new fluids with no loss of performance (or improved performance)
  • Clogging eliminated in petrochemical process pumps
  • Turbocharger rerating to reduce emissions
  • Compressor rerating to eliminate fatigue
Upgrade – An Economical Alternative to Replacement

Requests for turbomachinery upgrades are typically prompted by the economics of gaining additional value from critical equipment as well as the potential for improving performance. Concepts NREC is especially well equipped to design (and manufacture) impeller upgrades and other turbomachinery components for equipment that typically undergoes periodic disassembly for maintenance or rebuild. We also design impeller upgrades for custom turbomachinery requiring process modifications or performance improvements.

Greater Capacity and Improved Efficiency

The engineered design modification of turbomachinery equipment can provide greater capacity and improved efficiency, allow for a change in process requirements, and offer solutions to operating problems while avoiding or significantly deferring the need to replace expensive machinery. Considering the alternatives of accepting less than optimum performance or buying new equipment, an economical replacement of the rotating elements is often the most cost-effective and lowest-risk choice for improving machine performance.

Increase Component Life and Reliability, Lower Power Consumption

Many older machines that are mechanically sound can be upgraded or modified to meet present operating requirements and environmental standards. Modifications can often increase component life and reliability while lowering power consumption without diminishing capacity, as well as eliminate compressor surging, vibration, and other design problems.

Feasibility Studies

Concepts NREC can perform feasibility or scoping studies, provide an independent assessment of selected equipment prior to purchase or installation, conduct a basic design audit, and solve design and manufacturing problems.

Find Your Rep

Our Sales Offices are strategically located around the globe to service all your turbomachinery needs.

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Corporate Brochure

We push past what has been done to explore what can be done. Concepts NREC has the vision to create great designs and a hard-earned reputation for delivering them.

Concepts_NREC_Corporate_Brochure-2

I came to the realization that we needed some objective insight.

We were working well with the OEM but even with our combined efforts, we were struggling to get a critical compressor to pass performance on their test stand. Although I'd never directly done business with Concepts NREC I was familiar with them and their capability so I chose to contact them when I came to the realization that we needed some objective insight. Concepts NREC fielded my cold call and immediately engaged their expertise in a complex problem that was also challenged by schedule constraints. They provided increased understanding of an already complex CFD which resulted in increased confidence that the proposed solution would succeed on the next test stand attempt (which it did!). We are pleased to have had the help of Concepts NREC and now have a well-performing compressor in our process.”

Bryan Barrington

Senior Advisor - Machinery Engineering

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