Executive overview. Put yourself in the position of the Contractor’s senior management who need a high level overview of what is involved – the scope of work - so that they can decide when tendering whether they have the resources and capability to undertake the work. Include a description of the different services and disciplines of work involved within the service and the location where most of the work will be carried out.
Executive overview. The scope of service in this contract relates to the management, supervision, labour, consumable supply, provision of equipment, administration, warehousing and storage related to the service sandblasting/abrasive cleaning. The Employer’s objectives for this contract are security of supply, economies of scale, encouraging a long- term commercial relationship with the Contractor based on mutual trust, commitment to common goals and an understanding of each Party’s expectations and values. The method of assessment is described elsewhere in this Service Information.
Executive overview. Hendrina Power Station is a fossil fired power generating utility producing a generated capacity of 2000 MW. It uses demineralized water to produce steam which turns the turbine and produce power. The demineralized water produced needs to undergo through pretreatment process to remove turbidity and TOC to prolong life span of the resin installed in the Cation, Anion and Mixed bed vessels and consequently prevent fouling, erosion, scaling and the corrosion of the turbine and boiler plant.
Executive overview. The provision of Safety related training within the KwaZulu Natal OU for a period of 36 months as per below outlined list. • Only service provider with valid D.O.L accreditation for relevant course will be considered for functional evaluation. • Eskom does not provide transport for service providers to various sites of training. Re- imbursement of travel will be in accordance to Eskom’s travel guide and as per 3rd and 2nd to last bullet. • Eskom does not provide accommodation for service providers at various Eskom sites. Re- imbursement of accommodation will be in accordance to Eskom’s travel guide. • The Service provider must ensure that all their facilitators are equipped to present in classes in terms of projector laptop and any training aids. • It is the responsibility of the Service Provider to provide training material to all the students which is included in the rate charged per course. • Traveling for the FS LMO contract can only be claimed from Eskom head office Bloemfontein (Eskom Bloemfontein Freepen building Xxxxx street) to the site where training is needed. • The minimum amount of Assessors per course will be measured per province and a Assessors cannot reflect on both provinces for MEWP TMC and S&C.
Executive overview. Xxxxx Power Station water treatment plant consists of nine vessels for demineralised (Demin) plant and nine vessels that for condensate polishing plant (CPP). Demin Water Plant: The WTP uses a demin plant which consists of three parallel trains (A, B and C), each consisting of three vessels (cat ion, anion and mixed bed) for the removal of impurities from the pre-treated filtered raw water. The pre-treated and filtered raw water is passed through resin beds where the impurities are removed through ion exchange process to produce mineral free water for use in the Boiler to produce steam for Turbines. CPP: Ion exchange resin is used in polishers situated at each unit to remove impurities from the steam-water cycle. The resin eventually becomes exhausted, and then transferred back to water plant to be regenerated in the CPP where chemicals (sulphuric acid and caustic) are injected. The CPP consists of three parallel trains (A, B and C), each consisting of three vessels namely; cat ion, anion and storage vessels respectively. All vessels have associated distribution pipework as part of the process to dose or inject chemicals for the purpose of regen and complete water treatment. Xxxxx Power Station Fly ash from below the Electrostatic Precipitator (ESP) is pneumatically conveyed to the transfer and main silos where it is temporarily stored before transportation to ash dams. Compressed air used for conveying of this fly ash and its vented into the atmosphere using reverse jet fabric filters situated on roof top of each main silo to trap ash and vent the air. The transfer and main silos top roofs have been affected by heat, erosion and corrosion (from internal and external factors) resulting in roof leaks. Water leaking into the silos causes ash clinkers and hang-ups resulting in no ash flow for transportation to ash dams. After steelwork repairs of each roof top rubber lining is required to be done. The scope of work is for refurbishment of rubber lining at ash silos roof cones and demin vessel, associated pipework including the Teflon lining of acid system pipework.
