Hazard Identification and Risk Assessment of Health and Safety Approach JSA (Job Safety Analysis) in Plantation Company

Sugarindra, Muchamad; Suryoputro, Muhammad Ragil; Novitasari, Adi Tiya

doi:10.1088/1757-899x/215/1/012029

Cited by 5 publications

(5 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…These hazards also constitute significant risk in work environment. These findings corroborated with results of similar studies [1,[6][7]12,[31][32].…”

Section: Identification Of Safety Hazards In the Chisupporting

confidence: 92%

Identification of Industrial Hazards and Assessment of Safety Measures in the Chemical Industry, Nigeria Using Proportional Importance Index

Afube

Nwaogazie

2019

ACRI

View full text Add to dashboard Cite

Proper identification of hazards and creation of a safe working environment is a major challenge faced by management of many industries today. Hazard assessment is thus carried out in workplaces to identify dangerous events and conditions that may lead to accidents in the industries. This study, which was carried out in both a petrochemical and an oil refining companies of Nigeria, identified industrial hazards and assessed safety measures in the Chemical Industry (CHI) of Nigeria. A well-structured questionnaire instrument was used for data collection. The study was carried out amongst technical staff and management staff of the chemical industry whose day-to-day duty is such that they are exposed to one form of hazard or the other in the industry. The questionnaire was administered to 96 technical staff and management staff in the CHI out of which 84 (88%) were completed and returned. The study focused on types of hazards, hazards and risk awareness, implementation of control measures and effectiveness of safety hazards and risk management programmes in the chemical industry of Nigeria. Modified Proportional Importance Index (PII) and a four-point Likert scale were adopted in data analysis. Results revealed that loud noise (PII = 3.2; respondents = 92%), working at heights (with PII = 3.1; respondents = 89%) machines and equipment vibration (PII = 3.0; respondents = 87%), high voltage areas (PII = 2.9; respondents = 84%) and chemical spills (PII = 2.5; respondents = 55%) are the most high ranking hazards in the chemical industry. A high level of safety hazard awareness was found among workers in the industry (p < 0.05, 95%Cl.; PII = 3.1 - 3.5). The outcome of the intervention showed that Chemical Industry Number 1 (CHI-1) improved from 87.90% to 98.09%, Chemical Industry Number 2 (CHI-2) improved from 81.53% to 95.54% on worker’s knowledge on the identification and assessment of hazards and risk in the chemical industries. These hazards pose threats to the safety of workers and should be effectively controlled to reduce associated risks to as Low as Reasonably and Practically Achievable (ALARPA).

show abstract

“…These hazards also constitute significant risk in work environment. These findings corroborated with results of similar studies [1,[6][7]12,[31][32].…”

Section: Identification Of Safety Hazards In the Chisupporting

confidence: 92%

Identification of Industrial Hazards and Assessment of Safety Measures in the Chemical Industry, Nigeria Using Proportional Importance Index

Afube

Nwaogazie

2019

ACRI

View full text Add to dashboard Cite

show abstract

“…The risk was calculated by multiplying the probability of occurrence and severity of the hazard, and a risk matrix table was used to classify the calculated risk score. Based on Table 3, the green box (RR = 1-2) shows the low risk level, the yellow box (RR [3][4][5][6] shows the medium risk level, the orange box (8)(9) shows the high risk level and the red box (RR12-16) shows the extreme risk level. 8) Extreme ( 12) Extreme ( 16)…”

Section: Research Instrument and Data Collectionmentioning

confidence: 99%

“…There are various kinds of occupational hazards exposed by the workers for example, lead dust, repetitive posture, psychological stress. They typically emerge from the following aspects of work and their interaction: tools, materials, and substances used for work activities and how they are performed in the workplace environment, and work design and management [5]. Carrying out this work for long periods of time will put the fishing net sinker worker at risk of exposure to chemical poisoning from a lead (60.60%) and eye fatigue due to continuous and repetitive work [1].…”

mentioning

confidence: 99%

Hazard Identification and Job Safety Analysis for Improving Occupational Health and Safety in Fishing Net Sinking Process in Southern Thailand

