EQUIPMENT SAFEGUARDING LG Rev 21 Feb 11 Including
|
|
- Roberta Scott
- 6 years ago
- Views:
Transcription
1 EQUIPMENT SAFEGUARDING LG Rev 21 Feb 11 Including Preventing Fires and Explosions resulting from Hot Work PRESENTED BY REVIEWED JULY 2012
2
3 REMEMBER THAT SAFETY RULES, EQUIPMENT AND OTHER SAFETY MEASURES DO NOT IN THEMSELVES, PROTECT YOU AND THOSE AROUND YOU. IT IS CONTINUOUS VIGILANCE AND SAFE WORKING HABITS THAT DOES.
4 AT THE END, THE FINAL RESPONSIBILITY FOR YOUR SAFETY IS IN YOUR OWN HANDS!
5
6 WE THEREFORE REQUEST THAT YOU MAKE YOURSELF CONVERSANT WITH THIS GUIDE SO THAT YOU MAY OBTAIN THE KNOWLEDGE THAT WILL ASSIST YOU TO GUARD AGAINST PERSONNEL INJURY WHILE WORKING AT ANGLO PLATINUM SMELTERS.
7 GOLDEN RULES FOR EQUIPMENT SAFEGUARDING Good communication must always convey awareness to all the team members
8 GOLDEN RULES FOR EQUIPMENT SAFEGUARDING Remember no work is so Important and Urgent that it should be conducted in an unsafe manner.
9 Section 1 MHSA Requirements Regulation 8.8(1) The employer must take reasonable and practicable measures to prevent persons from being injured as a result of them, the cloths being worn by employees or any equipment being held by them coming into contact with or being drawn into any moving part of any machine.
10 CHAPTER 20 MINERALS ACT REGULATIONS Regulation 20.5 All exposed machinery which, when in motion, may be dangerous to any person shall be securely fenced off. Efficient guards shall be provided to such parts of any machinery as may be a source of danger to any.
11 Act 15 of the OHSA. DUTY NOT TO INTERFERE WITH, DAMAGE OR MISUSE THINGS No person shall intentionally or recklessly interfere with, damage or misuse any thing which is provided in the interest of health or safety.
12 OHSA. GENERAL MACHINERY REGULATIONS Safeguarding of machinery (a) Every employer or user of machinery shall-ensure that all machinery used by him, is suitable for the purpose for which it is used, and that it is installed, operated and maintained in such a manner as to prevent the exposure of persons to hazardous or potentially hazardous conditions or circumstances
13 OHSA. GENERAL MACHINERY REGULATIONS Safeguarding of machinery (b) In particular cause every exposed and dangerous part of machinery which is within the normal reach of persons to be effectively safeguarded by means of insulators, fencing, screening or guarding, except where an inspection has granted written permission for the omission of such safeguarding
14 Section 2 New Plant and Equipment. Anglo Platinum Smelters have recognized the fact that exposed moving parts of machinery must be kept to a minimum. THEREFORE
15 Suppliers of Machinery were requested to consider every possible means whereby the need for a guard to prevent contact with exposed moving machinery can be eliminated wherever possible.
16 This can only be achieved by eliminating the moving components that require guarding.
17 Section 2 How can this be achieved? Examples of how it can be achieved are as follows: Hydrostatic drive systems Direct coupling of external casings with internal drive shafts Motorized drums Etc.
18 Continuous Improvement. Engineering staff must consider the replacement of existing guard arrangements with drive systems with no external moving parts to which people can be exposed.
19 Section 3 Plant and equipment safeguarding Anglo Plats Smelters have recognized the fact that guarding moving parts of machinery, is not only a legal requirement, but an essential requirement to comply to our value of: Preventing injuries by PUTTING SAFETY FIRST!!!
20 Section 4 Guards Designed and Installed to prevent contact with moving parts Guards are often designed and installed around the moving parts of machinery to prevent contact with the moving parts and subsequent injury. THEREFORE
21 Section 4 It is essential that any guard fitted to prevent contact with moving machinery parts must prevent contact by reaching: Upwards towards the moving part Under the guard Over the guard Into the guard Around the guard Through the guard
22 Examples of unsafe Machine Guards
23 Section 4 Anglo Plats Smelters have standardized on a simple set of guarding design standards that meets all the recommendations for equipment guarding. These guards are effective and easy to maintain.
24 Appendix 1
25 Appendix 1
26 Appendix 1
27 Appendix 1
28 Appendix 1
29 Section 5.1 Maintenance of Installed Guarding. Once equipment guarding has been designed and installed, it obviously has to be well maintained in order to ensure the effectiveness for its purpose.
30 Section 5.2 Each Smelter operation has a planned maintenance system that will call for the periodic inspection of machine guarding. Damaged guards must be repaired immediately when detected.
31 Section 5.3 Managers and Supervisors must carry out audits and over inspections on maintenance work carried out in order to ensure the ongoing effectiveness of machinery guards.
32 Section 5.4 REMEMBER the following NEVERS when doing maintenance on Machine Guarding: When maintaining a machine guard, always check and make sure that the guard complies with the Smelter Standard for guards (Appendix 1).
33 Section 5.5 Never remove a guard to do a job without making sure that the moving machinery you are about to work on has been isolated and locked-out.
34 Section 5.6 Before removing a guard, always check for stored energy that could cause injury by inadvertently setting machinery parts into motion all stored energy must also be isolated and locked-out.
35 Section 5.7 NEVER REMOVE a guard to do a job without replacing the guard after the job has been completed.
36 Section 5.8 NEVER MODIFY a guard unless the Responsible Engineer has approved the modification as part of an approved design change.
37 Section 5.9 NEVER cut away a section of a guard because it makes your job easier to perform.
38 Do not cut a hole into a guard to quickly check V belt tension between pulleys (or for any other seemingly convenient purpose e.g. Lubricating) because this causes the guard to be ineffective in its purpose always remove the guard and replace it in an effective condition after checking the V belt tension or when equipment was lubricated. Etc.
39 SECTION 6 Interlocking Systems to Prevent Contact with Moving Machinery Parts
40 Chapter 21 Minerals Act Regulations Regulation 21.4 No person shall interfere with or render ineffective any electrical apparatus provided for safety or protection unless it is necessary to do so to perform work associated with such apparatus.
41 Section 6.1 Certain machines are designed, assembled and commissioned to run inside an enclosure that places the moving parts of the machine in a position where contact with the moving parts cannot be made because of the protection offered by the enclosure. i.e. Screw Compressors, Automated Metallurgical Dewatering Filter Press (Larox) systems etc.
