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safety and occupational health : March 2012

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CONSULTATION and COMMUNICATION PROCEDURE


Procedure IV  

                    ( Clause  number 4.4.4 - according to the international specification of the system)

CONSULTATION and COMMUNICATION PROCEDURE

1 - Objective:

The objective of this procedure to get the system and instructions and responsibilities relating to the direction of communication processes in the system of safety management and occupational health to ensure the availability of an effective system of communication to and from staff and other relevant authorities

2 - Application:
This system applies to the following connections:
 Policy Occupational Safety and Health§
 procedures for Occupational Safety and Health§
 sources operating§
 the efficiency of system safety management and occupational health§
 suggestions and feedback from staff and other relevant authorities§

TRAINING AWARENESS AND COMPETENCE


Third procedure

( clause  number 4.4.3 - according to the international specification of the system)
TRAINING AWARENESS AND COMPETENCE

1 - Objective:
The objective of this procedure is to get the system to identify training needs and provide training for staff and all employees and maintain records of training for system safety and occupational health

2-Application:
 This procedure applies to all employees and for employees in the organization (state name of your organization)

LEGAL AND OTHER REQUIREMENT PROCEDURE


The second procedure 

(Clause number 4.4.2 in accordance with the international specification )


LEGAL AND OTHER REQUIREMENT PROCEDURE


1 - Objectives:

The purpose of this procedure describes how to access the laws and regulations to the organization and sequence of their arrival to the parties concerned the application and how to follow up implementation of the Foundation

2 - Application:

This procedure applies to all departments and branches of the institution (specify the name of your organization) in (select state)

HAZARD IDENTIFICATION RISK ASSESSMENT & RISK CONTROL PROCEDURE


The first procedure 

(Clause number 4.4.1 in accordance with the international specification of the system)
HAZARD IDENTIFICATION RISK ASSESSMENT & RISK CONTROL PROCEDURE

1 - Objective:

Definition, evaluation and risk assessment in an organized and well thought out and productivity within the organization must do so in an orderly fashion to determine the risks and identify necessary actions and develop plans for their implementation

2 - Scope of application
 :
This procedure applies to all public activities of the Foundation and detailed in their internal and external

Elements of OHSAS specification


Elements of OHSAS specification as aforesaid, which are summarized in the following items:


1. The first procedure: the definition of risk, risk assessment, risk control
(Item number 4.4.1 in accordance with the international specification of the system)

2. The second procedure - legal requirements and other requirements
(Item number 4.4.2 in accordance with the international specification of the system)

3. Third procedure: training, awareness and competence

(Item number 4.4.3 - according to the international specification of the system)

4. Procedure IV - consulting and communications

(Item number 4.4.4 - according to the international specification of the system)

5. Procedure V - (control) control over the documents and data

(Item number 4.4.5 - according to the international specification of the system)

6. Procedure VI - operational control

(Item number 4.4.6 - according to the international specification of the system)

7. Action VII - preparations and emergency response

(Item No. 4-4-7 - according to the international specification of the system)

8. Procedure VIII - Monitoring and measuring performance

(Item number 4.5.1 - according to the international specification of the system)

9. Procedure IX - corrective and preventive actions

(Item number 4.5.2 - according to the international specification of the system)

10. Procedure X - records and records management
(Item number 4.5.3 - according to the international specification of the system)

11. Procedure atheist tenth - Internal Audit System

(Item No. 4-5-4 - according to the international specification of the system)

12. Procedure XII - administrative review

(Item No. 4-6 - according to the international specification of the system)


Safety Management System
 (OHSAS 18001)



1 - Introduction:

At the beginning I would like to recogniz the following information on the system:



 OHSAS 18001:1999 - shows the specifications of system safety management and occupational health it was developed to be compatible with the quality system

 OHSAS 18002: 1999 - instruction manual for how to implement the specifications of the safety management system and occupational health (which is inherent in the directory specification).§
 This standard has been developed and developed in response to urgent customer need to the presence of a standard recognized by the management system for occupational health and safety with which to assess management systems and certification .