Executive overview. Matla Power Station has identified the need to establish a contract with an approved vendor for Provision of Ambulance Services and Outsourcing ERT Services. Matla Power Station has identified the need to have a registered Ambulance on site that will be able to treat and transport patient to hospital for further treatment
Executive overview. The existing paging system has only one functional paging terminal, with no spares to repair the system should it fail. Should this system fail, there would be no means to communicate to the Emergency Response Organisation (ERO) in the event of nuclear incident/accident. It should be noted that the system is a license requirement and in the event that this system fails, the station would be in violation of its operating license agreement. Should the system be upgraded to its original conditions, it would easily be rendered inoperable by flooding or seismic event as a result of an external environmental event. The requirement for the system is linked to the topic “Emergency Planning and Preparedness” as listed in the document ‘Nuclear Installation License No. NIL-1’. These requirements are further stipulated in the documents RD-014 and GSS-1301, both documents titled ‘Emergency Preparedness and Response Requirements for Nuclear Installations’. The upgrading of the system to address the EERI recommendations, that will similarly assure the NNR that KOU has an appropriate system in place to respond and handle an external environmental event.
Executive overview. The Works involves the inspection, assessment and refurbishment of the Jagersrust water treatment plant. The high level scope includes refurbishment of the Water treatment plant building and its ablution facility, the electrical switchgear and mechanical equipment of the plant; thereby ensuring that the original design output is maintained. The high level scope of work is as follows:
Executive overview. Camden Power Station is obliged to comply with all applicable regulatory requirements, such as SANS 10298:2009 for small to medium sized chlorine gas installations and Occupational Health and Safety (OHS) Act 85 of 1993. The Sewage System consists of an integrated set of constituent pieces that are combined in an operational / support environment to accomplish the treatment of sewer waste water and allow safe removal of sludge. The Chlorine dosing plant in the STP forms part of this system with the sole purpose to disinfect the final effluent prior to discharge to the Reclamation Dam inlet. Drinking water, also known as potable water, is water that is safe to drink or to use for food preparation, without risk of health problems. Potable Water is produced at the WTP through a series of filtration and chemical dosing processes. Chlorine is used to disinfect water by killing pathogens such as bacteria and viruses thereby making the water safe for human consumption. The Chlorine dosing systems at the STP and WTP do not comply with the relevant health and safety standards. Furthermore, there are several other upgrades that are required at the STP to ensure safe working conditions for personnel. The main objective of this project is therefore to outline the necessary refurbishment of existing plant/infrastructure required to ensure compliance to regulatory requirements. The Contractor is responsible for all works for the process, mechanical, electrical and control and instrumentation design (including drawings and process flow diagrams) required to refurbish the chlorine dosing systems at the STP and WTP that complies with SANS 10298:2009 and meets the performance requirements as set out in this Works Information. In addition to the designs, the Contractor will be required to supervise the installation, commissioning and testing of the dosing systems and plant safety upgrades.
Executive overview. The scope of work for the fire protection (mechanical) system for the entire Tutuka Power Station Fire Protection system. Become familiar with the entire protection system Review existing PM’s and identify new PM’s to be developed Assist with Compiling new PM’s using the template supplied by the Employer. The PM’s must be in accordance with Eskom Standard 240-54937454 -Inspection, Testing and Maintenance of Fire Protection Systems Standard Review or update check sheets for the approval by the Employer Perform inspections, condition monitoring, testing and lubrication, removal and replacement of all fire pumps, valves, nozzles, pipework and sprinkler bulbs associated as required. Identify and report all leaks on fire system and do replacement / repairs as required. Remove, replace and install all faulty equipment and spares of fire protection systems. Conduct tests as per requirements. The Contractor should attend to all faults and repairs The Contractor will conduct during this contract period to any emergency call out and repairs of faults and damages that occurs to the protection system Records of all faults or damage in the system will be kept in the System Log Book / Software System and repairs will be carried out as soon as possible and all faults should be reported to the Service Manager to the section's supervisor The Contractor plans, organises, executes required tasks, reports back to the Employer's Supervisor and submits a weekly report on activities carried out during the contract period. The Contractor optimises the new system in the units in consultation and as required by the Employer. Any procedures required will be compiled by the Employer, with the input of the Contractor as and when required. The Contractor assists with drawings, layouts, spares and equipment needed for modification and implements modifications on the system as required by the Employer. The Contractor also proposes any modifications which the contractor deems will improve the control of the system. The modifications plans are presented to the Eskom Modification Approval committee by the Employer before they are implemented. The Contractor compiles and reviews yearly, maintenance procedures for the protection system which are submitted to the Service Manager and performs or supervises maintenance activities where requested. The Contractor submits a report of the work done (completed and in progress) for recording by the Service Manager. The ...