42 Section 6.2 Interlocking 2 The above systems are permitted but the moment a protective cover is removed or gate is opened to the extent that access to moving parts becomes possible, a limit switch or other sensing device must cause the machine to trip out and come to a stop.
43 Section 6.3 Interlocking 3 The design of such a machine must ensure that all moving parts are stationary before any person can come into contact with such parts and cause injury to himself/herself.
44 Section 6.4 Interlocking 4 The reliability of the aforementioned machine tripping devises must be maintained and such devices may not be bridged out or made inoperable under any circumstances.
45 Section 7: Temporary removal of guarding. Where the temporary removal of guarding or other safeguard/s becomes necessary on operating plant and equipment, for the purpose of maintenance, inspection, fault finding, testing, commissioning or for any other reason,
46 Section 7.2 EQUIPMENT SAFEGUARDING Temporary removal of guarding 2. A pre-work HIRA must be carried out for such work. Written permission must be obtained from the Responsible Engineer. Guards shall be replaced prior to such plant and equipment being put back into operation again.
47 REMEMBER 1: Never work on moving equipment that has not been isolated and locked out!
48 REMEMBER 2: A guard must always be replaced before machinery is allowed back into operation.
49 REMEMBER 3: A works order must always be generated and a pre-work HIRA must always be carried out for work requiring the removal of a guard even if this work is part of operational requirements (see Isolation, Lock-Out and Clearance to Work Code Section ).
50 Lock-Out and Clearance to Work Code Section ). An approved Works Order (job card) must be generated for all work before any person is assigned responsibility to ensure that the work is carried out.
51 Lock-Out and Clearance to Work Code Section ). The aforementioned work includes: (i) Maintenance and Repair Work (ii) Installation and commissioning work (iii) Building and construction work
52 Lock-Out and Clearance to Work Code Section ). (iv) Any other work for which a routine operating procedure has not been developed including (but not restricted to) work necessitating the temporary removal of guarding, cleaning, washing down, the removal/disposal of spillage, rubble, slurry or residue.
53 Lock-Out and Clearance to Work Code Section ). Provided that: all work for which a works order is generated must be considered non-routine work in terms of AFRS requirements for non-routine work.
54 Section 8.1 Access Control Access Control Requirements where Guarding and Interlock Systems are Insufficient to Protect People.
55 Section 8.2: There is so much industrial activity taking place in a Smelter that the need to protect persons from harm by restricting their entry into areas that may be unsafe to them is essential. The following methods are used to control entry and prevent persons from entering into a place where they may be inadvertently exposed to danger:
56 Section 8.3 (a) Electronic sensing and recording of entry: This method is normally applied at the main access points into a Smelter or other area of (i.e. a clock card allowing entry through a turnstile) or other area within a Smelter where the number of persons requiring entry at any time necessitates such a method of control.
57 Section 8: Access Control 4 In such a case, the reason/s for preventing entry would be to filter out and prevent the entry of persons: Who have not undergone induction and are therefore not aware of site rules and PPE requirements. Who are not in possession of a mandatory medical certificate of fitness. Persons who have failed to renew their medical or induction certificates on time. Persons who are excluded from entry by management. i.e. persons who have been suspended and face disciplinary action etc.
58 Section 8.5: By the same token: Persons who are required to be within a Smelter area at any time, who are aware of the rules for entry and comply with such rules are allowed entry. A record is automatically made of all persons who enter and leave such an area: this capability is very important because it also provides an immediate record of who is inside the operational area at any time.
59 Section 8.6 Electronic sensing and recording of entry is also used for controlling and restricting access into certain sections of the operation to specified persons.
60 b) Confined Space or High Risk Location Entry Permit The Issue of which is dependent on (risk based) requirements for ensuring safe access to these High Risk locations e.g. for allowing entry into a Confined Space or High Risk location.
61 This method of Equipment Safe Guarding is used to control entry into areas or locations that are known to have a high risk upon entry and for which a CONFINED SPACE OR HIGH RISK LOCATION ENTRY PERMIT IS REQUIRED
62 ISOLATION RECORD BOOK
63 Entry into these areas will require the Occupational hygienist or other competent and authorized person to declare the atmosphere and environment therein safe before any person is allowed to enter because:
64 There may not been sufficient oxygen- Solid or particulate material may fall- It may contain water or slurry- You can fall due to slipperiness and inadequate support- May contain poisonous fumes or gasses- There may be explosive or flammable gasses or substances present- It may be to hot or to cold inside-
65 There may also be other Hazards inside confined space or High Risk Location therefore the Engineering Foreman/Supervisor in charge is required to facilitate a HIRA before entry is allowed into any Confined or High Risk Location.
66 There should always be a sign at the entrance to a Confined Space or High Risk Location warning people to this effect.
67 Confined Space / High Risk Location
68 NEVER ENTER A CONFINED SPACE OR HIGH RISK LOCATION UNLESS: The responsible Occupational Hygienist has declared the atmosphere therein safe for entry. A HIRA has been carried out for the work inside the Confined Space or High Risk Location.
69 You know the precautions to be taken to protect your safety and the safety of your team members when you enter the location. You have been issued with a Confined Space or high Risk Location Entry Permit by the Responsible Operator.
70 Section 8.7 c) Locked gate or door with log book records of entry and purpose of entry: This method is generally used where the frequency of entry is not high enough to justify the cost of installing and maintaining an Electronic Sensing System for controlling entry into certain restricted areas. However, the importance of controlling entry and recording such entry still remains.
71 Section 8.8 A typical example, this type of control is when an electrician enters a medium voltage electrical distribution substation to carry out medium voltage switching. The electrician will enter the substation through a locked door using a key that only he/she is allowed to posses and records the time of entry and reason for entry into a substation log book. After completing the intended work, he/she will record the fact that the intended work is completed, the time that he/she leaves the sub station and makes sure that all substation doors are safely locked to keep persons who are not allowed into the substation out of this potentially dangerous area.
72 Section 8. 9 Another typical example is when a security guard allows a vehicle into a restricted area by pre-arrangement the guard allows the vehicle to pass through a set of gates that are normally locked after recording the details of the vehicle and the details of driver.
73 Section c) Signage and Demarcation: This method generally applies to the necessity to warn, inform and /or remind persons who have already been informed that they are not permitted into certain areas. The aforementioned information is usually provided initially during site induction and orientation.
74 Section 8: Access Control 11 Typical examples of access control by means of signage and demarcation are as follows: Specific Workshop Areas: Unauthorized Entry Prohibited Water Storage Areas: Danger of Drowning Unauthorized Entry Prohibited Safe Walkways: Danger Moving Vehicles Pedestrians Must Use Safe Walkways.
75
76
77
78 See Appendix 7: Access control assessment for areas where safeguarding and interlock systems are insufficient to protect people.
