Zachry Nuclear provides trusted software tools, analysis and engineering for design and safe operation of facilities, with a focus on effective solutions, customer relationships, and long term value. We have been serving electric utilities, advanced reactor designers, research organizations, regulators, Architect/Engineers, fuel vendors and government agencies worldwide for over 45 years.
Zachry Nuclear Engineering is a trusted, reliable organization creating effective, innovative, and sustainable solutions with focus on safety, quality, and customer relationships.--!>
Zachry Nuclear Engineering is a trusted, reliable organization creating effective, innovative, and sustainable solutions with focus on safety, quality, and customer relationships.--!>
Services
Zachry Nuclear provides trusted, best-in-class software tools, analysis, engineering, design and project management services for design and safe operation of nuclear facilities worldwide, with a focus on innovative, effective solutions, customer relationships, and long-term value.
We specialize in providing significant cost savings for our clients through margin recapture, operations flexibility, maintenance/outage task and schedule reduction and effective designs by determining the best solution using optimization, efficiency improvements and advanced modeling and simulation methods.
We specialize in providing significant cost savings for our clients through margin recapture, operations flexibility, maintenance/outage task and schedule reduction and effective designs by determining the best solution using optimization, efficiency improvements and advanced modeling and simulation methods.
In 2005, Xcel Energy sold Proto-Power to Zachry Group, a privately held construction firm based in San Antonio, TX.
The company was renamed Zachry Nuclear Engineering in 2009, following Zachry's decision to establish a separate new business entity, Zachry Nuclear Inc., to provide services to the existing US fleet of nuclear units and to pursue new nuclear power plant construction projects.
In 2010, ZNE opened a new office in Charlotte, NC to better focus on nuclear utilities located on the southeastern region of the US.
The company was renamed Zachry Nuclear Engineering in 2009, following Zachry's decision to establish a separate new business entity, Zachry Nuclear Inc., to provide services to the existing US fleet of nuclear units and to pursue new nuclear power plant construction projects.
In 2010, ZNE opened a new office in Charlotte, NC to better focus on nuclear utilities located on the southeastern region of the US.
Zachry Nuclear uses a structured approach to managing projects with particular emphasis on monitoring and controlling project scope, schedule, and budget.
Common industry tools and techniques are used to assist in the efficient and effective execution of projects.
Effective communication is critical among these.
Additional information regarding Zachry Nuclear Project Management is provided below.
Common industry tools and techniques are used to assist in the efficient and effective execution of projects.
Effective communication is critical among these.
Additional information regarding Zachry Nuclear Project Management is provided below.
Our services are performed in accordance with our Nuclear Quality Program which complies with 10CFR50 Appendix B and ASME NQA-1.
Our Analysis Division is the industry leader in developing and maintaining software meeting the special needs of the commercial nuclear industry.
Looking to the future, many of the new reactor designs are developed using Zachry Nuclear software and services to secure NRC certification.
Our Analysis Division is the industry leader in developing and maintaining software meeting the special needs of the commercial nuclear industry.
Looking to the future, many of the new reactor designs are developed using Zachry Nuclear software and services to secure NRC certification.
General purpose software package bridging the gap between system and CFD codes to provide computationally efficient engineering solutions for multi-scale and multi-physics applications.
A best-estimate light water reactor and reactor systems transient thermal-hydraulic analysis code with an USNRC issued Safety Evaluation Report that finds it "acceptable for referencing in licensing applications".
Performs very detailed nuclear reactor core thermal-hydraulic calculations to obtain minimum departure from nucleate boiling ratio for steady-state conditions and operational transients.
A best-estimate light water reactor and reactor systems transient thermal-hydraulic analysis code with an USNRC issued Safety Evaluation Report that finds it "acceptable for referencing in licensing applications".
Performs very detailed nuclear reactor core thermal-hydraulic calculations to obtain minimum departure from nucleate boiling ratio for steady-state conditions and operational transients.
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