Mahaboon¹,

Yimthiang²,

Waeyeng³

et al. 2022

IJIE

View full text Add to dashboard Cite

The fishing net sinker workers are exposed to numerous workplace hazards that can endanger their health and safety. We utilized a walk-through survey and Job Safety Analysis (JSA) technique to assess each step of the work process, identify potential hazards on each job and suggest the safest approach to fishing net sinker workers in southern Thailand. A JSA is a useful tool for mitigating risk in the workplace. It emphasizes the interaction between workers, tools or equipment, the working environment, and the tasks. The results show thata total of 52potential hazards occur with varying severity and likelihood, 20% of which are categorized at the highest level. The mesh and lead ball making activities carry an extreme risk rating (RR=12). This work has possible hazards, namely occupational lung and asthma disorders. 40% are categorized at the high-risk level, namely fingers cut by tools (RR=8), and repetitive strain disorder (RR=8). Workers can be more proactive in implementing health and safety measures through appropriate risk control. The result of the paired-sample’s t-test showed that the average risk scorediffers before taking control measures (M= 7.54, SD = 2.62)and after taking control measure(M= 4.31, SD = 1.55)at the 0.0001 level of significance (t= 7.6513, df = 51, n=52, P< 0.0001, 95% confidence interval of this difference 2.39 to 4.07). On an average, risk reduction was about 3.23 point lower after taking control measures.Ensuring that workers use tools and equipment safely and also that they maintain this equipment properly. Thus, it was suggested that the government agencies concerned should carry out regular surveillance and further develop the learning process and solutions to work safety procedures as guidelines to improve their safety, wellbeing, and working conditions. These enhancements will also contribute to the higher efficiency and effectiveness of their work and advance the dynamic interest and participation of the fishing net sinker workers in other areas, including careers for the informal workers of similar work characteristics.

show abstract

“…According to (P. D. Walker, Cammy, Ellis, & Seibert, 2011), the lack of operational abilities can restrict the plant's efficiency. (Sugarindra, Suryoputro, & Novitasari, 2017) highlighted the gap in the identification of workplace hazards resulting in accidents and their main causes including the absence of understanding and abilities during new technology processing. Additionally, compliance with health, safety and environment (HSE) instructions and regulations is an important component in the mitigating or removal of accidents; because otherwise, staff refers to events in the absence of attention to security processes, hence risk evaluation plays a crucial role in the HSE system (Aven, 2016).…”

Section: Introductionmentioning

confidence: 99%

Impact of Intensive Training and Quality Assessment on Core Competency of Oil And Gas Employees in Yemen Petroleum Companies Fall Under Competency Framework

AL-Qadhi¹,

Abdullah²

2021

IJARBSS

View full text Add to dashboard Cite

The Competency model is vitally essential for the protection of petroleum companies workforce during operations, commissioning, shutdown, troubleshooting, maintenance and any lack of the core competencies of employees would lead to production interruption, damage assets, environments and company reputation, likewise this research focused on several aspects including intensive training, quality assessment to identify the core competency level in term of competency model, wherefore purposive sample was employed and 350 technical employees from operation, maintenance, and safety division ,meanwhile qualitative and quantitative study conducted among expertise and oil and gas employees , and collected data analyzed and interpreted by statistical methods (SPSS and SEM ). The result of data interpretation provides affirmation of significant positive effect of intensive training on employees' core competence with limited specific gaps in safety issues and troubleshooting and recommending action plan to bridge such gaps. The impact of this factor resulted into 60% of core competency success

show abstract

Hazard Identification and Risk Assessment of Health and Safety Approach JSA (Job Safety Analysis) in Plantation Company

Cited by 5 publications

References 0 publications

Identification of Industrial Hazards and Assessment of Safety Measures in the Chemical Industry, Nigeria Using Proportional Importance Index

Identification of Industrial Hazards and Assessment of Safety Measures in the Chemical Industry, Nigeria Using Proportional Importance Index

Hazard Identification and Job Safety Analysis for Improving Occupational Health and Safety in Fishing Net Sinking Process in Southern Thailand

Impact of Intensive Training and Quality Assessment on Core Competency of Oil And Gas Employees in Yemen Petroleum Companies Fall Under Competency Framework

Contact Info

Product

Resources

About