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Kegiatan pemboran merupakan salah satu aktivitas yang berpotensi dropped object di industri minyak dan gas bumi lepas pantai. Dropped object dapat menyebabkan cidera serius bahkan kematian, kerusakan peralatan dan lingkungan. Tujuan penelitian ini adalah mengetahui hubungan persepsi, pengetahuan, sikap dan kemampuan menghindari bahaya dropped object dengan perilaku tidak aman pada pekerja di rig pemboran lepas pantai. Desain penelitian cross sectional, menggunakan kuesioner, analisis data mengunakan chi square. Hasil telitian menunjukkan hubungan persepsi, pengetahuan, sikap dan kemampuan menghindari bahaya dropped object dengan perilaku tidak aman. Disarankan bagi perusahaan untuk melakukan pelatihan dan pelatihan penyegaran yang berhubungan dengan pencegahan dropped object, memasukkan materi Alat Identifikasi Bahaya dan Kepedulian Dropped Object dalam induksi keselamatan, meningkatkan program Behavior Based Safety dan pengawasan supervisor. Terkait dropped object incident yang telah terjadi disarankan untuk melakukan dropped object incident study.
Drilling is one of activity in offshore oil and gas industry that has dropped object potential. Serious injury, fatality, property damage and environmental pollution can be resulted from dropped object. The purpose of this study is to find out associations between perception, knowledge, attitude, ability to avoid dropped object hazard and unsafe behavior among workers in offshore drilling rig. Cross sectional design is used, using questionnaire and chi square for data analysis. The results shows there is significant relationship between perception, knowledge, attititude, ability to avoid dropped object hazard and unsafe behavior. It is recommended to conduct training and refreshing training related to dropped object prevention, Hazard Identification Tool and Dropped Object Awareness should be included in safety induction, improve Behavior Based Safety program and supervisor supervision. and dropped object incident study should be conducted related to dropped object incidents that occurred.
Geothermal industry is a producer of natural gas including hydrogen sulfide gas (H 2 S) which is very dangerous to humans. This thesis will analyze the hazard risk perceptions of hydrogen sulfide gas (H 2 S) to local workers in the geothermal field of PT. XYZ in 2020. Risk perception is a subjective assessment of the following things, such as the likely types of an accident, the potential hazards that will occur, and how much a person is concerned about the consequences. This study uses a psychometric paradigm which is the best illustration to determine a person's risk perception where this approach can analyze risks by giving good and clear answers from each dimension, including the volunteerism dimension to risk, the dimension of understanding risk, the dimension of controlling risk, the dimension of knowledge towards risk as well as the newness dimension of risk. This study uses a cross-sectional design with a descriptive analysis method. Data obtained through a questionnaire with 90 respondents local workers who then analyzed using the univariate and bivariate analysis to determine the relationship between the dependent variable and the independent variable with a confidence level (CL) of 95%. The results of the analysis show that the description of the risk perception of Hydrogen Sulfide (H 2 S) gas for local workers in the geothermal field of PT. XYZ in 2020 is voluntary toward risk, have a good understanding and able to control of risk while does not have good knowledge especially about the science of hydrogen sulfide gas (H 2 S) and assume the risk of exposure to hydrogen sulfide gas (H 2 S) is an old risk. It is recommended for PT. XYZ to make promotive efforts such as more planned training of hydrogen sulfide gas (H 2 S), maximizing safety induction related to the hazard of hydrogen sulfide gas (H 2 S), maximizing toolbox meeting forums, weekly safety meetings and other meetings to increase workers' awareness regarding hazards Hydrogen Sulfide gas (H 2 S), makes an in-depth analysis of worker observations related to unsafe behavior and also increase the industrial hygiene programs.
Kata Kunci: Dosis Pajanan Kebisingan Personal, Keluhan Subjektif (Non Audiotory).
This study is about the relationship between personal noise dose exposure with Subjective complaints (Non Auditory) On Workers At Utilities Area 05 In A Leading Oil and Gas Company in 2015. Personal noise exposure dose was measured by using a Noise Dosimeter, while the data of respondents and subjective complaints (non audiotory) was obtained by a questionnaire. Method which is used in this research is quantitative observation and data collection. The results showed there is no relationship between the personal noise exposure dose with subjective complaints (non audiotory).
Keywords: personal noise dose exposure, Subjective complaints (Non Auditory).
Kata kunci: faktor risiko; kelelahan; manufaktur
Hasil penelitian menunjukkan bahwa populasi pekerja bahan kimia di PT. XYZ berisiko terhadap pajanan Benzena nonkarsinogenik (RQ = 1,7442) dan karsinogenik (ECR = 1,76 x 10-4) pada durasi pajanan lifetime. Diketahui hubungan yang bermakna antara pajanan Benzena terhadap normalitas kadar hemoglobin (p = 0,015) dan eritrosit (p = 0,000). Risiko ketidaknormalan kadar hemoglobin dan eritrosit berturut-turut pada populasi terpajan adalah 6,92 kali (95% CI:1,28?37,29) dan 21,53 kali (95% CI:4,46?103,90) dibandingkan populasi tidak terpajan. Selain itu juga diketahui hubungan yang signifikan antara kenaikan jumlah asupan Benzena terhadap penurunan kadar haemoglobin (rs = -0,433; p = 0,044) dan eritrosit (rs = -0,474; p = 0,026).
Disimpulkan bahwa risiko kesehatan nonkarsinogenik dan karsinogenik akibat pajanan Benzena pada populasi pekerja bahan kimia di perusahaan minyak dan gas PT. XYZ akan terjadi pada durasi pajanan lifetime. Terdapat hubungan antara pajanan Benzena dengan ketidaknormalan hemoglobin dan eritrosit.
Chemical contractor worker at the oil and gas company PT. XYZ is a population at risk to Benzene exposure due to its activities and work environment condition that possibly exposed by Benzene vapour. This research is aimed to estimate noncarsinogenic and carsinogenic risk level, complemented with blood counts abnormality analysisdue to Benzene exposure, then determining risk management shall be done. The research is cross sectional study was done to all chemical contractor worker at PT. XYZ, consist of 22 person, and additional 22 person as a control was selected from employee of PT. XYZ working at the same location. The research yield that chemical worker population at PT. XYZ is at risk to the noncarsinogenic (RQ = 1.7442) and carsinogenic (ECR = 1.76 x 10-4) Benzene exposure at the lifetime exposure duration.
Its known that there is a correlation between Benzene exposure with normality of haemoglobin (p = 0.015) and erythrocytes (p = 0.000). The risk of abnormality haemoglobin and erythrocytes counts is 6.92 times (95% CI:1.28?37.29) dan 21.53 times (95% CI:4.46?103.90) respectively compare to the non exposed population. In addition, its identified that there is a significant correlation between increased Benzene intake to the haemoglobin (rs = -0.433; p = 0.044) and erythrocytes (rs = -0.474; p = 0.026) counts reduction.
In summary noncarcinogenic and carcinogenic health risk due to Benzene exposure in the population of chemical worker at the oil and gas company PT. XYZ will occure at the lifetime exposure duration. There is a correlation between Benzene exposure with abnormality of haemoglobin and erythrocytes.
