Overview
The CEATI Thermal Generation Interest Group is an international consortium of electric utilities with a common focus on the design, monitoring, operation, and maintenance of thermal combustion generation processes, machinery, and auxiliary equipment.

Focus areas

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    Plant Operation, Maintenance, and Performance
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    Changing Mission of Plants 
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    OEM Management and Collaboration
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This group is for

Thermal plant engineers, operators, specialists, directors, and managers
EXPLORE MEMBERSHIP
Technical Advisor Support
Steve Wenke
Steve Wenke
Hydropower Plant Equipment and Thermal Generation

Steve Wenke is recently retired as Senior Manager of Generation Strategy and Planning for Avista. His 40 year career has involved design, management, and operation of generating assets. This has included new plant developments, major overhauls and upgrades, structural remediation projects, dam safety projects, and plant control and automation programs. He has also worked on numerous business initiatives including NERC Compliance Programs, labor management and negotiations, corporate merger teams, product development, and Asset Management and planning. He has led a team to develop a corporate Human Performance safety strategy and implementation plan and has worked with an internal group on Distributed Generating Resources. For 15 years he served as a mentor for Avista’s Aspiring Leader Program, charged with helping develop the next generation of utility leaders. He currently is President of the Hydropower Foundation. Prior to his retirement he served as Secretary for the DHS Dam Sector Coordinating Council, served as Vice Chair of the NERC GADS Work Group and NERC’s Performance Analysis Subcommittee and Electric Gas Work Group and a member of several other industry groups. He served three terms on the Board of Directors for the National Hydropower Association and continues to stay active in the organization. He has been active in R&D including serving as peer review for US DOE programs, industry advisory boards, and other efforts.

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Doug Campbell
Doug Campbell
Energy Integration and Strategy and Thermal Generation

Doug Campbell (B.Sc., B.Eng., M.Sc., P.Eng.) is a Professional Engineer with over 45 years of experience. He developed a wide range of technical skills associated with the design, construction, and start-up of new generation. He has been involved in providing expert advice on new and developing technologies to support the transformation of the electrical grid. His current work includes providing insights to the progress in these developments, especially as related to a low carbon world.

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Top Resources
ASSESSMENT TOOL
thermalAMP
Phase I of thermalAMP established a consistent methodology for thermal equipment condition assessments, supporting engineers in determining asset health and assisting asset managers with risk assessments and investment planning to optimize safety, performance, and costs. Phase II focues on high-energy systems such as main steam, reheat steam, feedwater, and building heating systems, along with their associated valves. thermalAMP helps thermal equipment engineers and operators make data-driven decisions on asset health, risk assessments, and investment planning, optimizing for performance and costs.
TRAINING
Training Courses on Critical Thermal Generation Topics
CEATI has partnered with TTP (Technical Training Professionals) to offer 55 hours of on-demand, 3D-animated training courses covering foundational to advanced thermal generation topics. TTP’s training provides flexible, interactive learning to help teams improve safety, performance, and reliability while supporting organizational goals.
GUIDANCE DOCUMENT
Best Practice Guidelines for Operation and Maintenance of Plant Electrical Systems
This report reviews key components of plant electrical systems, focusing on their operational role and common failure modes, with strategies for maximizing reliability through predictive maintenance. It helps station operation and maintenance personnel enhance plant electrical reliability by providing maintenance insights and predictive monitoring techniques.
RESEARCH REPORT
Thermal Power Plant Modifications for Carbon-Free Fuels
This project explores using carbon-free fuels in thermal power plants, examining necessary modifications, operational impacts, and the implications for safety and maintenance in various operating modes. It offers members valuable guidance on transitioning to carbon-free fuels and adapting plants for future energy demands.
RESEARCH REPORT
Technologies to Improve Plant Performance: An Industry-Wide Review
This study identifies transformative digital and operational technologies that provide immediate improvements in thermal plant performance and address current challenges. It helps members understand and adopt technologies that deliver measurable improvements to plant performance. This study identifies key digital solutions and operational technologies that offer immediate and measurable improvements in plant performance. The review focuses on transformative technologies relevant to the thermal generation industry, addressing current operational challenges.