AWARENESS ON ELECTRICAL SAFETY
Safety Symposium & Exposition 2018 8-9 August; ITC Sonar, Kolkata
AWARENESS ON ELECTRICAL SAFETY Safety Symposium & Exposition - - PowerPoint PPT Presentation
AWARENESS ON ELECTRICAL SAFETY Safety Symposium & Exposition 2018 8-9 August; ITC Sonar, Kolkata INTRODUCTION AND STATISTICS Electricity is essential to modern life, both at home and on the job. However, we tend to overlook the hazards
Safety Symposium & Exposition 2018 8-9 August; ITC Sonar, Kolkata
Electricity is essential to modern life, both at home and on the job. However, we tend to
is often referred to as a “silent killer”, because it cannot be tasted, seen, heard, or smelled. According to the National Crime Records Bureau of India, death due to electrocution averages around 25.06 deaths per day (9149 in 2010). Electrocution--the fifth leading cause of death (1982-1990) (National data from NIOSH) 8% deaths that occur in Indian factories are due to Electricity Electricity has long been recognized as a serious workplace hazard, exposing employees to electric shock, electrocution burns, fires and explosions. Sparks from electrical equipment can serve as an ignition source for flammable or explosive vapours. Even loss of electrical power can result in extremely hazardous situation, For example, flammable or toxic vapours may be released as a chemical warms when a refrigerator or freezer fails. INTRODUCTION AND STATISTICS
42% of total fires occur due to Electrical sources (National data from Oil Industry Safety Directorate) Electrical fires are one of the major reasons for industrial fires as 56% of incidents are reportedly caused by electrical fires. Electrical short circuits are the most common and most
Electrical Safety & Fire Safety for : > Industrial & Commercial Sector > Domestic Sector INTRODUCTION AND STATISTICS
Industrial Fire Commercial Fire Domestic Fire
Industrial & Commercial Sector – Safety Initiatives
Safety Apex Committee Safety Observation Sub Committees Divisional Level Safety Monitoring Committee Central Safety Department Incident investigation Sub Committees Rules & Procedures Sub Committees Capability Building Sub Committees Contractor Safety Management Sub Committees Divisional Level Safety Monitoring Committee Divisional Level Safety Monitoring Committee
Safety Policy, Principles, Vision, Pledge Corporate Safety Manual / Internal Safety Standards Procedure (SWP) / Risk Assessment Records - Forms, Files, Registers, etc.
TOP DRIVEN APPROACH
Creating a Safety Framework Building a Safety Organization Structure
Industrial & Commercial Sector – Safety Initiatives Committees - Roles and Responsibilities
Apex Committee : Review Safety Policy & Principles / Budget allocation / Form DLSMC / Monitoring Safety results Divisional Level Safety Monitoring Committees : Implement all recommendation of Safety Apex Comm. / Guidance to Safety Sub Comm. / Monitor implementation of CAPA / Submit Report to Safety Apex Comm. Safety Observation Sub Committee : Safety Observations to be tracked, through 6-step observations / data analysis for improvement. Incident investigation Sub Committee : Carryout Incident investigations & Monitor effective implementation
Rules & Procedures Sub Committee : Provide necessary guidance how to develop SOP/SWP/HIRA/Work Instruction/Check List etc. Capability Building Sub Committee : Identify Safety training needs for the employees, facilitate review of the existing training modules and develop new training modules Contractor Safety Management Sub Committee : Monitor and ensure that all Contractors’ workmen have requisite PPEs, provide safety training, inform about Safe work practices and Monitor effective implementation of recommendations/CAPAs. Central Safety Department : Nerve center of the organization. Review safety related policy, guidelines, develop / issue safety related documents / Provide expert services on all matters related to safety, custodian
Industrial & Commercial Sector – Safety Initiatives Developing Process for Safe Work
❖ “ Safety Manual “ for the organization ❖ “ Safety Standard “ for critical jobs ❖ “PPE Policy” ❖ “Standards” for Critical Tools & Tackles ❖ “Safe Work Practices” for each type of job ❖ Template of “ Tool Box Talk” for all type
❖ Awareness / Safety Training ❖ Safety Observation, Job Safety Audit, Hand Holding, Workshop & Communication Meeting ❖ Incident Capturing system ❖ New Initiatives
❖ FATAL ❖ LWDC ❖ FAC ❖ Near Miss ❖ Unsafe Situation