79
80 Section 9.1 Fail-to-Safe Switches for Power Driven Tools. i.e. Hand held drilling machines, Saws, Lathes, Drill presses, Pipe threading machines etc
81 Section 9.2 Fail safe Switches (a) Hand Held Portable Power Driven Tools: All hand held portable power driven tools such as hand held drilling machines, hand held grinders, hand held jig saws etc must stop the moment the user releases the power supply switch.
82 Section 9.3 Fail safe Switches It is not permitted to use a power driven hand tool that has a button or other devise that overrides the automatic switching off of power when the power switch of the tool is released.
83 Section 9.4 Fail safe Switches (b) Other manually driven power tools that are not hand held such as lathes, pipe threading machines and drill presses must also be fitted with Failto-safe power supply switches.
84 Section 9.5 Fail safe Switches In the case where the power driven tools are not hand held, a foot operated switch is usually provided so that the moment an authorized user steps away from his / her place of attendance on the operation of the machine, the power supply to the machine is automatically switched off and the machine comes to a stop.
85 Section 9.5 Fail safe Switches Note: No manually operated power tools may be used unless such tools are fitted with Fail-to-Safe power supply switches.
86 HOT WORK Preventing Fires and Explosions resulting from Hot Work RULES FOR PREVENTION OF FIRES AND EXPLOSIONS
87 DEFINITIONS Hot work Preventing Fires and Explosions resulting from Hot Work Any work which involves or generate a source or potential source of ignition
88 PREVENTING FIRES AND EXPLOSIONS RESULTING FROM HOT WORK Examples of Hot Work Processes Electric Arc Welding Gas Welding Flame Cutting Grinding Drilling Hammering Chipping Wire Brushing Use of Non Flame proof Elect Equip. Heating for Stress Relieving
89 PREVENTING FIRES AND EXPLOSIONS RESULTING FROM HOT WORK RULES FOR PREVENTION OF FIRES AND EXPLOSIONS HOT-WORK PROCEDURES AND CLEARANCE CERTIFICATE PROCEDURES MUST BE FOLLOWED HOT WORK WILL NOT BE CONDUCTED WITHOUT AN APPROPRIATE PRE-WORK HIRA DONE
90 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK RULES FOR PREVENTION OF FIRES AND EXPLOSIONS ALL PERSONS MUST BE TRAINED AND BE COMPETENT FOR THE WORK THEY CONDUCT. PPE WILL BE WORN AS DETERMINED BY THE HIRA AND MINIMUM SITE REQUIREMENTS
91 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK Which PPE will you need when conducting the following types of Hot Work?: List the PPE when: Grinding: Flame Cutting:.. Arc Welding :.. Flame Welding/Brazing:..
92 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK RULES FOR PREVENTION OF FIRES AND EXPLOSIONS EMERGENCY RESPONSE PLANS, WILL BE IN PLACE BEFORE COMMENCEMENT OF THE WORK ZERO TOLERANCE MEANS STOPPING WORK THAT IS UNSAFE. WHEN IN DOUBT STAY OUT.
93 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK LIST THE EMERGENCY RESPONSE PLANS THAT YOU WILL PUT IN PLACE BEFORE YOU START WITH HOT WORK IN A WORK PLACE.
94 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK Questions to be asked before you start with HOT WORK Only persons trained and competent, may conduct HOT WORK What can Burn or Explode when I m going to do HOT WORK? What is on the Inside or Other side?
95 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK Questions to be asked before you start with HOT WORK ( Cont) Will I be able to extinguish a fire should it now occur? Is there enough ventilation where I m going to work? Do I wear the correct PPE?
96 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK REMEMBER A SMALL SPARK LEFT UNATTENDED CAN BURN DOWN A FOREST
97 DEFINITIONS Clearance to Work Permit A Permit, issued in accordance with an approved format by the Responsible Operator, allowing work (called for by a Works Order) to be carried out.
98 DEFINITIONS Hazard A source of or exposure to danger (MHSA).
99 DEFINITIONS Risk The likelihood that occupational injury or harm to persons will occur (MHSA).
100 DEFINITIONS Works Order A written order calling for work, issued in accordance with a procedure for the issuing of Works Orders, that is approved and implemented by the Responsible Manager and Engineer.
101 DEFINITIONS Clearance to Work Permit A Permit, issued in accordance with an approved format by the Responsible Operator, allowing work (called for by a Works Order) to be carried out.
102 DEFINITIONS CERTIFICATE TO CONDUCT HOT WORK A Certificate or License issued to a person who becomes competent to take part in HOT WORK operations by virtue of training received.
103 DEFINITIONS DESIGNATED AREA Places which have been specifically designated and equipped to perform HOT WORK without the risk of fire or Explosions caused by the hot work activity
104 DEFINITIONS De Contamination To make safe from any Hazard which cause a risk to the safety of persons who had to perform work in the area.
105 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT Procedure 1 WORK The Responsible Operator may give permission for Hot Work to be carried out by the Responsible Artisan/Person (issue a Hot Work Permit) within his/her area of authority by signing the Hot Work Permit section of a Clearance to Work document.
106 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT Procedure 2 WORK Before signing the aforementioned Hot Work Permit Section, the Responsible Operator must ensure, as far as reasonable practicable, that the person/s about to carry out welding, flame cutting, grinding or any other type of Hot Work have:
107 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK i. Taken the necessary precautions to ensure that the Hot Work does not take place in the presence of an oxygen enriched atmosphere likely to enhance combustion, explosive or combustible liquid, vapour, or dust
108 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT ii. WORK Ensured that areas, surfaces, bins or vessels used for the storage or processing of combustible materials in solid or particulate form, affected by the Hot Work, have been cleared and cleaned of all such material, including any dust that may have generated by the handling or processing of such material.
109 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK iii. Ensured that pipes, vessels or other equipment used to contain (or are likely to contain) an oxygen enriched atmosphere, explosive or combustible liquids, vapour, gas or dust; have been cleaned, washed out or purged, according to a procedure approved by the Responsible Engineer (in consultation with the Responsible Occupation Hygienist) and thereafter Isolated and Locked out before Hot Work is carried out on any surface of such equipment.
110 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT Provided that: WORK A test carried out in accordance with a procedure approved by the Responsible Occupational Hygienist on the atmosphere affected by the Hot Work, indicates that it is safe to proceed with the Hot Work.
111 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK iv. Ensured (by checking) that any type of Hot Work does not inadvertently take place on the outer surface of any equipment that may have a rubber, epoxy or other flammable protective liner on its inner/opposite surface and/or that such equipment does not contain a flammable/explosive substance that could be ignited by the heat generated from such work.
