NuVision Engineering is an applications engineering and technology services company providing custom solutions to unique problems in nuclear industries. We design and implement technically advanced engineering solutions and services for utilities, OEMs, and government contractors worldwide. NVE's nuclear engineering expertise supports the entire nuclear cycle from new plant build to decommissioning.
We also design, build, and deploy systems that safely move and manage nuclear waste. NuVision Engineering provides patented solutions for Stress Corrosion Cracking and other issues unique to the nuclear power industry. Our maintenance-free systems help finish legacy clean-up projects safely and cost effectively. Our nuclear engineering capacity spans a range of markets, including power generation, manufacturing, and waste technology.
We make radiation resistant MSM and Power Manipulator systems used in nuclear research and decommissioning. At NuVision Engineering, safety isn't just a priority; it's a core value.
We also design, build, and deploy systems that safely move and manage nuclear waste. NuVision Engineering provides patented solutions for Stress Corrosion Cracking and other issues unique to the nuclear power industry. Our maintenance-free systems help finish legacy clean-up projects safely and cost effectively. Our nuclear engineering capacity spans a range of markets, including power generation, manufacturing, and waste technology.
We make radiation resistant MSM and Power Manipulator systems used in nuclear research and decommissioning. At NuVision Engineering, safety isn't just a priority; it's a core value.
Services
NuVision Engineering is a technology services and engineering company specializing in nuclear applications.
We provide engineering expertise and proprietary services to commercial power plants and public utilities.
We also design and deploy rad-hardened robotics for use in radioactive environments and advanced process systems to manage radioactive waste.
Our customers include the U.S. and international governments, utility companies, and medical research facilities.
NuVision is headquartered in Pittsburgh, PA and has an additional facility in Mooresville, NC to support the design and implementation of large scale demonstration and validation programs.
We provide engineering expertise and proprietary services to commercial power plants and public utilities.
We also design and deploy rad-hardened robotics for use in radioactive environments and advanced process systems to manage radioactive waste.
Our customers include the U.S. and international governments, utility companies, and medical research facilities.
NuVision is headquartered in Pittsburgh, PA and has an additional facility in Mooresville, NC to support the design and implementation of large scale demonstration and validation programs.
NuVision Engineering develops, demonstrates, and deploys technology-based solutions that help extend the life and safe operation of power plants.
We also validate new plant designs and analyze existing systems to predict and proactively manage potential problems.
Our customers include plant owners, plant designers, and their original equipment manufacturers.
With a portfolio of proprietary technologies and decades of industry experience, our staff solves complex problems efficiently and reliably.
We also validate new plant designs and analyze existing systems to predict and proactively manage potential problems.
Our customers include plant owners, plant designers, and their original equipment manufacturers.
With a portfolio of proprietary technologies and decades of industry experience, our staff solves complex problems efficiently and reliably.
NuVision Engineering can provide an experienced team of engineering professionals who will act as an extension to your staff.
We will assist you in finding creative solutions for your design needs.
Our engineering capacity spans a range of markets, including power generation, manufacturing, and waste technology.
Often during the design and evaluation of a component, analytical techniques are needed to determine failure mechanisms and simulate design and operating conditions.
Our staff uses the latest software technology to perform both linear and nonlinear analysis.
We will assist you in finding creative solutions for your design needs.
Our engineering capacity spans a range of markets, including power generation, manufacturing, and waste technology.
Often during the design and evaluation of a component, analytical techniques are needed to determine failure mechanisms and simulate design and operating conditions.
Our staff uses the latest software technology to perform both linear and nonlinear analysis.
Our Sponge Abrasive Decontamination process is a unique, dust-free way to efficiently reduce contamination levels and dose rates in piping and components of Nuclear Power Plants.
The system was designed and built specifically for the purpose of performing pipe end decontamination during Steam Generator Replacements where minimizing worker dose and project schedule are key success metrics.
Our technology has since been modified to meet a variety of decontamination needs.
The PED (pipe-end decon) process consists of five key components: media blast head, media feed unit, sponge abrasive media, a digital control system, and the seal dams and media recovery system (HEPA vacuum and cyclone separator).
The system was designed and built specifically for the purpose of performing pipe end decontamination during Steam Generator Replacements where minimizing worker dose and project schedule are key success metrics.
Our technology has since been modified to meet a variety of decontamination needs.
The PED (pipe-end decon) process consists of five key components: media blast head, media feed unit, sponge abrasive media, a digital control system, and the seal dams and media recovery system (HEPA vacuum and cyclone separator).
Stress Corrosion Cracking (SCC) as a result of excessive tensile stress is a recognized problem which can compromise nuclear plant safety and availability.
MSIP (Mechanical Stress Improvement Process) is a patented, permanent solution for mitigating SCC in Nuclear Plant piping weldments.
MSIP is accepted by the United States Nuclear Regulatory Commission as a stress improvement process for mitigation of stress corrosion cracking in both boiling water reactor (BWR) and pressurized water reactor (PWR) plants.
MSIP (Mechanical Stress Improvement Process) is a patented, permanent solution for mitigating SCC in Nuclear Plant piping weldments.
MSIP is accepted by the United States Nuclear Regulatory Commission as a stress improvement process for mitigation of stress corrosion cracking in both boiling water reactor (BWR) and pressurized water reactor (PWR) plants.
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