One of Openso Engineering's key strengths is providing engineering analysis and design support to refineries. Fitness-for-Service Analysis, Re-Rating of Equipment and Turnaround Services are part of our everyday business. Offering our clients the optimum solution every time by utilizing state-of-art tools such as Finite Element Analysis (FEA) Computational Fluid Dynamics (CFD) and Fluid Solid Interaction (FSI).
Openso Engineering fully supports downstream production through extensive experience designing high pressure and high heat vessels, reactors, heat exchangers, API tanks and piping. Optimum Engineering was founded in 2001 by four principal Nooter Fabrication employees that had 120 aggregate years of experience in working for a world-renowned fabricator of pressure vessels, heat exchangers, and other process equipment.
Openso Engineering has a distinct market advantage over other engineering companies because of our extensive and practical experience working in this fabrication industry.
Openso Engineering fully supports downstream production through extensive experience designing high pressure and high heat vessels, reactors, heat exchangers, API tanks and piping. Optimum Engineering was founded in 2001 by four principal Nooter Fabrication employees that had 120 aggregate years of experience in working for a world-renowned fabricator of pressure vessels, heat exchangers, and other process equipment.
Openso Engineering has a distinct market advantage over other engineering companies because of our extensive and practical experience working in this fabrication industry.
Services
Openso Engineering is a specialized engineering services and fabrication technology company that serves the Petroleum Refining, Petrochemical, Chemical, and related industries.
We are centrally located in the United States near St. Louis, across the Mississippi River in Edwardsville, Illinois.
Our competitive advantage is the ability to combine the latest technology available with many years of practical experience analyzing, designing, and fabricating pressure vessels, heat exchangers, and other process equipment.
We are centrally located in the United States near St. Louis, across the Mississippi River in Edwardsville, Illinois.
Our competitive advantage is the ability to combine the latest technology available with many years of practical experience analyzing, designing, and fabricating pressure vessels, heat exchangers, and other process equipment.
Openso can perform numerical analysis to provide assessments that can help improve your plant's reliability, and provide major savings in unnecessary repair and lost production time.
Repairs and alterations to improve the performance of the equipment can be performed in accordance with ASME Section VIII, Division 1 and/or Division 2, and API 579-1/ASME FFS-1.
To compliment the in-house numerical analysis, Openso Design Engineers also travel to jobsites to perform onsite analysis of field non-conformities.
Repairs and alterations to improve the performance of the equipment can be performed in accordance with ASME Section VIII, Division 1 and/or Division 2, and API 579-1/ASME FFS-1.
To compliment the in-house numerical analysis, Openso Design Engineers also travel to jobsites to perform onsite analysis of field non-conformities.
Openso Engineering can help to optimize your scheduled downtime and achieve the most efficient use of equipment, inspection, and maintenance.
Openso has performed analyses for customers in need of quick answers.
Crack-like flaw on the longitudinal weld seam on piping.
After Fitness for Service (FFS) analysis was performed, the length of the crack was determined to be greater than the critical flaw size in accordance with API 579-1/ASME FFS-1, and a weld repair was recommended.
Taking measurements on a Black Liquor Spill Collection Tank prior to performing Fitness for Service.
Openso has performed analyses for customers in need of quick answers.
Crack-like flaw on the longitudinal weld seam on piping.
After Fitness for Service (FFS) analysis was performed, the length of the crack was determined to be greater than the critical flaw size in accordance with API 579-1/ASME FFS-1, and a weld repair was recommended.
Taking measurements on a Black Liquor Spill Collection Tank prior to performing Fitness for Service.
Tri-Clad reactors are being utilized ever more often in Acetic Acid Plants and other similar corrosive process applications.
Openso Engineering is one of the few companies that has the design and manufacturing knowledge in the world for Tri-Clad construction.
As tri-clad design offers greater potential for total reliability and longevity than bi-clad.
Safe and continuous operation of the unit is ensured.
Openso Engineering has successfully transferred tri-clad fabrication technology to fabricators.
Openso Engineering is one of the few companies that has the design and manufacturing knowledge in the world for Tri-Clad construction.
As tri-clad design offers greater potential for total reliability and longevity than bi-clad.
Safe and continuous operation of the unit is ensured.
Openso Engineering has successfully transferred tri-clad fabrication technology to fabricators.
Openso Engineering has been consulted to provide Mechanical Engineering and Structural Design Expert Witness testimony in multiple litigation cases.
Petrochemical and chemical process equipment design, construction, and fatigue analysis are our specialty.
When it comes to pressure vessels, reactors, heat exchangers and API tanks - we are the expert.
Petrochemical and chemical process equipment design, construction, and fatigue analysis are our specialty.
When it comes to pressure vessels, reactors, heat exchangers and API tanks - we are the expert.
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