112 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK Provided that: IV (a) Site specific equipment containing combustible materials affected by Hot Work should be clearly identifiable as such by prominent signage;
113 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK IV (b) Site specific equipment containing hazardous substances or materials that may emit hazardous fumes when subjected to heat should be clearly identifiable as such by prominent signage;
114 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK IV (c) That procedures specific to such equipment, are in place to prevent fires, explosions and/or injury when any work is carried out in the vicinity of the aforementioned equipment. i.e. Evaporative coolers, GRP and rubber lined tanks and vessels, bag houses for dust extraction systems etc.
115 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK IV (d) the Responsible Engineer must authorise and specify the conditions under which hot work may be carried out where it is not possible to remove all combustible liner material adjacent to where Hot Work is required.
116 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (v) Ensured that an excessive build up of pressure does not take place in any pipe or enclosed vessel resulting from heat generated by the Hot Work being carried out and that any such pipe or vessel is adequately open to atmosphere while such Hot Work is being carried out.
117 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (vi) Examined all areas affected by the Hot Work where sparks, splatter from welding or flame cutting or hot metal off-cuts, falling or projected from the position of work, could inadvertently ignite any combustible materials in such areas.
118 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK i.e. at the level where the work will be carried out, as well as all areas below, and that all combustible materials are either removed from the areas affected or where removal is not possible, protected from ignition by means of a suitable fire prevention cover/blanket and/or by wetting down (where wetting down is practical).
119 PREVENTING FIRES AND EXPLOSION RESULTING FROM REMEMBER: HOT WORK Site specific equipment containing combustible materials or liners must be identifiable by clear and prominent signage.
120 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (vii) Ensured that where a Hazardous Substance is normally contained within the equipment on/in which Hot Work is required, the requirements for Hazardous Substance Isolation are complied with and a Hazardous Substance Isolation Permit is issued accordingly, in addition to the Hot Work Permit.
121 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT Provided that: WORK Site specific equipment containing hazardous materials or liners must be identifiable by clear and prominent signage.
122 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (viii) Ensured that where the Hot Work is required to take place in any Confined Space or High Risk Location, a Confined Space or High Risk Location Entry Permit is issued accordingly, in addition to the Hot Work Permit.
123 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (ix) Prevented inadvertent access to all areas affected by the Hot Work by barricading off such areas while the HOT Work is being carried out and if necessary, depending on the HIRA controls required, by strategically placing guards in addition to barricading.
124 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK (x) Been adequately instructed on the reactive response measures necessary to deal with an emergency arising from such work including but not limited to the positioning and sounding of fire alarms, the positioning and use of fire suppression systems/fire extinguishers, evacuation procedures, telephone positions and how to call for first aid assistance.
125 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT REMEMBER: WORK The Responsible Operator must refer any confusion or dispute with regard to the requirements for carrying out Hot Work to the Responsible Engineer, who may authorise the commencement of work subject to such conditions as he/she may impose. This referral and authorisation must be done in writing on form ALLSM EPR STD 0010 FRM 001
126 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT xi) WORK Both the Responsible Operator and Responsible Artisan must ensure that they are familiar with the Smelter Procedure for Preventing Fires and Explosions resulting from Hot Work ALLSM - EPR PRO 0001.
127 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK Isolation code sec (iii) Cutting torches, heating torches and/or any other equipment which uses oxygen, flammable gas and/or a flammable substance must be removed, complete with supply hoses, from a confined space when not being used.
128 PREVENTING FIRES AND EXPLOSION RESULTING FROM HOT WORK As far as is reasonably practicable heating or cutting torches must not be ignited inside the confined space and effective controls must be in place to prevent an inadvertent and/or uncontrolled release of oxygen, acetylene, or any other flammable gas / substance into the confined space at any time.
FIRE PREVENTION IN THE USE OF CUTTING OR WELDING PROCESSES
Effective Date: April 1 st, 2016 WICHITA AIRPORT AUTHORITY FIRE PREVENTION IN THE USE OF CUTTING OR WELDING PROCESSES APPLICATION AND PERMIT FOR CUTTING, WELDING OR HOT WORK PROCESSES USING ELECTRIC ARCS
More informationJohn Jay College of Criminal Justice HOT WORK PERMIT STANDARD OPERATING PROCEDURES
John Jay College of Criminal Justice HOT WORK PERMIT STANDARD OPERATING PROCEDURES Last Updated: July 18, 2013 1 TABLE OF CONTENTS A. PURPOSE 3 B. SCOPE 3 C. POLICIES AND PROCEDURES 3 1. Facility Hot Work
More informationChapter 12 HOT WORK OPERATIONS. Purpose:
Chapter 12 Hot Work Operations Chapter 12 HOT WORK OPERATIONS Purpose: To provide written procedures to prevent the outbreak of fire, fire alarm activations, and smoke and odor migration in buildings resulting
More informationFire Prevention STANDARD. LME-12: Uen Rev A
STANDARD LME-12:001905 Uen Rev A Contents 1 Introduction... 3 2 Requirements... 3 3 Safe Operating Standards... 4 3.1 Fire Evacuation Procedures... 4 3.2 Designated Escape Routes... 4 3.3 Assembly points...
More informationFire Prevention Plan
Fire Prevention Plan TABLE OF CONTENTS Section Title Page 1.0 Objective. 3 2.0 Background 3 3.0 Assignment of Responsibility.. 4 4.0 Plan Implementation..... 5 5.0 Types of Hazards...... 6 6.0 Training........
More informationWELDING, CUTTING, AND BRAZING SAFETY PROGRAM
WELDING, CUTTING, AND BRAZING SAFETY PROGRAM HOT WORK TABLE OF CONTENTS 1.0 Introduction 1.1 Purpose 1.2 Scope 2.0 Responsibilities 2.1 Building Office 2.2 Building Personnel 2.3 Individuals Performing
More informationFire Prevention Plan
Fire Prevention Plan TABLE OF CONTENTS Section Title Page 1.0 Objective. 3 2.0 Background 3 3.0 Assignment of Responsibility.. 4 4.0 Plan Implementation..... 5 5.0 Types of Hazards...... 6 6.0 Training........