(ISO 9001:1994) and specifications of the quality management system in the environment (ISO 14001:1996) in order to facilitate the process of integration between the systems of safety management and quality system in the management of the environment§

 When issuing any additions to the quality system ISO 9001 or ISO 14001, this specification OHSAS)) will be reviewed and modified so as to ensure the continuity of the three systems agree with each other§



Fixed fire extinguishing equipment (automatic equipment )

Is a fire extinguishing systems producing water or means of extinguishing the other to suit the type of materials exposed to combustion (carbon dioxide CO2, for example), works automatically to extinguish the fire immediately after it broke out, and to influence the actor in the protection of the site from the interaction of fire and its evolution and spread. Operate fire extinguishing systems producing water on the amounts released from the spray water to spread over the burning material is working to reduce the temperature below the flash point, fire extinguishing systems and other work on the rules of strangulation, cooling and ignition corrupting atmosphere. Possible installation of fire extinguishing systems producing water in all sites that are not affected by water, as they govern fire quickly and effectively, and a major influence in reducing the degree of concentration of fire, smoke and toxic gases emitted from the impact of water emitted from evaporation, and water spray fire.

Fire-fighting equipment and devices

Devices and fire-fighting equipment

Fire extinguisher is very necessary to make sure their presence in your home .. Your car .. Your store .. Your office

A - manual fire extinguishing / mobile equipment 

Equipment is hand-mobile "preliminary control" and used for fire fighting in the first stages by ordinary people who are in the building, must be amortized manual conform to the standard specifications and approved by the competent authorities, and is the extinguisher dry powder better Almtafat used to extinguish fires vehicles at all because they do not cause material damage and moral as a result of use, and are divided into types Almtafot hand to: -
pressurized water extinguisher (A)

Is a cylinder filled with water under the pressure of an inert gas, is used to extinguish the fires of wood and paper, textile and plastics .. Warning .. Can not use this type of extinguishing fires, electrical appliances and equipment relating to neighborhood electric fires or oil and grease or metal. Extinguisher and water works to reduce the temperature of the burning material.

 carbon dioxide extinguisher (BC)

Cylinder of steel that contains carbon dioxide that is compressed to the point of liquefaction is used to extinguish fires, oil, grease, paints and electrical fires and flammable liquids. Works of carbon dioxide to suffocate the flames and cool the temperature, starts at a temperature (76 below zero), amortized weak influence in the open air, dissipated by the wind, issued a strong voice when in use.

 extinguisher foam (B)

Cylinder filled with water and organic material to produce a foam (foam) is used to extinguish fires at amortized oils and oil and grease, dyes .. Attention .. Can not be amortized with the use of electrical equipment-related fires, electric neighborhood. Working to isolate the material surface for oxygen and cooling water to contain it.

 dry chemical powder extinguisher (D)

Cylinder packed with dry chemical powder used to extinguish fires, alcohol, oil, paint and flammable materials and minerals (magnesium - sodium - potassium), is working to isolate the burning material surface.

 Halon extinguisher (liquid vapor quenched)

Would prefer not to use this type because the resulting fumes are toxic and affect the users, especially in enclosed spaces. Because on the basis of chlorine, fluorine and bromine, all toxic gases and affect the ozone layer. A well-off for all types of fires.

 fire blanket

Used the cover of the fire (fire blanket) in the kitchens of the blanket is pulled from inside the box and open it completely and cover to prevent the fire of oxygen.

