The overall aim of this study is to contribute to the solution of a problem currently faced by mining companies of ineffective LFI. It is undisputable fact that improved knowledge in the LFI strategy would lead to reduction in occupational injuries and fatalities among mining workers in Zambia. For this reason, this study is performed with the intention: to identify barriers to LFI from incident in the Zambian mining industry, to identify significant underlying conditions that set up the barriers to the LFI strategy, to formulate proposals for improving the LFI strategy in order to prevent recurrence of incidents and pre-empt new ones.
According to the mining accident statistics from Zambia’s Ministry of Mines and Mineral Development, the mining industry recorded 282 fatalities in the last thirteen (13) years. On average twenty (20) miners are fatally injured while executing their work every year while non-fatal reportable injuries recorded are above one hundred and fifty (150) during the same period. See Appendix 1 and 2 for details. This fatal accident rate is unacceptable and merits some pragmatic efforts to reverse the trend more especially that most of the fatal injuries are caused by the same known hazards.
The consequences of these incidents are very devastating at both family and national level. The social, human and economic cost of these incidents is immense given a high unemployment and poverty levels in the country. The consequence of the fatalities is very devastating to the surviving members of the family as they face dreadful future without their breadwinners. In some cases, so devastating that surviving innocent children fall out of school due to lack of sponsorship.
Table of Contents
1. Introduction
1.1. Study Background
1.2. Problem Definition
1.3. Motivation
1.4. Research Aim
1.5. Research Questions
1.6. Structure of the Report
2. Literature review
2.1 Background.
2.2 Introduction
2.2.1 Applicable laws for Mining Companies in Zambia
2.2.2 Mine Accident Statistics
2.3 Incident/Accident models and investigation
2.4 Learning from Incidents
2.4.1 Case Study
3. Methodology
3.1 Research design
3.2 Description of study sites
3.3 Questionnaire Development
3.4 Pilot study
3.5 Sample Size and sampling technique
3.6 Survey Questionnaire Response
4. Discussion
4.1 Internal Consistency of the Surveys
4.2 In which step of the LFI process are major barriers located?
4.3 Which Steps Are Formally Organised?
4.4 The Variances Between the Properly organised LFI Process and the Performance in Practice
5. Conclusion and Recommendations
5.1 Conclusion
5.2 Recommendations
Research Objectives and Themes
This study aims to identify the primary barriers and underlying causes that hinder the "Learning from Incidents" (LFI) process within the Zambian mining industry, with the ultimate goal of formulating strategies to prevent recurring occupational injuries and fatalities.
- Analysis of the LFI process framework in Zambian mining.
- Identification of specific bottlenecks at each stage of the incident learning cycle.
- Evaluation of the gap between formally organized safety processes and daily practical implementation.
- Examination of cultural, organizational, and technical factors impacting incident reporting and investigation.
- Development of actionable recommendations to enhance organizational learning and safety culture.
Excerpt from the Book
2.4.1 Case Study
Short Description of Incidents:
On 15th April 2014, two underground rig operators were found unconscious in a seating position leaning against the water column near a drill rig at a working level underground by a supervisor. There were no visible indication of physical injuries however, the postmortem reviewed that the cause of death was electrocution
When the incident happened the eye witnesses did not report the matter immediately to the supervisors but instead disturbed the scene of accident and reported the matter as a case of heat exhaustion.
During the fact analysis, it was established that the two deceased did not die from heat exhaustion related conditions contrary to what was earlier reported. It was also established that the Boomer Drill Rig was connected to the faulty electrical source. What happened was that when the power was turned on, the boomer rig was live because the live phase and earth was swapped around at the electrical box. And in additional, the electrical box was not earthed as a result of this there was no completed circuit and the earth leakage could not pick up any mal functioning or that the wires were not correctly connected. The boomer rig was live because the live wires from the boxes were directly connected to the earth of the boomer however, it could not complete the circuit because of the large rubber tyres. When the duo touched the live machine drill rig, they completed the circuit to earth and 550 volts went through them.
Summary of Chapters
1. Introduction: This chapter establishes the background of the Zambian mining industry, highlighting high fatality rates and the critical need for an effective Learning from Incidents (LFI) process to prevent repeat accidents.
2. Literature review: This section covers theoretical frameworks of accident causation models and reviews existing research on LFI, providing context for the challenges faced in the mining sector.
3. Methodology: This chapter details the research design, explaining the use of mixed qualitative and quantitative methods, including surveys, semi-structured interviews, and focus group discussions at three major mining companies.
4. Discussion: This chapter analyzes the survey and focus group data, identifying key barriers in the LFI process—particularly in reporting, investigation, and evaluation—and comparing formal organization against actual performance.
5. Conclusion and Recommendations: This chapter summarizes the research findings, confirming significant gaps in the LFI process, and offers practical recommendations, such as fostering a "just culture" and improving investigator competence, to enhance safety.
Keywords
Learning from Incidents, LFI, Zambian mining industry, occupational health and safety, accident causation, incident reporting, safety management systems, bottleneck identification, root cause analysis, organizational learning, safety culture, workplace fatalities, corrective actions, industrial safety, risk management.
Frequently Asked Questions
What is the core focus of this research?
The research focuses on investigating why the Zambian mining industry struggles to learn from past incidents, specifically aiming to identify the barriers that lead to the recurrence of avoidable accidents.
What are the central thematic areas of the study?
The study centers on the "Learning from Incidents" (LFI) process, incident investigation methodologies, the impact of organizational culture on reporting, and the gap between safety policies and on-site implementation.
What is the primary research aim?
The primary aim is to identify the specific bottlenecks (barriers) in the LFI process within the Zambian mining industry and to propose effective strategies to overcome them, thereby preventing future fatalities and injuries.
Which scientific methods were employed?
The author utilized a mixed-methods approach, combining quantitative data from survey questionnaires distributed to staff and safety practitioners, with qualitative data gathered from focus group discussions and semi-structured interviews with Safety Superintendents.
What does the main body of the work address?
The main body investigates the eleven steps of the LFI process, analyzes the reliability of safety surveys, discusses specific case studies of electrocutions to highlight investigation failures, and evaluates how well safety procedures are organized versus how they are performed in practice.
Which keywords characterize this work?
Key terms include Learning from Incidents (LFI), Zambian mining industry, accident causation, organizational learning, workplace safety, incident reporting, and safety management systems.
How does the "Swiss Cheese" model relate to the findings?
The study uses the Swiss Cheese model to explain systemic failures and latent conditions in the mining environment, helping to illustrate how multiple breakdowns contribute to incidents despite existing safety defenses.
What did the study reveal about incident reporting in Zambia?
The study found that incident reporting is a significant bottleneck due to fear of victimization, potential loss of production bonuses, disciplinary actions, and a lack of feedback provided to workers who report incidents.
What specific role does the AIMS database play?
The Accident and Incident Management System (AIMS) is identified as a valuable tool for registering and tracking incidents, yet the research notes that its effectiveness is limited by a lack of proper management and necessary staff training.
Why is the "Evaluation" step considered a major barrier?
The evaluation step is identified as the biggest bottleneck (72% of respondents) because companies often fail to monitor the actual effectiveness of remedial actions, focusing only on whether a task was closed in the system rather than if it successfully prevented recurrence.
- Quote paper
- Jonas Mwango (Author), 2019, The Zambian Mining Industry. What are the Barriers to Learn from Incidents?, Munich, GRIN Verlag, https://www.grin.com/document/1143415