More informationChapter 18 Welding Table of Contents
Chapter 18 Welding Table of Contents 18.1 Foreword 18.2 Introduction 18.3 Applicability of Standard 18.4 Other Policies that Might Apply 18.5 Approved Areas for Welding and Cutting 18.6 Other Areas 18.7
More information7 Hazard assessment 8 Worker participation 9 Hazard elimination and control
This document is a guideline only. Employers have a responsibility of assessing all applicable occupational health and safety legislation, for the tasks they are performing. The prime activity in this
More informationElectrical Safety Program
Electrical Safety Program Developed by: The Office of Environmental Health and Safety June, 2010 Table of Contents Introduction 3 Scope..3 Definitions.3-5 CSU Electrical Shop...5 Responsibilities.5-6 Employees.....5
More informationFire Safety Awareness Training START
Fire Safety Awareness Training START Why we do this training Because management care about your safety. Because many people are unnecessarily injured by fire at work each year. Because the law specifically
More informationBloomsburg University of Pennsylvania Hot Work Safety Program Effective Date: July 1, 2015
Bloomsburg University of Pennsylvania Hot Work Safety Program Effective Date: July 1, 2015 I. General Overview A. This program is to prevent injury, fire and unnecessary fire alarm activations in a building
More informationThis policy applies to all Hot Work jobs performed on the Calhoun mill property by AbitibiAbitibiBowater employees.
Reviewed: July 30, 2009 Revised: July 30, 2009 Effective: October 1, 2007 I. PURPOSE The purpose of this policy is to protect employees and prevent property loss due to fire and/or explosion during welding
More informationSafety Best Practices Manual
CHAPTER 24 OSHA Compliance Checklist te: This is not a comprehensive checklist. It is designed for a typical corporate aviation maintenance department. You must consult the OSHA 1910 Regulations for specific
More informationPOLICY STATEMENT: Policy Number: Section 600 Physical Plant. Date Adopted: May 7, Date(s) Revised: September 4, 2012
Policy Number: 600.8 Policy Title: Subject: Hot Work Program Section 600 Physical Plant Date Adopted: May 7, 2009 Date(s) Revised: September 4, 2012 Approved by: Daniel J. Bingham Dean/CEO Helena College
More informationContractor Worksheet Underground Fires Major Hazard Standard
WMC Environment, Health & Safety Management System Worksheet Major Hazard Standard MHS-02 DocsOpen Ref: 57267, 17/10/2001 Uncontrolled copy check web for latest revision Revision Reviewed Description of
More informationEmergency Evacuation Plan South Patterson Building (SPB)
Emergency Evacuation Plan 1700 South Patterson Building (SPB) 2014 Table of Contents Section I: Purpose and Objectives Section II: General Guidelines Section III: Responsibilities of Emergency Coordinator
More informationDANGERS AND HAZARDS OF ENTERING LIVE SUBSTATIONS AND ENCLOSURES Barry Gass Actom Protection and Control
DANGERS AND HAZARDS OF ENTERING LIVE SUBSTATIONS AND ENCLOSURES Barry Gass Actom Protection and Control INTRODUCTION There are many dangers and hazards which have to be taken into account when entering
More information1.2 To ensure the safety of all persons working in or occupying a building where a hot work operation is performed.
REQUIREMENT 2. HOT WORK OPERATIONS 1.0 PURPOSE 1.1 To establish a requirement with responsibilities for any hot work operations during all phases of construction, renovation and routine maintenance work
More information-SAMPLE- Safety Inspection Checklist: Manufacturing
-SAMPLE- Safety Inspection Checklist: Manufacturing Prepared by: Midwest Builders Casualty The following procedures are not intended to be an exhaustive treatment of the subject, and should not be interpreted
More informationHot Work Program & Operational Guidelines. Environmental Health, Safety and Emergency Management (828)
Hot Work Program & Operational Guidelines Environmental Health, Safety and Emergency Management (828) 262-4008 HOT WORK INTRODUCTION Purpose: This program is designed to recognize potential fire and explosion
More informationSafety Policy and Procedure
Safety Policy and Procedure Policy Number: 007 Authorized By: The Cianbro Companies Alan Burton Title: Watch for Fire, Smoke and Sparks Effective Date: 02/01/93 Page 1 of 5 1 Status 1.1 Update of existing
More informationSCALES NW EMERGENCY ACTION PLAN
Purpose Each SCALES NW, INC location shall have a written Emergency Action Plan, appropriate to the hazards of the workplace, in order to respond to an emergency that may require rescue or evacuation.
More informationCRU-S Series Stainless Steel Condensate Recovery Unit
IM-UK-CRU-S UK Issue 1 CRU-S Series Stainless Steel Condensate Recovery Unit 1. Safety information 2. General product information 3. Installation 4. Commissioning 5. Storage, shutdown and equipment protection
More informationTitle: Fire Prevention During Welding, Cutting and Other Hot Work Plan (formerly the Cutting & Welding Policy)
Indiana University Northwest Environmental Health & Safety Title: Fire Prevention During Welding, Cutting and Other Hot Work Plan (formerly the Cutting & Welding Policy) Applies to: Issue Date: Latest
More informationStillwater Area Community Services Center Inc.
Fire Prevention Plan 1. Purpose The purpose of this Fire Prevention Plan is to eliminate the causes of fire, prevent loss of life and property by fire, and to comply with the Occupational Safety and Health
More informationEmergency Evacuation Plan. Kettering Labs. School of Engineering
Emergency Evacuation Plan Kettering Labs School of Engineering May 2018 Table of Contents Section I: Purpose and Objectives Section II: General Guidelines Section III: Responsibilities of Emergency Coordinator
More informationBP MAINTENANCE WORK INSTRUCTIONS FREQUENTLY ASKED QUESTIONS
BP MAINTENANCE WORK INSTRUCTIONS FREQUENTLY ASKED QUESTIONS The following FAQ was last updated 30/3/2016. This material is guidance only. If any of the content contradicts with requirements within the
More informationHOT WORK OPERATIONS March 23, 2018
HOT WORK OPERATIONS March 23, 2018 Review/Revision Summary Below is a summary of reviews and revisions made to this document: Review/Revision Date Major Changes Reviewed/Revised By: 9/29/2008 Original
More informationDepartment Of Public Works: Internal Operations
Department Of Public Works: Internal Operations A Checklist There are over 800 municipalities in the Michigan Municipal League s Pool and Fund Programs. Most perform public works functions of one type
More informationTABLE OF CONTENTS PART 4 - HAND TOOLS AND POWER DRIVEN PORTABLE TOOLS
TABLE OF CONTENTS PART 4 - HAND TOOLS AND POWER DRIVEN PORTABLE TOOLS Page DEFINITIONS...4-1 GENERAL...4-1 CHAIN SAWS...4-3 BRUSH SAWS...4-4 POWDER ACTUATED TOOLS...4-5 PORTABLE CIRCULAR SAWS...4-5 PART
More informationThe Social Accountability International (SAI) Fire Safety Checklist
The Social Accountability International (SAI) Fire Safety Checklist Introduction The Social Accountability International (SAI) Fire Safety Checklist is a guidance tool prepared for SA8000 & BSCI Auditors
More informationTo: All SAAS Accredited Certification Bodies Subject: Clarification to Emergency and Health & Safety Requirements in the SA8000 Standard
SOCIAL ACCOUNTABILITY ACCREDITATION SERVICES To: All SAAS Accredited Certification Bodies Subject: Clarification to Emergency and Health & Safety Requirements in the SA8000 Standard Background: After an
More informationHot Work Permit. Can this job be avoided? Is there a safer alternative? Permit No.:
Hot Work Permit Can this job be avoided? Is there a safer alternative? Permit No.: A Hot Work Permit is required for any non-production or maintenance operation involving cutting, welding, grinding, open
More informationHot Work Policy and Procedures
Environmental Health & Safety Office of the Fire Marshal Hot Work Policy and Procedures In Accordance With New Jersey Fire Code And National Fire Protection Association 505 Ramapo Valley Road, Building
More informationTable of Contents. EMERGENCY PROCEDURES Policy 190
Table of Contents EMERGENCY PROCEDURES Policy 190 1. TRAINING ON EMERGENCY PROCEDURES... 2 2. EVACUATION PLAN... 2 2.1 Purpose... 2 2.2 Initiation Of Evacuation Alarm... 2 2.3 Evacuation Procedures...
