Inquiry Search
Rec-ID | Code | Recommendation |
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REC309-2480 | 22 - Role of local Gvt | Councils should formalise arrangements with entities that have the skills, capability and capacity to effectively manage spontaneous volunteers. These should be documented and integrated into planning and exercising. |
REC309-2475 | 15 - Inter-service cooperation | Greater emphasis be placed on pre-planned and pre-determined arrangements between the Australian Defence Force and State and local agencies. |
REC309-2473 | 22 - Role of local Gvt | Councils, with the support of stakeholders, continue to develop and promote local disaster dashboards as the ‘point of truth’ for community information and messaging during disaster events. Greater use during recovery should be considered. |
REC309-2472 | 38 - Agency/Department Reporting | A single point of truth be established for accurately capturing and reporting on disaster management group activation levels for any given timeframe. |
REC309-2471 | 17 - Assets and technology | As part of the annual Emergency Action Plan review for the Ross River Dam, consideration should be given to the potential impacts of operating the gate outside automatic mode and whether this event has provided any new information and learnings which can be incorporated into the Emergency Action Plan. This should occur prior to the 2019/20 wet season. |
Rec-ID | Code | Recommendation |
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REC296-1363 | 10 - Infrastructure | Due to the age of the generator, reliability and reparability risk due to age and the apparent under capacity of the generator it is recommend to replace the generator with a new generator and associated control system designed for the current load requirements and allowance for some future expansion. |
REC296-1352 | 10 - Infrastructure | A monthly testing regime needs to be developed that will allow the generator to be tested at full essential load capacity and to ensure that 4 hour monthly testing can be done every month. |
REC296-1357 | 10 - Infrastructure | Monthly test results need to be accurately recorded. |
REC296-1362 | 10 - Infrastructure | Carry out a detailed audit of the current Hospital essential loads to determine the current load requirements of the Hospital. |
REC296-1351 | 10 - Infrastructure | From the above assessment determine the existing generator load requirements and provide a new generator to meet those loads. |
REC296-1356 | 10 - Infrastructure | Accurate records need to be provided as to what is done for each service. |
REC296-1361 | 10 - Infrastructure | Prepare and carry out a testing regime and testing strategy and ensure testing of the generator is done every month for 4 hours over that month and under full Hospital load with test result recorded every 15 minutes. |
REC296-1350 | 10 - Infrastructure | Remove any loads that do not need to be on essential power. |
REC296-1355 | 10 - Infrastructure | Replacement of all original pipes and hoses not yet done. |
REC296-1360 | 10 - Infrastructure | Carry out regular load bank testing on the generator with a load bank large enough to fully load the generator to 110% which will clean out the engine and also identify whether the generator is capable of providing full load for a sustained length of time. |
REC296-1349 | 10 - Infrastructure | Conduct an assessment of the current essential loads and determine if there are loads that should not be on essential power. |
REC296-1354 | 10 - Infrastructure | Monthly and annual maintenance servicing needs to be scheduled for the generator to DPTI or CHSA schedule requirements. |
REC296-1359 | 10 - Infrastructure | Renegotiate the maintenance contract at the end of the current contract and have DPTI through AGFMA take on the maintenance contract. |
REC296-1353 | 10 - Infrastructure | Regular annual testing at 100% on a load bank needs to be scheduled into a maintenance schedule. |
REC296-1358 | 10 - Infrastructure | If the existing generator is capable of providing the current essential power requirements then the generator needs a major inspection and overhaul all items that may need to be replaced due to age and condition. This includes checking compression, oil pressure, coolant pumping and all other critical components and may actually require providing a temporary generator while the Hospital generator receives a major inspection and possible re build. A ball park figure to do this would be $50,000.00 plus cranage and transport to Detroit workshop probably another $10,000.00 then a temporary generator would need to be hired and installed which could run into $10’s of thousands of dollars depending on how long the engine was out of service. For the money that would be spent checking and rebuilding the existing engine it would be recommended to replace the generator with a new generator. |
Rec-ID | Code | Recommendation |
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REC295-1305 | 18 - Access to fire ground | That the annexure to the State Emergency Management Plan, ‘Traffic management during emergencies’, be updated to include: responsibilities and processes for road closures; and, Department of Planning, Transport and Infrastructure requirements in regards to provision of road closure information, notification of changes in road closure status and publishing of that information. |
REC295-1279 | 10 - Infrastructure | Install UPS on traffic lights on main Central Business District (CBD) and arterial roads to allow an effective movement of traffic during a loss of power. |
REC295-1300 | 17 - Assets and technology | That the State Emergency Service explores options for providing suitable personal protective clothing to personnel from supporting emergency services during major flooding events and sandbagging operations. |
REC295-1299 | 17 - Assets and technology | That systems for Automatic Vehicle Location and personnel tracking be implemented within the emergency services sector. |
REC295-1294 | 13 - Mapping and data quality | That consideration and resources be given to support the implementation of recommendations in the report prepared on behalf of Department of Environment, Water and Natural Resources (Australian Water Environments, 2016), for flood warning classification of stream gauges and other locations. |
