Showing posts with label safetycoursestraininginchennai. Show all posts
Showing posts with label safetycoursestraininginchennai. Show all posts

Tuesday, 1 November 2016

Fire and Safety Engineering Course

Fire and Safety Engineering Course as a career option is fast catching up with the students in India. Whereas in abroad, Safety is an integral part of most of university programs.


Fire Engineering and Safety Management is getting its underlying foundations quickly as a profession option in India. It is just in nowadays that a large portion of the general population of our nation are getting to know it, though in abroad fire eng. what's more, wellbeing administration is a vital piece of a large portion of college projects.

Job Prospects

  • Fire Officer/Fire Protection Technician/Safety Supervisor,
  • HSE Engineer/ HSE Advisor,
  • Safety Officer / Safety Manager,
  • HSE / EHS Officer/ Manager
  • Fire Men / Officer Safety Steward
  • Safety Assistant / Environmental Engineer

Gulf is the biggest fire prone area in the world, because it has the largest storage of oil. Undoubtedly the highest budget of fire prevention and fire protection spent in the world is in the Gulf. They prevent fire by increasing the safety awareness of the people. That translates into thousands of job openings in the field of Safety as Safety Engineers, officers & Supervisors.

Eligibility Criteria:
 +2 Completion / Diploma

For More Details contact: +91 90258 02211 | info@poshesolutions.com

Saturday, 17 September 2016

The Stages of Risk Assessment

RISK ASSESSMENT PROCESS
A number of Guides have been produced to assist organisations in assessing workplace risks in a methodical manner. These include:

  • Health & Safety Executive - Five Steps to Risk Assessment 
  • IChemE - Practical Risk Assessment 
  • BSI (1996) - BS8800: Guide to Occupational Health & Safety Management Systems (Annex Institution of Occupational Safety & Health (1993) - Risk Assessment 
The '5 steps to risk assessment' methodology
  • Step 1: Identify the hazards (PEME) 
  • Step 2: Decide who might be harmed and how 
  • Step 3: Evaluate the risks and decide whether existing control measures are adequate or additional control measures are required SFARP — ERIC PD 
  • Step 4: Record the findings the significant findings when you employer 5 or more persons and significant findings. 
  • Step 5: review your assessment and revise if necessary. This involves setting a routine, scheduled review. The frequency of review depends upon the level of risk in the operation, and should normally not exceed five years. It may be found useful to carry out a review of risk assessments as part of the safety policy/ manual review since the two activities are closely linked.
Safety Courses in Chennai | Nebosh Courses in Chennai | International Diploma in OSH

Contact for Safety Courses: +91 90258 02211 | info@poshesolutions.com

Saturday, 6 August 2016

Identifying the population at risk

A suitable and sufficient risk assessment needs to identify all those that are potentially at risk and how. When considering who is at risk it is important to r all those who may be affected by the activity being assessed, not just those directly involved. Therefore the assessment would need to consider;
  • Employees 
  • Maintenance staff 
  • Cleaners 
  • Contractors, 
  • Visitors
  • General public 
Within these groups there might be specific groups at risk such as young persons, new or expectant mothers and disabled persons (learning or physical disability) - see later in this section. 


Friday, 22 July 2016

TYPES OF HOSES - Fire Safety

Hoses are flexible pipe used to convey water from the source to the scene of fire.

TYPES OF HOSE : 
  1. DELIVERY HOSE 
  2. SUCTION HOSE 
  3. HOSE REEL HOSE
1) Delivery Hose

This is connected to the discharge side of the pump. This is subjected to a pressure greater than the atmospheric pressure. These are available in the Fallowing type:

(i) Percolating / Unlined / Canvas hose which are made of vegetable fibers.
(ii) Non percolating hose made up of plastic material forming both lining as well as the outer cover. These are no porous in nature.
(iii) Controlled percolating hose consisting of a jacket woven from vegetable fibers and having rubber / plastic lining.



2) Suction Hose

These are connected to the suction side of the pump. These are subjected to either above or below the atmospheric pressure. These are of following
types:
(i) Partially embedded
(ii) Smooth Bore fully embedded.




3) Hose Reel

These are made of reinforced rubber fitted with a swiveling joint bound over a reel. A squeeze nozzle is provided at one end.