More informationUCL PRINCIPAL CONTRACTOR SITE FIRE SAFETY RISK REVIEW & MITIGATION MEASURES
Mandatory Fire Safety Instruction UCL PRINCIPAL CONTRACTOR SITE FIRE SAFETY RISK REVIEW & MITIGATION MEASURES Principal Contractor fire safety considerations in shared occupancy project or refurbishments
More informationHeatExchangerSpares.com Ltd HRS Heat Exchangers Ltd HRS Hevac Ltd HRS Hevac Engineering Ltd HRS International Ltd HRS Investments Ltd
HOT WORKS PROCEDURE 1. PURPOSE 1.1 The purpose of this document is to ensure the safe operation of hot work equipment in accordance with the requirements set forth in 29 CFR 1910 Subpart Q - Welding, Cutting
More informationHot Work Policy. Department of Risk Management. 1. Purpose. 2. Authority. 3. Scope
1. Purpose The purpose of the University of Denver Hot Work policy is to protect personnel and property from a fire caused by hot work. The DU Hot Work policy defines the responsibilities and requirements
More informationSafe Operating Procedure
Safe Operating Procedure (Revised 10/17) HOT WORK PERMIT OPERATIONS Authority In recognition of the inherent hazards posed by certain hot work processes, the National Fire Protection Agency adopted Standard
More informationPhase 2 Security Response
Tivoli Village Security Procedures The following procedures are to be used for all contractor check in, permits for Roof Access, Hot Work, Electrical/Phone Room Access, Placing Fire Alarm System Notification
More informationFire Safety. Version 1.0
This document is intended to provide basic safety guidelines for the Physical Plant Department at Community College of Allegheny County. The information provided in this guide may vary by site. Version
More informationHonolulu Community College Health & Safety Inspection Checklist for Shops Tech I. Program: Conducted by: Date: Reference 29 CFR 1910.
Program: Conducted by: Date: Means of Egress/Escape Are exits provided to permit the prompt escape of occupants in case of fire or other emergency? Is every exit, way of approach, and way to travel from
More informationElectrical Management
5 WHS PROCEDURE P23-01 Page 1 of 9 Issue: 2 1. Intent The Salvation Army Australia Eastern Territory (TSA-AUE) is committed to the provision of a safe, healthy and injury free environment within the mission
More informationSavard Labor & Marine Staffing, Inc. Fire Prevention Program Rev3/14
Fire Prevention Program Purpose The Company Fire Safety Plan has been developed to work in conjunction with company emergency plans and other safety programs. This includes reviewing all new building construction
More informationHAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus
HAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus Purpose: This document outlines the University of Southern Maine s (USM) contingency plan for emergency
More informationS a n F r a n c i s c o F i r e D e p a r t m e n t B u r e a u o f F i r e P r e v e n t i o n & I n v e s t i g a t i o n 1 of 8 P a g e
5.07 Air Replenishment Systems (2016) Reference: SFFC, Section 511.2. Purpose: The purpose of this bulletin is to describe the requirements for air replenishment systems intended to be used to fill firefighters'
More informationHarvard University - OEB Glasshouse Emergency Evacuation Plan
Harvard University - OEB Glasshouse Emergency Evacuation Plan Table of Contents Section I: Purpose and Objectives Section II: General Guidelines Section III: Responsibilities of Emergency Coordinator and
More informationFire Department HEADQUARTERS Cathedral Oaks Road Santa Barbara, CA (805) FAX: (805) CODE SUMMARY
Fire Department HEADQUARTERS 4410 Cathedral Oaks Road Santa Barbara, CA 93110-1042 (805) 681-5500 FAX: (805) 681-5563 Michael W. Dyer Fire Chief County Fire Warden Eric Peterson Deputy Fire Chief CODE
More informationA. General Safety LAB/ROOM: INSPECTED BY: DATE:
A. General Safety Item Subject Yes, No, A1 Exits are not obstructed, fastened or locked with keys A2 EXIT signs, if installed are clear and illuminated A3 A4 A5 A6 Fire extinguishers and fire blankets
More informationFIRE SAFETY DURING CONSTRUCTION, ALTERATION AND DEMOLITION
CHAPTER 14 FIRE SAFETY DURING CONSTRUCTION, ALTERATION AND DEMOLITION SECTION FC 1401 GENERAL 1401.1 Scope. This chapter shall govern fire safety measures during the construction, alteration, or demolition
More informationDMP & RISK MANAGEMENT PLAN
DMP & RISK MANAGEMENT PLAN An industry with its complex of activities involving various plant machineries, raw materials, products operations, intermediates and environmental discharge has a number of
More informationProgressive Safety Services LLC 2
Progressive Safety Services LLC 2 Oxygen - to sustain combustion Heat - to raise material to ignition temperature Fuel or combustible material Chemical - exothermic reaction Progressive Safety Services
More informationDSEAR - Requirements
SDA Technical Services DSEAR - Requirements The Dangerous Substances and Explosive Atmospheres Regulations 2002 - Requirements SDA Technical Services 2010 DSEAR Overview Date Added: March 18, 2010 02:24:04
More informationFIRE SAFETY AND PREVENTION POLICY
Effective Date: July 26, 2011 Supersedes /Amends: VRS-49/April 2006 Originating Office: Office of the Vice-President, Services Policy Number: VPS-49 PREAMBLE Concordia University (the University ) has
More informationOPERATIONAL PERMIT STORAGE MAGAZINE PERMIT APPLICATION
PRINCE WILLIAM COUNTY DEPARTMENT OF FIRE AND RESCUE FIRE MARSHAL S OFFICE 5 COUNTY COMPLEX CT. SUITE 160 PRINCE WILLIAM, VA 22192 (703) 792-6360 office (703) 792-6492 fax WWW.PWCGOV.ORG/FIRE For Office
More informationMACHINE GUARDING. Hazards of Unguarded Machines. Occupational Safety and Health Regulations (OSHA)
MACHINE GUARDING Hazards of Unguarded Machines Workers are exposed to unguarded or inadequately guarded machines in many workplaces. According to OSHA, workers who operate and maintain machinery suffer
More informationTitle: Electrical Safety Effective Date: 11/28/2014 Control Number: THG_0038 Revision Number: 1 Date: 10/22/2015 Annual Review Completed: 5/13/2015
Title: Electrical Safety Effective Date: 11/28/2014 Control Number: THG_0038 Revision Number: 1 Date: 10/22/2015 Annual Review Completed: 5/13/2015 Electrical Safety CONTENTS I. PURPOSE II. SCOPE III.
More informationHAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus
HAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus Issued By: Office of Finance and Administration Name: Chief Financial Officer Effective Date: November
More informationSchool EMERGENCY PLAN
School EMERGENCY PLAN The following outline covers the main criteria for emergency guidelines for this facility and its operations. The outline will be under review with local officials and details are
More information5.07 Air Replenishment Systems
5.07 Air Replenishment Systems Reference: 2010 SFFC, Section 511.2 Definitions: CERTIFIED COMPRESSOR. A compressor used by a contractor for maintenance and testing of air replenishment systems that is
More information7 Hazard assessment 8 Worker participation 9 Hazard elimination and control
This document is a guideline only. Employers have a responsibility of assessing all applicable occupational health and safety legislation, for the tasks they are performing. Task description Type of equipment
More informationADMINISTRATIVE SERVICES MANUAL
1 of 6 Purpose Definitions Welding and Hot Work, such as brazing or grinding, present a significant opportunity for fire and injury. All precautions described in this program must be applied prior to commencing
More informationHOT WORK SAFETY PROGRAM:
HOT WORK SAFETY PROGRAM: 1.0 Purpose. To establish safe procedure for open flame or hot work process at Oklahoma City Community College (OCCC) to avoid loss of property and injury to personnel. 2.0 Scope.
More information1970s building housing main school reception and support offices. Well managed buildings with no significant risk of a fire occurring.
Record of significant findings Risk assessment for : Assessment undertaken by : 71a The Close Nigel Billing CMIOSH Date: 21/3/17 Overview of Premises: 1970s building housing main school reception and support
More informationDON T GET CAUGHT UP IN YOUR WORK
HAAS SAFETY PROCEDURES T HINK SAFETY! DON T GET CAUGHT UP IN YOUR WORK All milling machines contain hazards from rotating parts, belts and pulleys, high voltage electricity, noise, and compressed air.
More informationEmergency Action Plan
Emergency Action Plan Company Name Current as of Company Address Phone Number Contents EMERGENCY ACTION PLAN 2 SCOPE OF THE PLAN 2 Emergency Plan Coordinators 2 First Aid and CPR certified employees 2
More informationFire Safety Plan (FSP) Review Checklist 1
Fire Safety Plan (FSP) Review Checklist 1 (Component of a BC Fire Code (BCFC) compliance inspection) COMPANY INFORMATION Company name: Building Name: Address: Street # and name City/Province Postal Code
More informationHEALTH AND SAFETY INDUCTION CHECKLIST
LIST Listed below is a checklist of health & safety matters, some general and some applicable only to certain jobs. page 1 Section A Mandatory for all Staff 1. HEALTH, SAFETY & ENVIRONMENTAL (HSE) POLICIES
More informationFire Safety Plan (FSP) Review Checklist 1
Fire Inspection & Prevention Initiative Fire Safety Plan (FSP) Review Checklist 1 (Component of a BC Fire Code (BCFC) compliance inspection) Date: COMPANY INFORMATION Company Name: Building Name: Address:
More informationTABLE OF CONTENTS Part 6 Legal Basis for Fire Safety Planning... 2
TABLE OF CONTENTS Part 6 Legal Basis for Fire Safety Planning... 2 6.1] GENERAL... 2 6.2] EXCERPTS FROM 2012 BC FIRE CODE PART 2 BUILDING AND OCCUPANT FIRE SAFETY... 3 6.3] EXCERPTS FROM 2012 BC FIRE CODE
More informationEvaluating Your Property and Work for Safety Hazards
Evaluating Your Property and Work for Safety Hazards One of the best ways to reduce the potential for insurable losses arising on or from your premises is to ensure that unsafe conditions and practices
More informationH&S Forum. Fire Safety Policy Glascote Academy
Fierte Multi Academy Trust Health and Safety Policy Handbook Reference Number HR 103 Issue 6 Approved By H&S Forum Date September 2016 To be reviewed September2017 Policy Title Fire Safety Policy Glascote
More informationExplosion Prevention & Suppression James Maness JEM Safety Consulting Rehoboth, DE.
Explosion Prevention & Suppression James Maness JEM Safety Consulting Rehoboth, DE. NGFA / Grain Journal Joint Safety / Health and Grain Quality Conference Kansas City, KS August 1, 2012 Explosion prevention
More informationFIRE PRECAUTIONS AND EMERGENCY EVACUATION PROCEDURES
1 of 5 FIRE PRECAUTIONS AND EMERGENCY EVACUATION PROCEDURES Introduction Risk of fire is ever present. Fire could occur at any time, affecting everyone. This Fire Precaution and Emergency Evacuation plan
More informationIIPP. Injury & Illness Prevention Program Hartog Drive San Jose CA Responsibilities. Workplace Hazards. Training. Incident Investigations
Injury & Illness Prevention Program Responsibilities Training Workplace Hazards IIPP Recordkeeping Incident Investigations Employee Communications 1876 Hartog Drive San Jose CA 95131 Page 1 of 23 IIPP
More informationUSER'S MANUAL PGE Single Package Rooftop
USER'S MANUAL PGE Single Package Rooftop Gas Heating/Electric Cooling Units Sizes 036-150 3 to 12-1/2 Tons NOTE TO INSTALLER: This manual should be left with the equipment owner. WARNING: If the information
More informationCombustible Dust Hazards: Awareness & Safeguarding. Forest Industry Task Force on Mill Safety May 2012
Combustible Dust Hazards: Awareness & Safeguarding Forest Industry Task Force on Mill Safety May 2012 Disclaimer The contents of this presentation represent an amalgamation of current industry understanding
More informationUniversity of California, Davis Laboratory Self-Inspection Checklist
University of California, Davis Laboratory Self-Inspection Checklist Principal Investigator/Laboratory Supervisor: Laboratories Reviewed: Date: Reviewer: Revised 11/2014 I. SAFETY PROGRAM ADMINISTRATON
More informationFire safety management issues identified by fire risk assessments
Health and Safety Safety Team The University of Manchester Waterloo Place, 180 Oxford Road, Manchester Health and M13 Safety 9GP www.manchester.ac.uk To From Vice-Presidents/Deans, Heads of Schools and
More informationFire Safety Audit: Part B - Questionnaire (Questionnaire Devised By Mr.R.R.Nair) Yes No x
Fire Safety Audit: Part B - Questionnaire (Questionnaire Devised By Mr.R.R.Nair) Yes No x Name & Address of the Society IDENTIFY PEOPLE AT RISK 01 Have you identified who is at risk? 02 Have you identified
More informationWell managed building mean risk is normal. Fire action notices should be displayed by all alarm break glass call points.
