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PT X is a company in the sector supply and service of clean water, in operatingbusiness, PT X very risky financial and non financial loss if the occurrence ofinterruptions, In the study of the thesis case it was a disaster of flood. For whichPT X have been drawing up and developed a business continuity plan to facedisasters flood.The analysis was conducted by qualitative method, by conducting organizationalgroup discussions and document observation to assess the application of an analysisof risks and business continuty plan, case study: flood in PT X. The fulfillment ofsustainability plan business, business continuity plan done simplification only onstage planning and implementation ) based on the iso standard 22301: 2014 (business continuity management system ).The research results show that of the aspect of risk assessment, PT X haveidentified risk, an analysis of risks, evaluation risks and control risk well, but hasnot done monitoring, review and updating periodically to risk register and BusinessImpact Analysis. Control hierarchy of engineering has and frame of thingkingfutures risk in process of risk identification has not been done yet. PT. X hasplanned the required resources in the event of a disaster well reflected from thefulfillment of all clauses of ISO 22301: 2014 at the planning and implementationstage, but inconsistencies in some clauses and resource appraisals have not beenadjusted to changes in risk conditions, and the latest environmental aspects on theimplementation of business continuity plan ..Keywords: risk analysis, business continuity plan, ISO 22301 : 2014.
Kata kunci: AS/NZS ISO 31000 : 2009, manajemen risiko, penilaian risiko, tingkat risiko.
This study discusses about the risk analysis of occupational health and safety in the working process Die Casting Plan 3 PT. X in May-June 2016. This study used a descriptive research design with AS / NZS ISO 31000: 2009 as standard for the risk assessment process of occupational health and safety. The method used in the risk assessment is a semi-quantitative mathematical formula W. T Fine. Risk identification method in this study adopted by Job Hazard Analysis (JHA). The purpose of this study was to determine the risk level of occupational health and safety in the working process Die Casting. The results showed that found as many as 58 risks in the working process Die Casting. where the initial risk assessment (basic risk) as much as 48.27% of risk with a very high level, 24.14% of risk with substantial risk level, 18.97% of risk with risk priority level 3, and 8.62% risk risk level priority 1. Then these risks reassessed taking into account the existing controls (existing risk) to 46.55% of risk with risk priority level 3, 24.13% of risk with substantial risk level, 13.80% risk risk priority level 1, 8.62% of risk with a very high level of risk, and 6.90% to the level of risk acceptable risk. While on the fourth working process Die Casting, there are 5 biggest risk to the level of risk that is not acceptable, is very high, priority 1 and substantial. Therefore, given advice on the control of the 5 biggest risks of each process that is engineering controls, administrative controls or personal protective control.
Keyword: AS / NZS ISO 31000: 2009, risk management, risk assessment, risk levels.
Kata kunci: Analisis risiko, maintenance, wahana, T. Fine
This study aims to determine the hazards and risks analysis that exist in the maintenance activities of the ride X. This research was conducted with semi-quantitative design and using AS/NZS: 4360. Work process obtained from SOPs and in-depth interviews. The criteria of level analysis; exposure, possibilities, consequences, and risk level by W.T. Fine. The maintenance activities analyzed are daily and weekly (greasing). The results elucidate that most hazards incurred by workers for daily maintenance were physical hazards (altitude and electrical) at work process of inspection of the neple and tentacle hydraulic oil. Meanwhile, as for greasing activity, physical (altitude) is the most dangerous hazard at the work process to the location of grease replacement. In addition, controls that have been done by the company, among others, by dividing the work shift and providing the vehicle such as golf car and PPE in the form of; gloves, safety shoes, body harness, helmets, and googles.
Key words: Risk analysis, maintenance, ride, T. Fine
The use of biogas in supporting development activities has the risk of fire and explosion due to the structure of its constituent composition. The accident rate due to biogas in Europe was recorded quite significantly in the period 2007 2014, there are 144 cases of which 17 fatalities. This study aims to analyze the risk of fire and explosion at the biogas plant at PT X with a quantitative approach through analysis of the likelihood, consequence, and estimating the level of risk of fire and explosion at the biogas plant at PT X. Analysis of the possibility of fire and explosion risk using the Event Tree Analysis method (ETA) and for the analysis of consequences using the software Areal Locations of Hazardous Atmosphere (ALOHA) v.5.4.7. The result of this research is that there is a scenario of gas leakage from the pipeline during biogas operation which has an impact on jet fire, flash fire and explosion with a probability of 1.08, E-06 for jet fire, 1.30, E-05 for flash fire, and 8, 64,E-06 for explosion. The impact of the jet fire was 20 meters, the vapor cloud reached 63 meters, the explosion was 26 meters, and the toxic threat zone was less than 10 meters. The individual risk for a job with a working time of 10 hours such as a biogas operational assistant is 6.935 x 10-9 and for a job with a working time of 12 hours such as a biodigester, gas engine and security operator is 8.322 x 10-9. Total Potential Loss of Life (PLL) is 1,304 x 10-7. Thus, individual and social risks are still at an acceptable level. Recommendations that can be given are implementing risk-based preventive controls, evaluating fire protection systems, developing crisis management and emergency response programs both in terms of human resources and facilities
Metabolic syndrome has a large impact on the health condition of workers, this can increase costs incurred by the company and lead to loss of productivity it is necessary to research the risk factors for metabolic syndrome in office workers at PT X which is expected to prevent and control the prevalence of metabolic syndrome in order to reduce risk factor of metabolic syndrome in future. This research was conducted on office workers at PT X with 106 research respondents during February - August 2020 in Jakarta. PT X is an engineering service provider of the Indusrial Automation that has clients in several process industries whose daily activities are sedentary. The design of this research study uses cross sectional method. The aim is to determine the relationship between the dependent variable (individual risk factors and occupational risk factors) with the independent variable Metabolic Syndrome. The results showed that the proportion of metabolic syndrome is 4,97% which the highest metabolic syndrome component was found in high triglycerides 20,4%, low HDL levels is 14,9% and had abdominal obesity is 14,4%. Which had 1 symptom of metabolic syndrome criteria is 25,4% and which had 2 symptoms of metabolic syndrome criteria are 8,3%. Although the analysis found no significant results on the relationship of individual factors and occupation of the metabolic syndrome, but on some individual risk factors such as smoking have a risk of 3,35 times greater than not smoking, and higher education levels 2,44 times higher risk compared to lower education levels.