For Course Details: +91 90258 02211

Tuesday, 12 July 2016

Principles of an Alarm System

Sounding an alarm in the event of fire and fighting the fire arrangement must be made at all the workplaces.

There are many systems for raising an alarm on detecting an outbreak of fire, ranging from simple hand bells (or even just shouting) to sophisticated electronically-­triggered systems. However, whatever system is employed, all staff must know how to raise an alarm on discovering fire and what to do when the fire alarm sounds.

The general principles of an alarm system are shown below.


Safety Courses in Chennai | Nebosh Courses in Chennai | OHSAS 18001 | Apply Now | Nebosh IOGC Training in Chennai !

Call for course Details: +91 90258 02211 | info@poshesolutions.com

Tuesday, 28 June 2016

Advantages & Disadvantages of Grab Sampling

Advantages of grab sampling
Disadvantages of grab sampling
Low cost
inaccurate;
Takes little time
Results depend upon positioning of the tube;
Immediate result
Only a ‘snap shot’ is taken during a small amount of time;
Operators need little experience
The pump may be inefficient or inaccurate in each sample;
Gives indication during emergency spillages, etc.; and
Chemical use only (no dusts); and
Good for ‘coarse’ indication of measurement
Substance specific – the substance sampled must be known.


Safety Courses in Chennai | Nebosh Courses in Chennai | OHSAS 18001 | Apply Now !

For Course Safety Course Details: +91 90258 02211

Monday, 20 June 2016

Ability to Survive an Electric Shock

The ability to survive an electric shock will depend on:

  • The current is amperes: Anything above 25 mA(twenty five thousand of an amp) could be lethal.
  • Length of contact time: (Speed of action of fuse or circuit breaker).
  • The path through the body: The two most common paths are hand to foot and hand to hand.
  • The conductivity / resistance of the body: This varies among individuals and circumstances e.g. sweating will increase conductivity of the skin.
  • The voltage: The higher the voltage the easier it is for the current to overcome the resistance. Voltages below 50V and preferably below 25V are preferred.
  • The conductivity of  the environment: A shock received in a wet area would probably be more severe than in a dry area.
  • The nature of the contact: A small contact area will tend to resist flow whist full hand contact can lead to lock-­on which means the hand is unable to let go.
  • Age and health status of victim.


In the event of some receiving an electric shock the following points should be observed:

  • Do not touch injured person until the current is switched off.
  • If the current cannot be switched off stand on some dry insulating material and use a wooden or plastic implement to remove the injured person from the electrical source.
  • If breathing has stopped give mouth to mouth resuscitation.
  • Ensure professional help has been called for.


Common causes of electric shock include:

  • Work on electrical circuits by unqualified persons.
  • Work on live circuits.
  • Replacement of fuses and light bulbs on supposedly dead circuits.
  • Working on de-­energised circuits that accidentally become re-­energized.
  • Using electrical equipment in a wet Environment.
  • Faults in electrical systems, which energize parts that are not normally conductors, for example, the casing of electrical equipment.

HEALTH EFFECTS

The various health effects of electric shock include: damage to nervous system; irregular heartbeat (fibrillation); internal burns; muscular contractions; physical trauma; stopping breathing (respiratory paralysis); stopping the heart (cardiac arrest); and surface burns to the skin.

Such health effects may be so severe that they ultimately result in death. They may also result in secondary effects such as being thrown off a ladder.

Safety Courses in Chennai | Nebosh Courses in Chennai | OHSAS 18001 | Apply Now !

Thursday, 16 June 2016

Electric Shock and Its Effects on the Body

The Electric Shock can occur in two ways:

Direct Contact: means a contact of a person or implement a person is holding with a live conductor that is supposed to be live. This may be caused by: unsafe work practices, e.g. touching an overhead power line with a scaffold pole; and faulty or ineffective insulation of conductors, e.g. damaged insulation or cracked plugs;



Indirect Contact: which occurs when there is contact with a conductor that should not be live under normal conditions, but is live through a fault: poorly designed or maintained electrical equipment or circuits which ‘Short Circuit’, the current taking an unintended path to earth, e.g. where the damaged insulation on an electric drill touches a steel workbench; and electrical equipment being used in an environment for which it is unsuitable, e.g. use of 230V tools outdoors in the rain.

Safety Courses in Chennai | Nebosh Courses in Chennai | OHSAS 18001 | Apply Now !