Record of significant findings Risk assessment for : Assessment undertaken by : Horsefair House Nigel Billing CMIOSH Date: 28/3/17 Overview of Premises: 2 buildings on 3 stories in an L shaped configuration,
More informationGeneral Industry Safety and Health Checklist Guidelines. Building and Premises. Loss Control Bulletin
The purpose of a monthly self-inspection program is to identify unsafe conditions in the work environment and unsafe employee actions. Management can then correct these safety hazards, reducing the potential
More informationTitle: Fire Protection Effective Date: 7/1/2013 Control Number: THG_0039 Revision Number: 1 Date: 10/23/2015 Annual Review Completed: 5/13/2015
Title: Fire Protection Effective Date: 7/1/2013 Control Number: THG_0039 Revision Number: 1 Date: 10/23/2015 Annual Review Completed: 5/13/2015 Fire Protection I. INTRODUCTION II. GENERAL GUIDELINES III.
More informationNFPA 70E Electrical Safety & Arc Flash Training
NFPA 70E Electrical Safety & Arc Flash Training OSHA 1910.332(a) Training, 1910.332(a) Scope. The training requirements contained in this section apply to employees who face a risk of electric shock that
More informationFire Safety Policy Date: 0
Fire Safety Policy Date: 0 Policy Preparation & Introduction This document format has been produced by Firesafe Solutions (UK) Ltd to aid managers, tenants and others responsible for fire safety in their
More informationUC Irvine Environmental Health & Safety TITLE: FIRE WATCH AND OUT OF SERVICE NOTIFICATION
SECTION: UC Irvine Environmental Health & Safety TITLE: FIRE WATCH AND OUT OF SERVICE NOTIFICATION INITIATOR: DALE SAUNDERS REVISION DATE: September 2015 1. Program Description 2. Scope 3. Definitions
More informationOnsite Fire Risk Reduction Methods
Onsite Fire Risk Reduction Methods Outline Construction Fire Background Site Safety Code Requirements Construction Fire Safety Practices Additional Resources Construction Fire Statistics According to NFPA,
More informationMachine Guarding. 1 Copyright 2014, Rev by PEC Safety Management, Inc. PPT-SM-MG 2014, Rev
Machine Guarding 1 Copyright by PEC Safety Management, Inc. The Importance of Machine Guarding Amputations are among the most severe and disabling workplace injuries Amputations may result from improperly
More informationGeneral Safety Instruction. (for Technical Staff)
General Safety Instruction (for Technical Staff) What is Occupational Health and Safety? Your work and your workplace shall be designed in such a manner as to - avoid work accidents, and - maintain or
More informationOUTLINE FOR FIRE PREVENTION ACTIVITY
OUTLINE FOR FIRE PREVENTION ACTIVITY Background Buildings under construction present unique fire exposures that require special attention. Fires can result in major losses and long delays in the completion
More informationPROSPECT COLLEGE HEALTH AND SAFETY PLANS FIRE PREVENTION PLAN
PROSPECT COLLEGE HEALTH AND SAFETY PLANS Health and Safety Policy Statement It is the policy of Prospect College to provide and maintain a safe environment free of injuries and other impairments to the
More informationFire Risk Assessment
Fire Risk Assessment Premises Description Address Area Post Code Tel no. Num of Employees Normal Occupancy Max Allowed Use of Premises Building Length Building Breadth Area 0.00 M² Floors Storeys Below
More informationUser Information Sheet 008 : 2010
User Information Sheet 008 : 2010 Formerly UIS008, July 2009 ELECTRICAL INSTALLATIONS ASSOCIATED WITH BULK LPG INSTALLATIONS 1. Introduction This Information Sheet describes some of the principles and
More informationPurpose: To establish procedures for identifying fire hazards and preventing fires. Scope: All Central New Mexico Community College (CNM) Community.
CNM WAY PROCESS CNM Process Name Fire Safety Program (04/10/2018 Revision) Overview of Fire Safety Program Purpose: To establish procedures for identifying fire hazards and preventing fires. Scope: All
More informationCOMBUSTIBLE DUST SAFETY PROGRAM
COMBUSTIBLE DUST SAFETY PROGRAM PURPOSE This safety awareness program is intended to provide suitable information to Winger Companies, herein referred to as Winger, employees regarding the potential hazards
More informationTEN STEP PROCESS PREPARING FIRE SAFETY PLANS
TEN STEP PROCESS PREPARING FIRE SAFETY PLANS STEP 1 CONDUCT FIRE SAFETY AUDIT IDENTIFY BUILDING FEATURES AND HUMAN RESOURCES. STEP 2 APPOINTMENT OF SUPERVISORY STAFF IDENTIFY TRAINED SUPERVISORY STAFF
More informationOSHA-Required Trainings Offered by Ultimate Risk Services
Emergency Action & Fire Prevention Portable Fire Extinguishers Personal Protective Equipment Hazard Communication 1910.38 1910.157 1910.132 1910.133 1910.135 1910.136 1910.138 1910.95 1910.1200 All employees
More informationFire risk management plan. MH/05/Revised/06/17
Fire risk management plan MH/05/Revised/06/17 1 1. Scope This policy applies to fire safety arrangements in all workplaces, common areas of residential premises and any other premises managed and/or owned
More informationTAMUCC Fire Safety Training
TAMUCC Fire Safety Training TAMUCC Fire Safety Meeting Fire Chemistry, Classification, Types Fire Fighting Fire Prevention Fire Detections Fire Safety Activities TAMUCC Fire Safety Meeting Fire: A rapid
More information