 The use of hand fire extinguishers

How to use water extinguishers

Is more important than the provision of fire extinguishers in the workplace is the process of training people how they use and how to operate and use is necessary and are summarized below
  when you use the fire extinguishers must be selected the site near the fire so that this site will be safe so easy to him to retreat when necessary, without the trouble or hardship, and preferably soon as possible from doors or exits the other and if the fire was outside the building must be located fire extinguishers
 the highest level of wind
 is the reduced stature of the person upon his fight against the fire of the useful means to avoid the risk of smoke and the heat of the fire the more easy for him to get close to the fire site
be sure to completely extinguish the fire before leaving the site so that fires are not expected to return once Others .
Pointing a water escaping from the bottom of the amortized sites flames and being a change of direction in space all the burning fire, and shall be submerged parts of hot water after turning off the flame to the fire In the case of fires that spread in the direction perpendicular to the lower parts must then fight against the tendency to Top .
How to use Foam extinguishers  
In the case of a means of burning inside the vessel shall direct the foam to the inner wall of the shell above the liquid level so that the foam that formed and spread over the surface of the liquid and when this is impossible, it is possible that had the foam top site on fire so that they can fall over the surface of the liquid where settle in a layer coherent and shall not be directed directly to the foam on the surface of the liquid because it makes the foam pushes the bottom surface of the liquid burning where you lose a lot of influential properties in addition to the possibility of scattering the burning fluid outside the vessel.
How to use the extinguisher
dry powder and carbon dioxide fumes and liquids quenched
In the event of fires in containers containing flammable liquids or inflammation when spilled the fluid above the floor shall direct amortized (dry powder - carbon dioxide - vapor fluid quenched) to the nearest side of the fire and then conducted a sweep rapidly in the direction of further party shall be returned to this movement until the fire fire, but if the fire in the liquid falling from a high level you must guide the amortized to the bottom point and then rapidly moved to the top of 0 and in the event of a fire devices and electrical systems went amortized in a straight line on the fire, and when the electrical equipment closed within a Vtsob amortized in the direction of the holes the existing body of the cover so as to force to the interior 0
How to use the fire blanket
Catch fire blanket be the upper end near the surface of burning material and the blanket is moved from the top and carefully to cover the body or the burning vessel.
Care manual fire extinguisher
Must identify the components of the fire extinguisher, namely: -
 amortized body: the body is a metallic material that contains the fire.§
 Hose rale is the part through which material from the body of Fire Extinguisher nozzle to ejaculation.
Extinguisher hose in sizes small There may not  nail safety:
  is a metal ring for installing the operating arm, and designed to prevent the fire starting §materials due to stress on the arm of the operating error.
 handle pregnancy: is a hard metal part which is used to carry the amortized.§
 operating arm: the metal part is moving above the handle pregnancy, which is amortized running tool and materials to extinguish the fire.§
 Index Pressure: is the part that shows the validity of amortized (note the presence of pressure index in all except the standard Almtafat extinguisher carbon dioxide that test the validity by weight or maintenance).§
Additional guidance
 You must make sure of the validity of the fire extinguisher because it is the loyal companion to protect you from the fire the moment it happens.-
 watch the indicator Palmtafoh - as well as amortized weight of carbon dioxide-
 Monitor maintenance history recorded on the amortized-
 Contact your specialist every 6 months for preventive maintenance of the extinguisher.-
 Contact your specialist immediately for refilling fire extinguishers for use and empty -packaging.


Fires "classification- causes- risks"


  Fires classification 


Category talk agreed by the European countries is divided into four types of fires are
 Type I fires CLASS (A) FIRES
Namely that arise in solids that are often of the nature of the organic (carbon compounds) such as paper, wood, fabrics and other plant fibers, usually burn up in the form of Jmrat glowing, characterized by that the majority of these materials porosity and easy for her to absorb the water, affecting the cooling of the inside of that Water is the most appropriate means to extinguish such fires.

Methods of extinguishing fires

Methods of extinguishing fires

Theory is based on the dimensions of fire one or more of the three elements mentioned above for the updated fire, that is based on the theory of fire break by removing a triangle ignition ribs or all of the ribs and therefore are subject to fire three methods are: -

First, cooling the fire
And is intended to reduce the temperature of burning, using water which is thrown on the fire and adopt this method mainly on the ability of water absorption to the heat of material burning fire, and find water when it is used for cooling purposes two types of changes, it gets hot until it reaches its boiling point and turn to vapor above the surface of the fire, and serve to mute the fire of oxygen decrease the proportion of air.

The principles of fire


Fire

1 - Introduction:

Start fires usually on a small scale because most of them arising start from a little spark because of the neglect to follow the ways of preventing fires, but it quickly spread if not promptly Batafaúha leaving losses and the risk of heavy loss of life and luggage, money and facilities, due to the presence of large quantities of flammable materials in everything that surrounds us things that our presence in various locations and the environment surrounding us in the house and the street, school, workplace and places of pleasure, recreation and other sites, and that if there had been a fire for the rest of us and inflicted heavy losses Bmmtlkatna costs. Therefore we must take preventive measures from the dangers of fires to prevent their occurrence and the elimination of their causes, with the potential to control in case it breaks out and put out as soon as possible with minimal losses.

