CASE STUDY OF GAS STATION
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Table of Contents
Introduction3
Scenario 1: Physical Hazard4
Scenario 2: Chemical Hazard4
Scenario 3: Natural Hazard5
Conclusion7
Reference8
Introduction
Risk XXXXXXXXXX XX an XXXXXXXXX aspect of any organization. XXX risk XXXXXXXXXX consultants XXX XXXX a XXXX to XXXX with the issues. The paper XXXX XXXXXXXXX XXXXXXXXX XXXXXXXX XXXXXXXXX of a XXX XXXXXXX. XXX XXXXXXXXX XXXXXXX in this XXXXXXX XXX XXXXXXXX, environmental and XXXXXXXX hazards. XXX paper will investigate XXXX scenarios XXX XXXXX XXXXXXXXX XXXXXXXXX with the XXXXXXXXXXXXXX of GEBMO tool.
XXXXXXXX X: XXXXXXXX XXXXXX
The XXX XXXXXXX, pump, XXX XXXXXXXXX XXX have XXXXXXXXXX issues, which can cause gas leak. XX a XXXXXXXXXX of XXXXXXXXX management coordinator of town, XXX XXXXXXXXXX XXXX XXXXX XXXXXX contingency plan XXX the gas XXXXXXX. XXX XXXXXXX has XXXXXXX underground XXXXXXXXX, which XXX XXXXX used XXX XXXXXXXXXX gas XXXX XXX XXXXX-gallon tank. XXXXXXX, XXXXXX with XXXX containers are also XXXX for gas trade, which XXX create static discharge during transportation. The consultant XXX utilize GEBMO (XXXXXXX Behavior XXXXX) XXXX to XXXXXXX XXXXX XXXXXX scenarios XXX XXXXX a XXXXXXX XXXXXXXX through administrative control. XXX employees XXXXXX XXXXXXXXX XXXX XXXXXX during XXXX a hazard situation (Meilani, XXXXXXX & XXXXXXXX, 2018).
XXX initial problem is XXX maintenance XXXXX, which must XX monitored regularly. The leakage sections should XX properly XXXXXXX, XXX XXXXX XXXXXX can be installed in these XXXXXXXX. Test XXXXXX be XXXXXXXXX for leakage every XX XXXX. Also, it must be made sure that the tanks XXXX XXXXXXXXX protection in XXXXX. The XXXXX
d XXXXX is XXXXXX XXXXXXXXX and for XXXX, XXXX XXXXX XXXX be kept XXXX.
Further, fire extinguishers can XX availed XX prevent accidents. ESS (Emergency XXXXXXX Switch) also can XX XXXXXXXXX XX mitigating discharge risks. Besides, in case of an XXXXXXXX, XXXXXX XXXXXX XXX schools must be informed XX XXXX XX evacuated XXXXXX so that XXX damage can be XXXXXXX (Larsen XX al., 2017).
XXXXXXX, XX XXXXXXXXX all these policies and XXXXXXXXXX, XXX employees XXXX XX educated with XXXXXXXX XXXXXXXX. XXXXXXXXX XX XXXX training program, the employees XXXX XXX XXX first XX stop fuel spillage XXX XXXX XXX XXX vents XX restrict XXXXXX discharge. Besides, digital monitoring device also XXX XX XXXX for XXXXXX XXXXXXXX.
There XXX XXXXXXX chemicals XXXX XXX XXXXXXXXX in the XXX XXXXXXX, which XXX cause damage XX XXXXXX and the environment (Smulders, Rietjens &XXX; Rose, XXXX). Therefore, robust engineering needs to XX XXXXXXX to XXXXXX these items. XXXX than XXX XXXXX of XXXXXXXXX are XXXXXXX in XXXX an environment, which XXXXXXX lead, gasoline, XXX toluene. Petrochemical hazards XXX cause XXXXXXXXX XXXXXX and XXXX, XXX or XXXXX XXXXXXXXX. The XXXXXXXXXXX should educate XXX employees XX keep the XXXXX in a XXXX place. XXXXXXXXX, XXXX XXX XX XXXXXXXXXXX or burned due XX exposure to XXX XXXXXXXX. Primary duty is to handle XXX XXXXX the XXXXXXXX items carefully. The GEBMO tool can be XXXXXXX XX analyze the situations and offer proficient logical XXXXXXXXX.
XXXXXXXXX, protective dresses should XX available XXX XXX employees so that they can XXXXXXX the hazardous situation properly. XXXXXXX, the nearby XXXXXXXX also must be XXXXXXXXX in XXXX. The XXXXXXXXX XXXXXX have containment XXXX to avoid XXXXXXXX of chemical XXXXXXX XXX XXX XXXXXXX. The XXXX pressure also must XX XXXXXXXXXX with vent. XXXXXX and XXXXXX aprons can XX XXXX XX XXXXXX XXXXXXXX XXXXXXXXXX.
XX the other XXXX, exhausting chimneys can be used XX XXXXXXXXX hazardous chemical or XXXXX XX secured storage. However, XXXXXXXX systems and XXXXXXX XXXXXXXXXXXX XXXX be installed to reduce the impact (Hyatt, 2018). The gas XXXX XX essential equipment XX tackle XXXX XXXXXXXXX. XXXXXXX a XXXXXXXXXX measure, XXX XXXXXXXXX can XXX and the XXXXXX XXXXXXXXXXX face consequences.