REC295-1293 | 13 - Mapping and data quality | That the Flood Reform Task Group identify an appropriate mechanism for stakeholder agencies (including the State Emergency Service, Department of Environment and Natural Resources, Bureau of Meteorology and SA Water, as a minimum) to share data and information and develop plans and strategies for management of water levels in reservoirs and spill management during floods in South Australian water catchments |
REC295-1320 | 17 - Assets and technology | Review existing electronic information systems used by emergency services organisations and other government agencies, and: a) establish a single incident information system across the Emergency Services Sector (MFS, CFS and SES), and b) identify opportunities to consolidate incident information systems of other agencies |
REC295-1286 | 10 - Infrastructure | That the Attorney General’s Department consult with local government regarding potential for them to provide logistical support associated with backup power supply to SA Government Radio Network towers in the event of an emergency. |
Rec-ID | Code | Recommendation |
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REC284-1369 | 10 - Infrastructure | Review all generator locations for arrangements for temporary generator installation, including design of modifications as required for electrical connections and spatial requirements at installation locations, to be documented in an emergency procedure. |
REC284-1374 | 10 - Infrastructure | Provide walls around critical electrical infrastructure within the main plant area to provide security and protection from catastrophic water system failures. |
REC284-1368 | 10 - Infrastructure | Improvements to installation to be implemented as follows: - Lighting within the generator enclosure and immediately adjacent to be emergency battery-backed type. - Improvements to the spatial layout within the main generator enclosure should be investigated, including allowance for the control panel door to open 180o (only 90o currently); moving the fuel pumps to a more accessible location, and ensuring clear access to the day tank for manual filling if required. - Improvements to communications facilities between critical areas, including fixed phone line connections between the main control room, main generator control panel in the P (energy) Building, and the generator enclosure, and allowing link to offsite specialist advice. - Where generator maintenance requires operations outdoors (not applicable to main generator, but applicable to others), a shelter over the relevant area should be provided to allow safe work during wet or hot weather. - Written emergency procedures to be prepared covering credible failure scenarios with step by step checklists and recommended actions. |
REC284-1373 | 10 - Infrastructure | Review generator installations details as noted in report and implement physical improvements where possible. |
REC284-1367 | 10 - Infrastructure | Add to generator test procedure a checklist at the end of testing which includes checking that all systems are back to normal positions and includes a requirement to leave the day tank full where there is a bulk tank/day tank arrangement. |
REC284-1372 | 10 - Infrastructure | As part of the electrical master plan update recommended above, a complete and consistent set of single line diagrams describing the electrical distribution network be prepared. Relevant diagrams to be laminated and displayed in the main substations. Labelling to all main electrical equipment be reviewed and updated in accordance with the final documents. |
REC284-1366 | 10 - Infrastructure | A detailed review of the fuel control and BMS systems (for all generators) be carried out and actions taken to: 1) Ensure that the fuel alarm system is operational and properly calibrated, and ensure that the alarms are connected to the BMS. 2) Ensure that the BMS transmits these alarms effectively to the maintenance staff. 3) If this review demonstrates risk of fuel control systems not adequately reporting alarms, consider an independent day tank level switch to be installed in each generator fuel tank, directly connected to the BMS. 4) Consider the feasibility of adding a “fuel system not in auto” or “fuel system fault/fail safe watchdog” or “pre-alarm identifying that the generator is about to shut down without intervention” feature to current systems – subject to details of each individual generator system. |
REC284-1371 | 10 - Infrastructure | Generator dual redundant starter systems should be considered. |
REC284-1365 | 10 - Infrastructure | The electrical master plan for the site should be updated to include planning for the scheduled replacement or refurbishment of those parts of the infrastructure that have not been renewed in the last 10 years. This planning to consider other upgrades or plans for the FMC overall. |
REC284-1370 | 10 - Infrastructure | Review control system for the main generator normal/essential changeover system and ensure that it has effective backup/manual or redundant operations, and suitable testing facilities. The Essential board that supplies the main generator power to Blocks A, B, C (except theatres), D, E (except certain critical engineering plant) (MD-1-4P-10E), is a potential single point of failure of a significant portion of the emergency power system and as part of the Master Plan update should be considered as a priority. |
Rec-ID | Code | Recommendation |
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REC281-1203 | 22 - Role of local Gvt | Impact Assessment Data Sharing The Office of Emergency Management: · with the SEOCON, jointly provides further guidance to Regional Emergency Management Officers about their role in facilitating local council access to the Impact Assessment Data Base · with REMOs and the SEOCON jointly provides further information to local councils about Impact Assessment Data Sharing Arrangements and the data available through this mechanism · includes information about the Impact Assessment Data Sharing Arrangements in the Local Recovery Toolkit · develops a mechanism to allow local councils to have direct access to the collated impact data. |
