Geotechnical opportunity management ‐ subsoil conditions as an opportunity and a risk

Sondermann, Wolfgang; Kummerer, Clemens

doi:10.1002/cepa.703

Cited by 3 publications

(1 citation statement)

References 2 publications

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“…The authors of [30] discuss the impact of subsoil condition on a constructed object with the risk/opportunity management view.…”

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confidence: 99%

Towards a Software Tool Supporting Decisions in Planning Heap Revitalization Processes

Bialas

2022

Sustainability

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This paper presents an advanced risk management methodology which supports the planning of the revitalization process of post-mining heaps. More specifically, it supports decision-makers in the selection of the most advantageous revitalization actions with respect to the defined criteria embracing risk and cost–benefit parameters as well as different qualitative factors. This methodology was elaborated with a view to software implementation and is a good example of ICT adoption in emerging domains of application. The question is how to organize the revitalization decision process and support it with a software tool. The methodology and tool are based on three pillars: risk, cost–benefit, and qualitative criteria assessments of the considered revitalization actions in order to select the target for the implementation of the given heap. This paper presents the methodology implemented in the software as well as its validation on an extensive example. The steps described in the example allow the decision-maker to identify a target revitalization alternative. The conclusions focus on the solution’s feasibility and the software implementation and extensions.

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“…The authors of [30] discuss the impact of subsoil condition on a constructed object with the risk/opportunity management view.…”

mentioning

confidence: 99%

Towards a Software Tool Supporting Decisions in Planning Heap Revitalization Processes

Bialas

2022

Sustainability

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Risk Management Approach for Revitalization of Post-mining Areas

Bialas

2020

Theory and Applications of Dependable Computer Systems

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Risk management tool to support spoil dumps revitalization

Lukasiewicz

2022

Górnictwo Odkrywkowe

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The paper features the results of Łukasiewicz – EMAG’s team work within the SUMAD project. The focus has been put on how to use the developed SUMAD Risk Management Tool (SUMAD RMT) which supports the revitalization process of a post-mining heap. The tool enables the following: • to identify and reduce risk factors related to the heap and to the revitalization process,• to estimate financially the revitalization process,• to monitor non-financial like political, environmental, social, etc. factors which are very important because they can positively or negatively shape the social and political reception of the whole revitalization process.The paper describes shortly the methodology based on three pillars (three kinds of analyses):• RRA – Risk Reduction Assessment (risk management),• CBA – Cost–Benefit Assessment (estimation of financial factors),• QCA – Qualitative Criteria Assessment (estimation of non-financial factors).The methodology has an iterative character and its main steps are the following:1. Identification of the heap to be revitalized and preliminary revitalization activities,2. Preliminary RRA, CBA, QCA analyses,3. Composing the revitalization alternatives,4. Alternative assessment with respect to risk (RRA), financial (CBA) and non-financial (QCA) factors,5. Decision making based on the acquired aggregated data.The methodology was illustrated by examples from the revitalization process

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Geotechnical opportunity management ‐ subsoil conditions as an opportunity and a risk

Cited by 3 publications

References 2 publications

Towards a Software Tool Supporting Decisions in Planning Heap Revitalization Processes

Towards a Software Tool Supporting Decisions in Planning Heap Revitalization Processes

Risk Management Approach for Revitalization of Post-mining Areas

Risk management tool to support spoil dumps revitalization

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