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This report provides a technical assessment of the boiler plant and associated systems at Hendrina Power Station, focusing on life extension (Life-ex) studies for Units 1-10. It details boiler tube leak (BTL) patterns, component replacement histories, and the degradation of pressure parts, specifically highlighting issues with fly-ash erosion, sootblower erosion, and creep exhaustion in main steam piping.

This report provides a consolidated life-extension (Life-ex) assessment of the Hendrina Power Station, focusing on the boiler, draft plant, and turbine plant. It details component failures, modifications, and inspection results to determine the feasibility of running the plant until 2025 or 2035, highlighting critical life exhaustion in high-pressure turbine components and erosion in air heaters and PA fans.

The Hendrina Power Station Consolidated Life-ex Report provides a detailed technical assessment of the remaining operational life of various plant components across ten units, aiming for a life extension to 2025. The report identifies critical degradation in electrical motors, MV cables, and certain boiler and turbine components, while noting that civil structures are generally in good condition. It emphasizes that achieving the 2025 target requires significant targeted replacements, improved maintenance, and the construction of a new ash dam.

This report provides a comprehensive life extension study for the Hendrina Power Station, detailing the technical requirements and associated costs to maintain operations until 2035. The study covers boiler plants, turbine auxiliaries, C&I systems, electrical plant areas, and common plant infrastructure, recommending a combination of targeted replacements, modernizations, and rigorous maintenance regimes to ensure reliability and environmental compliance.

This report provides a consolidated life-extension (Life-ex) assessment for the Hendrina Power Station, evaluating the technical requirements and physical condition of plant components to extend operational life until 2035. It details critical failures in electrical systems, the status of boiler and turbine plant areas, and the necessary capital interventions to maintain reliability.

The Hendrina Power Station Energy Services Consolidated Life-ex Report provides a detailed technical assessment and set of recommendations to extend the operational life of the power station's boiler, turbine, and auxiliary plants until 2035. The report identifies significant degradation across multiple systems—including severe erosion in superheaters and economizers, fatigue risks in steam drums, and structural decay in flue gas systems—and prescribes a comprehensive program of component replacement, structural redesign, and the implementation of modern asset management and control systems.

This report details the technical requirements and recommended interventions for the life extension of the Hendrina Power Station to 2035. It focuses on the refurbishment and replacement of critical electrical infrastructure—including transformers, motors, cables, and generators—and identifies necessary maintenance for common plant areas and boiler systems to ensure operational reliability.

This report provides a detailed technical and budgetary plan for the life extension of the Hendrina Power Station, specifically focusing on the option to operate the boilers until 2035. It outlines necessary replacements and retrofits for boiler components, draft plants, and turbine systems to ensure reliability, safety, and compliance with emissions legislation.

This document is an excerpt from the Energy Services Consolidated Life-ex Report for the Hendrina Power Station. It details the remedial programmes and investment costs required to manage the station's common plant areas—including coal handling, boiler house, turbine hall, and cooling towers—to ensure operational viability until the planned decommissioning date of 2035.

This report section provides an economic and technical evaluation of life-extension options for the Hendrina Power Station to enable operation until 2035. It details necessary investments in boiler components, turbine plants, electrical systems, and control systems, comparing the costs of refurbishment and replacement against the risks of failure and lost revenue.

This report, produced by Siemens and subcontractors Babcock and Steinmuller, evaluates the feasibility and costs of a 10% capacity increase and life extension to 2035 for the Hendrina Power Station. The study identifies critical equipment limitations across boiler, turbine, and electrical plants, recommending extensive replacements of generators, motors, and piping to achieve the uprate.

This report provides a comprehensive life-extension (Life-ex) and capacity increase assessment for the Hendrina Power Station, focusing on the boiler, turbine, electrical, and common plant areas. It evaluates the feasibility of increasing plant capacity by 10% and extending operational life to 2025 or 2035, detailing the current poor condition of various motor fleets and piping systems, and recommending significant upgrades, including a transition to a 'Tower Boiler' design for Units 1-5.

This report section provides a detailed technical assessment of the equipment and infrastructure at Hendrina Power Station, specifically evaluating the feasibility and requirements for a 10% capacity increase. It identifies critical components that would fail under increased load—including generators, MV motors, and various pumps—and recommends extensive replacements, upgrades, and maintenance strategies to enable higher output.

This report section details the technical requirements and cost projections for increasing the capacity of the Hendrina Power Station. It focuses on necessary upgrades to generators, boiler plants (Units 1-5 and 6-10), and auxiliary systems to support higher power output and ensure operational reliability through 2035.

This document is the conclusion and appendix of the Hendrina Power Station Energy Services Consolidated Life-ex Report. It evaluates the feasibility and requirements for extending the operational life of the coal-fired power station, comparing the costs and risks of life extension against the construction of new plants.

A 2009 statement from Eskom to the South African Department of Environmental Affairs (DEA) regarding draft minimum emission standards. Eskom expresses support for the standards as a long-term goal but argues that the proposed timeframes and limit values are practically and financially unfeasible for its existing power station fleet due to resource constraints and economic impacts.

This document is an executive summary of a report by Dr. Ranajit Sahu, which argues that the concept of "clean coal" is a myth. It specifically analyzes the 2019 Integrated Resource Plan for Electricity (IRP) proposal to add 1500 MW of new coal power generation in South Africa, concluding that such projects will cause significant air pollution and greenhouse gas emissions regardless of the technology used.

This document is an excerpt from the Eskom Air Quality Improvement Plan, detailing the strategies, technical requirements, and financial implications for reducing emissions from Eskom's power station fleet to comply with South Africa's Minimum Emission Standards (MES).

This report by Sandbag assesses the 2017 Effort Sharing Regulation (ESR) deal, which sets emission reduction targets for non-ETS sectors in the EU for 2021-2030. The authors argue that the current -30% target is insufficient for Paris Agreement goals and advocate for project-based cooperation between Member States to achieve reductions cost-effectively and avoid carbon lock-in in lower-income countries.

This fact sheet from Energy Innovation outlines how data center electricity demand can be made flexible through workload shifting, operational reductions, and the use of backup power or storage to minimize the need for new fossil fuel generation and grid infrastructure.