Enercon Services Inc services

The Nuclear Power Industry requires specialized talent to operate and maintain nuclear power plants in the United States and abroad. ENERCON is proficient in services which maintain and upgrade nuclear facilities by combining the talents of engineers, designers, licensed operators, licensing engineers, analysts and scientists to resolve a wide variety of technical challenges facing the nuclear industry. The Company is currently focused on new nuclear plants license application processes and developing solutions for operating plant challenges such as NFPA 805/Appendix R, Flow Accelerated Corrosion(FAC), PWR and BWR sump strainers, spent fuel storage, plant security, and Power Uprates.

The Power Delivery business sector of the electric utility industry is responding to the need to expand and improve the reliability of the transmission systems that serve their customers. These systems must also provide the increased capacity to accommodate bulk power flows into, out of, and through their network. The current movement follows a long period of limited investment in transmission infrastructure. ENERCON has the resources and skills to help meet the expected increase in need for project support, including both engineering and environmental capabilities. From new overhead electric transmission line siting and routing to the refurbishment of aging assets, ENERCON is available to complete studies, perform design, implement re-ratings/upgrades, or manage roadway relocations. ENERCON’s project management capability and quality programs are among its finest attributes.

Nuclear criticality safety is a very specialized field of engineering. It requires experience in nuclear physics as well as knowledge of system processes, operational practices, regulatory requirements, and conduct of operations principles. For this reason, our criticality engineers possess technical abilities beyond the average engineer. When analyses involve criticality codes, a verification and validation must be made against benchmark experiments. The selection of which experiments to use is, in itself, a specialized ability. Furthermore, proper modeling and documentation of the experiments is essential to defending the validation of the code.