REC281-1202 | 13 - Mapping and data quality | Impact Assessment Data Collection: The Office of Emergency Management continues to progress the Impact Assessment Data Collection Project and: · incorporate recovery schema in Rapid Impact Assessments · review procedures for collection of Rapid Impact Assessment Data · review and combine current templates into one, single template for Impact Assessment Reports that is used by all agencies · further develop Impact Assessment Guidelines for agency personnel undertaking impact assessments |
Rec-ID | Code | Recommendation |
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REC272-1419 | 22 - Role of local Gvt | Opportunities should be identified through the Local Government Association of Queensland council to council arrangement to share structural engineers to assess potential places of refuge against the Department of Housing and Public Works’ structure classification criteria. |
Rec-ID | Code | Recommendation |
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REC267-1152 | 13 - Mapping and data quality | Impact Assessment Data Sharing Project |
REC267-1149 | 15 - Inter-service cooperation | PES External Surge Program The success of the PES External Surge Program and the willingness of participants to deploy at short notice to support the recovery effort is commendable, as is the readiness of their supervisors to release them from their duties to enable deployment. The Program, supported by an appropriate training program, is one that should be sustained as part of the whole of Government recovery readiness effort. |
REC267-1162 | 10 - Infrastructure | Telecommunications and Power Infrastructure |
REC267-1153 | 4 - Fire season preparation | Planning for Access to Potentially Isolated Communities |
Rec-ID | Code | Recommendation |
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REC177-3290 | 38 - Agency/Department Reporting | The successful installation of every barrier should be the subject of written verification within and between licensees and rig operators; and should be the subject of explicit reporting to the relevant regulator(s). |
REC177-3356 | 39 - Disaster Risk Management | The regulator should pre‐assess and review in a generic sense, and in conjunction with the offshore petroleum industry, available options for well control in the event of a blowout. Being ‘match fit’ in this sense will enable a quicker and more effective response in terms of safety assessment, and will ensure that expectations of both operator and regulator are more readily aligned. |
REC177-3289 | 39 - Disaster Risk Management | The use/type of barriers (including any change requests relating thereto) must be the subject of consultation between licensees and rig operators prior to installation. A proper risk assessment should be carried out, agreed upon, and documented in writing before installation. Joint written certification as to the appropriateness of the use of particular barriers should take place before installation. Senior onshore representatives of stakeholder entities should be involved in that certification process. |
REC177-3330 | 39 - Disaster Risk Management | Decision‐making about well control issues should be professionalised. Industry participants must recognise that decision‐makers owe independent duties to the public, not just their employer or principal, in relation to well control. Risk management in the context of well control needs to be understood as an ethical/professional duty. Self‐regulation contemplates self‐regulation by the industry, not just by individual licensees and operators. |
REC177-3287 | 38 - Agency/Department Reporting | Licensees should be subject to an express obligation to inform regulators of problems which arise in the course of installing barriers, even if they consider that well integrity is not thereby compromised. The information should be provided by way of special report, rather than included in a standard reporting document (such as a DDR). The information provided should include risk assessment details. |
REC177-3329 | 17 - Assets and technology | Logistics management of well control equipment should be conducted in such a way as to operate as a check against deficient well control practices, for example, use of serial numbers to track availability, testing, and deployment of well control equipment. |
REC177-3286 | 39 - Disaster Risk Management | Problems which arise in the course of installing barriers must be the subject of consultation between licensees, rig operators, and contractors (if used). A proper risk assessment should then be carried out and remedial steps (including further testing/verification) should be agreed upon, and documented in writing before the performance of remedial work whenever practicable. Joint written certification as to resolution of the problem should take place before resumption of drilling operations. Senior onshore representatives of stakeholder entities should be involved in that certification process. |
REC177-3304 | 26 - Research | It is recommended that industry, regulators, and training/research institutions liaise with one another with a view to developing better techniques for testing and verifying the integrity of cemented casing shoes as barriers (particularly in atypical situations such as where the casing shoe is located within a reservoir in a horizontal or high angle position at great depth). |
REC177-3285 | 39 - Disaster Risk Management | Pre‐drilling assessments should include a risk assessment of the worst‐case blowout scenario. |
REC177-3291 | 39 - Disaster Risk Management | Removal of a barrier must be the subject of consultation between licensees and rig operators prior to removal. A proper risk assessment should be carried out and agreed upon, and documented in writing before removal. Joint written certification as to the appropriateness of removal should take place before removal. Senior onshore representatives of stakeholder entities should be involved in that certification process. |
REC177-3364 | 37 - Funding | The funding arrangements that support the National Plan should be reviewed to ensure that the costs associated with both preparedness and response capability are equitably shared between the shipping and offshore petroleum industries. |