Safety requirements during storage


Safety requirements during storage

 Substances should be classified according to their nature, characteristics and implementation of written instructions on the parcels and taking into account their homogeneity when stored so
as to store each distinct type of material separately so easy to identify the appropriate means 

To combat the fire and that fit the quality of stored materials
 must take into account the order of good when storing materials and selecting the sites are clear signs of stacks on the floor and is bound by a continuous basis
 must be only a high level stacks ceilings and there is a distance of not less than three feet between the top of stacks and the roof.
 must be the development of materials stored on metal shelves and lists are not placed directly on the ground to protect it from damage.
 must be periodic inspection of electrical installations and equipment for safety to prevent any 
sparks a result of faulty electrical installations spanning electrical stores

safety precautions in the storage of materials


Procedures and safety precautions in the storage of materials


Storage areas usually contain strategic reserves of the facilities of raw materials or product and other equipment and machinery, which is estimated funds of money, so it was necessary to secure the stores of the danger of fire or burglary and theft to preserve what they contain, and the process is based fire insurance to prevent erupted and full readiness to confront him in case it occurs because of the fires posed by heavy losses of materials stored combustible. And even in the case of non-usability of combustion it harm her exposure to the smoke or the rise in temperature as a result of a fire to other materials and flammable nearby, as well as damage may occur as a result of water used in fire fighting operations. There are three considerations when followers due to the process of securing the most important stores separate storage locations for manufacturing sites, and avoid the existence of any sources of ignition sites of storage and take measures to limit the spread of fire when it occurs storage sites.

Safety procedures in handling and lifting operations


Safety procedures in handling and lifting operations


 Make sure that there is no risk on the ground, especially slippery materials such as oils and fats as well as the earth is flat down the body to be lifted.
§
 the values ​​of the size and body weight to be lifted and ask for help from others in the event of your inability to raise the body alone.
§
 Be careful not to corner the fingers of the hand or the bottom of heavy exposure to the acute injury of the parties or the fall of the body on the feet.
§
 to protect against back injuries that may result from erroneous methods of lifting materials be sure to follow the correct way to lift materials as follows:
§

safety precautions in dealing with electricity& elevators


procedures and safety precautions in  dealing with electricity

Have on workers in the workshops of the institution comply with procedures and safety precautions for the prevention and protection from power supply and in particular consider the following:

 not to touch any of the electrical conductors before hand to make sure that its activity using electrical measuring devices allocated to it.§



 not to resort to the introduction of the parties to the bare electrical wiring in the sockets and the use of  Pistons  triangular.§

 Ensure that all electrical connections are covered with insulating material and protected by a secure way.§

Safety procedures in dealing with materials and devices


 Safety procedures in dealing with materials and devices:

1 - safety procedures in dealing with tires
 Dealing with the tires is limited to trained personnel.§
 adhere to wear personal protective equipment necessary to perform the work.§
 tire is inflated in steel cages allocated to it.§
 taking into account the safety standard blower tires and a commitment to use in such operations.§
 maintain the integrity of the air compressor and other equipment associated with this work.§
 conduct periodic inspection for the future of air in the compressor (Alkimberasr) once a year at least.§

 Safety procedures in the workshops, battery chargers, welding shops rubber,

First, the design of the workshop
 must be all the elements of the workshop materials, non-flammable§
 - take into account the availability of adequate natural ventilation openings on the area of ​​not less than (sixth) area of ​​the workshop§
 - Jeb availability of natural lighting the appropriate slots§
 - matching all wiring and electrical installation of the technical assets safe§
 - Listed arise from non-combustible to put the batteries§
 - workshop provides an electrical breaker to disconnect the power cord after the end of daily work, or when emergency§

Safety measures in car workshops

Safety measures in car workshops

This includes personal safety and the safety of personnel, vehicles, equipment and facilities and the safety of the environment.
Risks Porsche cars:

Vehicle / car as a source of risk:

- toxic gases (carbon monoxide)
- a potentially explosive gas (fuel vapors, gas battery)
- harmful gases (fuel vapors, acids)
- Plankton air (filings brakes, diesel soot smoke)
- toxic liquids (fuel, brake fluid)
- cocktails acids (acid battery)
-flammable liquids (fuel, brake fluid)
- hot liquids (liquid cooling)
 -slippery liquids (oils and fluids poured on the ground)
- parts and materials under pressure (springs, pools pressure, compressed air)
 -heavy parts (parts of the car, the car on the lift)
- rotating parts (belts, fan)
- hot parts (brakes, radiator,)
-sharp parts (iron sheets car)
- electric current (with HV, Blacks, Blacks cable)
- moving vehicles
- loud noise (engine)