Any event which is capable of causing a disruption to the service which are communicated directly by the employees to management for further necessary action
❖ Safety Site Audit ❖ Safety Observations ❖ Incident Investigations ❖ Third Party Audit ❖ Frame CAPA ❖ Monitor CAPA for resolution Industrial & Commercial Sector – Safety Initiatives Incident Management Steps to reduce incidents
Introduction of New Practices / Systems Safety Consequence Management Reviewing General Awareness
& Sub Committees
Training
sector of consumers
Campaigns
Industrial & Commercial Sector – Safety Initiatives Other Activities
Do’s for working with electricity: Always wear rubber soled shoes and safety gloves Use double insulated tools. Use rubber floor mating if possible Utilize nonconductive tools and ladders Use only THREE pin plugs Use shut off switches and / or circuit breakers to shut off equipment in the event of fire or electrocution Always use ground fault circuit interrupters Keep combustible materials away from heating devices. Live parts of electrical equipments must be guarded against accidental contact Limit the use of extension cords or multiple adapters Inspect the wiring of equipment before each use Disconnect appliances before cleaning. If a cord or plug is warm or hot to touch, unplug it immediately, check wires, extension cords and appliances for signs of wearing. Industrial & Commercial Sector – Safety Initiatives
Industrial & Commercial Sector – Safety Initiatives Electrical fires are one of the top five causes of fires Electricity can cause fire in a number of ways, and some of the situations can be: Over heating of conductors and cables due to over loading Over heating of flammable materials placed too close to electrical equipment Ignition of flammable materials as a result of arcing or the scattering of hot particles as a result of an electrical fault. Current leaking to earth or between conductors due to low levels of insulation resistance. Fire safety is mostly a matter of establishing policies and procedures, and then ensuring they are implemented throughout your facility.
Fire Alarm System Water Based System Sprinkler System Gas Flooding System Passive Fire Protection System
FIRE PROTECTION SYSTEM Industrial & Commercial Sector – Safety Initiatives
Prevention
Maintenance Regime Use structured check list during maintenance Install fixed Fire Safety Systems and keep them in Auto Mode Carryout periodic simulation checks Use Automation to monitor on-line health of Fire Safety Systems Conduct Fire Safety Audits and resolve abnormalities
Containment
Identify training needs for the employees in consultation with all concerned Conduct periodic Fire Drills Carry out periodic Mock Fire & Evacuation drills
FIRE MANAGEMENT SYSTEM
Industrial & Commercial Sector – Safety Initiatives
Common causes for Fire Hazards : Electrical overloads Electrical Short Circuits Other Non-electrical Reasons
Domestic Sector – Safety Initiatives
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appropriate rating
from a single point
licensed electrician
machines & server room without considering the input load capacity Overloading Hazards : REASONS AND PREVENTION Domestic Sector – Safety Initiatives
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Short Circuit Hazards : REASONS AND PREVENTION
NON STANDARD WIRING POOR ELECTRICAL CONNECTION FAULTY WIRING TEMPORARY WIRING NON STANDARD FITTING & FIXTURE EXTENSION CORD MOISTURE IN ELEC. EQUIPMENT DUST IN ELEC. EQUIPMENT
Domestic Sector – Safety Initiatives
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Electrical Fire from External Reason
❖ Poorly maintained AC system ❖ Dumping assorted combustible Domestic Sector – Safety Initiatives Too many heating system
Effects of Electricity on Human Body
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Electrical shock Severity depends on ▪ path of current ▪ amount of current ▪ duration of time of current flow Electrical Burn Internal / external burns during shock (tissue heating ) happen due to large energy dissipation proportionate to the duration of flow.
To Prevent Electrical Shock ❖ Install ELCB / RCCB / RCBO with appropriate rating ❖ Wiring should be with proper Earthing connection ❖ Always use 3-pin plug for all appliances, if not covered by double layer insulation ❖ Never touch or operate any electrical appliance with wet hand. Keep all electrical appliance away from moisture / damp. ❖ Use appliances as per user manual Domestic Sector – Safety Initiatives