- ATC Williams Principal Engineer, Lis Boczek considers whether the Engineer of Record (EoR) is required in Australia
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THE CONDITIONS REQUIRED FOR EOR SUCCESSGiven the intent of the EoR role is a management tool for mitigating risks, are the risks to the mining company reduced with the inclusion of an EoR role? With most mining companies, the EoR role is subject to stringent procurement conditions, and some companies limit the involvement of the EoR within the governance team. In short, there are many different models of the EoR role implemented across the mining sector, which will likely have very different outcomes. To be successful, a key consideration of the EoR role is to be involved in the operational phase of the TSF. This requires ‘buy-in’ from the mine managers and a change in the way TSFs are perceived. One could argue that the current roles of the design and construction engineer (RPEQ or CPeng) for a TSF and the long term relationship between mining companies and engineering firms that are typical within Australia are as effective as implementing a specific EoR role. Where this falls down in relation to governance or stewardship of a TSF, is during the operation where no ongoing design or construction is undertaken or where a mine site is in a care and maintenance phase with the TSF almost forgotten.
PROCUREMENT CONTINUITY CONCERNSOne of the potential issues with the implementation of EoR, especially if regulated, comes from the procurement aspects and continuity of personnel within the EoR company. Mining companies may believe their obligations to investors are met with the appointment of an EoR, however the role of the EoR, if constrained by procurement and a typical client/consultancy relationship provides no improvement to the mitigation of safety risks for the TSF. The effectiveness of the EoR is constrained if recommended actions are not implemented on site. For an EoR to be truly useful, the role needs to be recognised “on-the-ground” and not just within the corporate head office.
REMOVING RISK AT A SITE LEVELFor the EoR role to be recognised, sites need to see the value and also understand the risks associated with construction, operation and closure of TSFs. All too often monitoring and operational controls and documentation are ignored, with the operator not fully understanding the risks. The expected operation of a TSF informs the design and contributes to the level of risk the design potentially poses.
During the operational phase of the TSF a large proportion of the EoR role should incorporate on-the-ground training for the operations personnel rather than it turning into a higher-level overseeing role. The EoR needs to become an integral part of the governance team and empowered to make decisions, as they relate to dam safety and without the traditional procurement relationship as a roadblock. Potentially the introduction of EoR would create a role that is not otherwise realised between the Design Engineer and the Client. By Lis Boczek – Principal Engineer Lis has over 20 years experience in a wide range of civil and geotechnical engineering projects servicing mining, industrial and local government clients. Her particular experience in the area of mine tailings and mine water storage and management applications includes dam siting, geotechnical/foundation assessment, embankment design, construction management and earthworks quality control, and capping assessments. She also has expertise in landfill engineering included landfill siting assessment, design of containment cells, rehabilitation and capping designs. Originally published by ATC Williams.
Effectively monitor your tailings storage facility with DecipherDecipher is designed to provide you with key data and insights, enabling you to effectively monitor your TSF and your environmental obligations and compliance. Our solution can be securely accessed by industry, regulators, designers and operators involved in the management of TSFs. Decipher offers a comprehensive and functionally rich solution which combines regulatory (Compliance Management Software), mining waste management, stakeholder engagement, environmental monitoring, and environmental management system (EMS) tools to assist with tailings management:
- View real-time data and receive exceedance alerts
- Monitor land movement with remote sensing and InSAR datasets
- Visualise real-time LiDAR data with insights into dam movement
- Securely store and access all of your tailings data in the one place
- Upload and reference key documentation
- Visualise facilities across multiple sites in a single screen on a geospatial map
- Monitor your facilities with InSAR, LiDAR, DEM and more
- Capture a wide range of monitoring data and indicators such as surface and groundwater, decant pond water levels and quality, and embankment conditions
- Capture and track obligations and conditions around your licence to operate to manage your key risks and actions
- Action and task delegation for data collection with reminders
- Maintain and track environmental monitoring compliance limits and exceedances
- Manage and engage with all of your stakeholders with one central repository
- Convert your engagements into actionable outcomes
- Forecast, plan and track your sites activities using IBM’s Weather data
- Create corporate report templates and meet requests for data provision from industry groups such as ICMM, Global Tailings Portal, PRI and UNEP
- Integration capability with third party systems or public portals such as the Global Tailings Portal
Want to find out more about tailings storage monitoring?