Safety requirements in mechanical workshops


Safety requirements and safety in 
:mechanical workshops

:A - General procedures for safety in the workshops


 First, the design of the workshop
 must be all the elements of the establishment of the workshop materials, non-flammable§
 must be poured concrete floor to prevent the drink material and petroleum oils§
 must be safe all electrical connections§
 provide the workshop stream breaker to switch off the power after the end of daily work, or when emergency§
 The workshop provides a resource and an aqueous wash basin and a suitable system for the exchange§

safety precautions in dealing with electricity


 procedures and safety precautions in dealing with electricity


Have on workers in the workshops of the institution comply with procedures and safety precautions for the prevention and protection from power supply and in particular consider the following:


 not to touch any of the electrical conductors before hand to make sure that its activity using electrical measuring devices allocated to it.§

 not to resort to the introduction of the parties to the bare electrical wiring in the sockets and the use of Almkabbas triangular.§

 Ensure that all electrical connections are covered with insulating material and protected by a secure way.§

 not to walk over the wires and electrical connections and not to pass the machines and the development of hardware and hand tools over it for fear of damage to packaging buffer and exposure to infection.§

 not to exceed the load allocated to the electrical circuits and electrical circuits used only in the load limits allocated to them.§

safety regulation in the technical operations

Management and safety regulation in the technical operations


Policies, responsibilities and duties:

A - safety policies and occupational health:

* Within the general policies of the institution / company in the provision of safety factors in the whole areas of activity practiced by the Foundation seeks to ensure the safety of property and workers in the maintenance activity in accordance with the following policies:

 implementation of maintenance operations in a manner to ensure the health and safety of workers in the workshops and ensure the safety of dealing with these workshops.
§

 ensure the safety of property through the safe operation of all machinery, equipment and devices used in the completion of maintenance operations.
§

 implementation of its business in ways that protect the environment and prevent pollution and provide a safe working environment free of risks.
§

 full compliance with the laws and regulations of the State related to safety and occupational health.
§

Risks of medical work


Biological risks 


And here we show the vital nature of the risk from the viewpoint of occupational safety in a simple and will not expand out of the door of medical specialization, where some believe may be contaminated by the basic bio-medical work, but only the fact that there are other sources of pollution. Valverosat and bacteria that can be transmitted through:
1)  infected patients and contaminated instruments
2) contaminated food
3) place contaminated

prevention of electrical hazards

Methods of prevention of electrical hazards

1 - must when installing electrical wiring for lighting purposes to be in the pipes insulated from the inside may not be left open so as not to leak or moisture affect the heat and an electrical lead to the Palace
2 - should not hold the wire to shorten it or cast it beats the screws closer to the walls and for failure to cut the wire size required by

3 - You should be wires and cables used in electrical connections suitable for the current passing through them and the delivery of metal structures for electrical ground.

4 - Do not download any electrical socket in excess of the unit and note any hotter when the keyboard or the electric wiring to inform the competent for the work necessary and should not do any work of electrical or repairs except by specialists in the field of electricity.

5 - Connect the equipment compound land is suitable for static discharge any shipments once generated.

Electrical hazards


:Electrical hazards



The power of the most important energy sources and driving forces are used in most aspects of life, but in spite of the many benefits of electricity but it has some risks to human and material if not used properly the technical sound and as instructed by the safety of their own, as any negligence in taking reserves safety and safety of electricity could lead to serious accidents to individuals and facilities.
Voltage AC is often used in electrical work with the FA for dc applications and features of it is stream usually moves in one direction. And some machines need run to Use a voltage constant for being more appropriate for some production processes it is used in shipments of batteries stored in the Operations paint (coating) and in the refining of aluminum and electromagnetic lifting device drivers in most welding operations.
There are two types of electricity are: -


control the risks of chemicals

Techniques to control the risks of chemicals:

- replacement:
One of the methods to control the risks associated with the use of hazardous materials and techniques. It is replaced by the hazardous materials less hazardous materials, such as replacing the organic base with a glue to glue a water-based
Or replacement of work methods and techniques of hazardous work safer techniques such as replacing the process of mixing paint automatic hand mixer.

Safety rules in handling the chemicals:


Safety rules in handling the chemicals:

A- must - see the instructions specified in the Article ID card in circulation.
B - You must wear appropriate personal protective clothing.
C - You must verify the integrity of the packaging and transportation safety manual
D - you must use appropriate means to move the contents of large containers to small containers to prevent spills of hazardous liquids.
E - in the transport of dangerous liquid chemicals by hand, you should limit the amount transferred as much as possible, especially for the use of explosive and prone to break when you need to transfer large quantities of them, you should use wheelbarrows to prove to the provisions of the packages.
And - must be available to the trading of knowledge workers, the following matters:
- The implications of identity card.
- Risk materials and safety procedures.
- Rules and procedures of first aid.
;