Source: https://www.scribd.com/document/94328256/CWA-316-b-Compliance-Power-Plant-Cooling-Water-System-AnalysisFeasibility-Evaluations-Conceptual-Designs-Site-Modifications
Timestamp: 2018-06-20 07:50:41
Document Index: 780446804

Matched Legal Cases: ['§316', '§316', '§316', '§316', '§316', '§316', '§316', '§316', '§316', '§308', '§308', '§308', '§308', '§308', '§316']

CWA §316(b) Compliance - Power Plant Cooling Water System AnalysisFeasibility Evaluations, Conceptual Designs, Site Modifications | Power Station | Nuclear Power
CWA §316(b) Compliance - Power Plant Cooling Water System AnalysisFeasibility Evaluations, Conceptual Designs, Site Modifications
Power Plant Cooling Water System Analysis
Feasibility Evaluations, Conceptual Designs, Site Modifications
ENERCON is an engineering, management and technical consulting firm with a Client list that includes a considerable number of electric utility companies in the United States and abroad. ENERCON has been providing engineering services to the US commercial power fleet for over twenty years. In-depth partnerships with industry allow ENERCON to formulate innovative solutions, which support engineering, training, management services, crisis management, operations, maintenance, and licensing/regulatory affairs. ENERCON’s engineering team is experienced in all phases of intake structure studies, design, analysis, Clean Water Act (CWA) §316(a/b) regulations and modifications. ENERCON has been involved in numerous intake water studies. For each of these projects ENERCON was responsible for preparation of the study, presenting new concepts and performing the engineering analysis required to determine the optimal solution. ENERCON’s circulating water intake iimprovement studies iinclude work t t di l d k completed at Diablo Canyon to resolve heavy debris loading issues, as well as CWA §316(a/b) work recently completed for Entergy, SCE, PG&E, and PSNH. ENERCON has extensive experience iin id tif i evaluating, and selecting identifying, l ti d l ti intake technologies to meet sitespecific constraints. ENERCON utilizes state-of-the-art analytical tools, including computational fluid dynamics and Performance Evaluation of Power System Efficiency software, to predict g p the long-term effects of potential intake modifications.
ENERCON: Providing a comprehensive solution for §316(b) compliance ENERCON has extensive expertise in resolving each step of compliance with CWA §316(a/b) regulations across the domestic commercial power fleet, including considerable work at both fossil and nuclear power stations. CWA §316(a/b) regulation varies by state and includes the review, selection, and implementation of closed-loop cooling (or equivalent alternatives). ENERCON has the industry experience and technical knowledge necessary to provide a comprehensive solution for compliance with CWA §316(a/b) regulations regulations.
Project: San Onofre Nuclear Generating Station Study on Conversion to Closed-Loop Cooling ENERCON performed a comprehensive assessment of the conversion of San Onofre Nuclear Generating Station to closed loop cooling. A detailed conceptual design for implementation of closed loop cooling was provided, as well as detailed cost assessments. The cost estimates include initial capital cost (design/procurement/ installation), ongoing O&M costs, and associated operating losses. Project: Feasibility Assessment and Conceptual Design of San Onofre Nuclear Generating Station Intake Marine Mammal Protection ENERCON has been selected to identify and evaluate marine mammal protection designs to determine the best, and most cost effective, technological solution that meets the California Water Board’s requirement that all existing power plants with an offshore intake install large organism exclusion devices.
For more information, please contact Richard Clubb, §316(a/b) Product Line Manager (678) 797-5035 · rclubb@enercon.com
Representative Projects San Onofre Nuclear Generating Station Southern California Edison Engineering Assessment of Conversion to Closed-Loop Cooling; Feasibility Assessment and Conceptual Design of SONGS Intake Marine Mammal Protection; License Renewal Environmental Report Diablo Canyon Power Plant Pacific Gas & Electric Engineering Assessment of Conversion to Closed-Loop Cooling; Study, design, and installation of bar racks and traversing bar rakes to eliminate plant trips from CWIS debris loading Indian Point Energy Center Entergy Nuclear Engineering Assessment of Alternative Intake Technologies; Engineering Assessment of Conversion to Closed-Loop Cooling; Study and design of cylindrical wedgewire screen installation; License Renewal Environmental Report Grand Gulf Nuclear Station Entergy Nuclear Study, design, and installation of auxiliary cooling towers to supplement condenser cooling Perry Nuclear Power Plant First Energy Nuclear Operating Corporation Feasibility evaluation of tower upgrades and additions to support an extended power uprate uprate.
Project: Solutions for Managing Heavy Ocean Debris Loads at Diablo Canyon Power Plant ENERCON evaluated available d b i removal l d il bl debris l technologies to determine the most cost effective technological solution to allow continued plant operation under worst case debris loading conditions. A phased approach to the debris removal solution defined in the study is currently being implemented, using ENERCON’s technical specifications, modification packages, and construction details. Project: Grand Gulf Nuclear Station Cooling Tower Addition ENERCON has partnered with Marley/SPX Cooling Technologies on numerous projects, from feasibility studies and detailed conceptual designs, to final design and implementation. SPX routinely subcontracts ENERCON as their engineer of choice on major cooling tower projects, including the Grand Gulf Nuclear Station cooling tower addition project.
Expertise: Computational Dynamics Software
ENERCON utilizes computational fluid dynamics (CFD) software to predict the flow dynamics resulting from cooling tower operation / cooling water intake modification in an efficient and cost-effective way. CFD provides detailed information on flow patterns patterns, turbulence, flow rates and multiphase flow and often serves as a preliminary basis for modeling available technological solutions. Expertise: Performance Evaluation of Power System Efficiency ENERCON utilizes a P f tili Performance E l ti of Evaluation f Power System Efficiency (PEPSE) model to benchmark the analytical performance of the plant against measured data to provide an accurate summary of the plant performance expected after conversion to closed-loop cooling. PEPSE is used across the power industry and is the standard analytical tool to model “what if” scenarios to determine system what if impacts of altering power plant operation.
Merrimack Power Station Public Service of New Hampshire Engineering Assessment of Alternative Intake Technologies; Response to EPA §308 Letter Newington Power Station Public Service of New Hampshire Response to EPA §308 Letter Schiller Power St ti S hill P Station Public Service of New Hampshire Response to EPA §308 Letter Pilgrim Nuclear Power Station Entergy Nuclear Response to EPA §308 Letter; License Renewal Environmental Report James A. FitzPatrick Nuclear Power Plant Entergy Nuclear Response to EPA §308 Letter; License Renewal Environmental Report Limestone Electric Generating Station NRG Energy Detailed mechanical, electrical, and civil design for tower installations on each of two units Cooper Nuclear Station Nebraska Public Power District Design and installation of replacement traveling water screens; License Renewal Environmental Report
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