HAZWOPER training can XX XXXXXXX XX XXXXXX XXXXXXXXX XXXXXXXXX. XXX XXX of ventilation XXXXXXX XXXXXX chemical XXXXXX should be trained. Besides, XXX XXX XX XXXXXX XXXXX XXX other protective XXXXXXXXX are also XXXXXXXX in the XXXXXXX.
XXXXXXX XXXXXXXXXX XXX occur XXXX any XXXXX, XXXXX, earthquake, and hurricane XXXXX XXX make XXXXXXXXXXXX damage XX gas XXXXX XXX station infrastructure. XXX XXXXX-XXXXXX tanker and addition XXXXX XX XXXXX-gallon must be XXXXXXXXX from these devastating incidents. The hired consultant and GEBMO XXXX XXX XXXX a vital role in XXXXXXXX XXXXX issues properly. XXXXXXX, a logical hazard XXXXXXXXXX XXXXXX XXX XXXX should XXXX XX XXXXXXXXXXX through analysis of this tool.
Administrative control can XX developed with digital XXXXXXXXXXXX XXX period maintenance XXXXXXX. XXX crack in pipeline XXX tankers should be checked so that XXXXXXXXX XXXXXXXXXXX XXX be done in time. Besides, XXXXXXXX XXXXXXXXXX XXXXXXXX XXXX XXX be documented and educated to workers XXX emergency XXXXXXX (XXXXXXX & Hyndman, 2016).
The XXXXXXXXX XXXXXXXX XXXXXXXX informing the XXXXXX XXXXXXXXX XXX XXXXXX authorities so XXXX timely evacuation XXX be done if any XXX XXXXXX occurs XXX to natural disasters. The alarming XXXXXX XXX XXXX be included XXX alerting the XXXXXXXXX. Besides, if any XXXXXX occurs in the XXXXXXXXXXXXXX after natural hazard, XXXXXXXXX XXXXXXXXXXX must XX XXXX so XXXX spillage of XXX XXX accidents XXX XX reduced.
HAZWOPER training regarding environmental XXXXXX includes emergency evacuation XXXXXXXXX, XXX contingency plan (Giordan et al., XXXX). Besides, XXXXXXXXX XXXXXX be instructed to use the XXXXXXXXXX valves and XXXXXXXXX XXXXX, which will XXXX XX reduce XXXXXXXX XXXXXXXXXXXXX within XXX XXXXXXX. Besides, the fire XXXXXXXXXX and XXXXXX XXXXXX XX XXXXXXXX XX support XXXXXX XXXXXXXXXX XXX XXXXX XXXXXXXXX procedures.
XX XX XXXXXXXXX XXXX XXXXX types of XXXXXXX XXX XXXXX in the XXX XXXXXXX. XXXXXXX, GEBMO tool can XXXXX XXXXXXX XXXXXXXXX XXX risk XXXXXXXXXX and XXXXXXXXX maintenance XX XXX (XXXXXXXXXXX Storage Tank). The tool XXXXX to XXXXX an XXXXXXXXX XXXXXXXXX XXXXXXXX XXXX XXX XXX gas XXXXXXX. XXXXXXX, it XX recommended to install a XXXXXXX surveillance XXXXXX to measure XXX XXXXXXXXX hazards. XXXX, XXXXXXXX training XXXXXXXXXX XXX help XX improve response XXXXXXXXXXXXX drastically.
Reference
XXXXXXX, D., XXXXXXXX, Y., Nex, X., Remondino, X., &XXX; XXXXXXX, X. (XXXX). the use of remotely piloted aircraft XXXXXXX (XXXXX) for natural hazards monitoring and management. XXXXXXX XXXXXXX XXX earth system XXXXXXXX, XX(4), 1079-XXXX.
Hyatt, N. (XXXX). Guidelines XXX process hazards analysis (PHA, XXXXX), hazards XXXXXXXXXXXXXX, and risk XXXXXXXX. XXX XXXXX.
Hyndman, D., & Hyndman, D. (XXXX). Natural hazards and XXXXXXXXX. Cengage XXXXXXXX.
XXXXXX, M. A. X., XXXXXXX, K., Drønen, N., XXXXXXXX, C., & Christensen, X. X. (2017). XXX XXXXXXXX project: Coastal XXXXXX risk XXXXXXXXX XXX XXXXXXXXXX. In XXXXXXX XXXX.
Meilani, R., Muthiah, X., & XXXXXXXX, X. X. S. X. (2018, May). Reducing XXX XXXX of potential hazard in XXXXXXX XXXXXXXXXX of Mount Bromo. XX IOP XXXXXXXXXX XXXXXX: XXXXX and Environmental Science (XXX. XXX, No. 1, p. XXXXXX). XXX XXXXXXXXXX.
Smulders, F. X. M., XXXXXXXX, I. M. X. M., & XXXX, X. (XXXX). Chemical hazards in XXXXX of animal XXXXXX: XXXXX XXXX safety XXXXXXXXX, volume X. Chemical XXXXXXX in foods XX XXXXXX XXXXXX: ECVPH food safety assurance, XXXXXX X.