Monday, 13 June 2016

Ten Simple Rules for Waste Storage

There are Ten Simple Rules for Waste Storage which are Outlined below:

  • Ensure the storage area is of sufficient size and is suitably located, i.e. away from drains, water courses, etc.
  • Clearly label the storage area, and individual containers to advise of contents and hazardous properties.
  • Ensure the storage area is secure and protected from accidental or malicious damage.
  • If necessary protect the storage area with bunds and rainwater collection sumps to minimize the risk of water pollution
  • Store different waste types separately to avoid confusion
  • Never store incompatible wastes together
  • Select the appropriate container for the waste and ensure it is in good condition
  • Keep quantities of waste and storage times to a minimum
  • Protect the waste from the elements (sunlight, rain and wind) if necessary; and
  • Do not dispose of unusual wastes in a general waste skip.

Friday, 10 June 2016

Permit To Work

Permit To Work
A formal written system that authorizes specific work, at a specific work location, for a specific time period. It is used to control and coordinate potentially hazardous work by ensuring that all foreseeable hazards have been considered and appropriate precautions have been defined.



Types of Permit to Work
1. Hot Work Permit


2. Cold Work Permit

3. Confined Space Entry Permit

4. Height work permit

5. Electrical work permit


6. Excavation work permit

7. Scaffolding work permit
 

8. Radiography work permit


Why use a work permit?
All work opens the specialist to some level of risk. This level of danger decides the sort of shields required to ensure the laborer. Most standard work has characterized safe work practices or methodology. Without such methodology, safe work licenses ought to be utilized. Workers engaged in maintenance work may be at risk if the machinery they are working on is started unexpectedly. Such hardware and gear should be segregated by blanking, blinding, or a force lockout framework.

Tuesday, 7 June 2016

Manufacturers Health and Safety Data Sheet (MSDS)

Hazard Communication legislation requires suppliers of hazardous substances to provide safety data sheets. The basic design and section headings for this document generally follow a globally used standard (based on an ANSI/ISO standard).

Safety Data Sheets must contain the following information in 16 sections:
  1. Identification of the substance or preparation and supplier – its commercial name, identical to that on the label. The supplier – name, address and emergency contact phone numbers.
  2. Composition and Information on ingredients – chemical names.
  3. Hazard Identification – a summary of the most important features, including likely adverse human health effects and symptoms.
  4. First Aid measures – separated for the various risks, and specific, practical and easily understood.
  5. Fire-­fighting measures – emphasising any special requirements.
  6. Accidental release measures – covering safety, environmental protection and clean-­ up.
  7. Handling and Storage – recommendations for best practice, including any special storage conditions or incompatible materials.
  8. Exposure Controls and personal protection – any specific recommendations, such as particular ventilation systems and PPE.
  9. Physical and Chemical properties – physical, stability and solubility properties.
  10. Stability and reactivity – conditions and materials to avoid.
  11. Toxicological Information – acute and chronic effects, routes of exposure and symptoms.
  12. Ecological Information – environmental fate of the chemical and its effects, which could include patterns of degradation and effects on aquatic, soil and terrestrial organisms, etc.
  13. Disposal Considerations – advice on specific dangers and legislation.
  14. Transport Information – special precautions.
  15. Regulatory Information - overall classification of the product and any specific legislation that may be applicable.
  16. Other Information – any additional relevant information not captured in preceding sections (e.g. explanation of abbreviations used, product disclaimers).

Section 5 of the ILO Code for "Safety in the Use of Chemicals at Work" sets out a requirement that:

"The supplier should provide an employer with essential information about hazardous chemicals in the form of a chemical safety data sheet. The information should be given in the official language of the country in which the employer is located or in another language, agreed to in writing by the employer".

The "Globally Harmonized System of Classification and Labelling of Chemicals (GHS)requirement for safety data sheets (SDS) only relates to occupational situations. In general, SD information is not required or provided for:

  • The offer or sale of dangerous substances or mixtures to the general public provided sufficient information is provided to enable users to take the necessary measures as regards safety, protection of human health and the environment.
  • If the substances/mixtures are not classified as dangerous.

Nebosh Course in Chennai | Fire Safety Courses in Chennai | Safety Courses in Chennai

Wednesday, 1 June 2016

CLASSIFICATION OF HAZARDOUS SUBSTANCE

Irritant:
(Xi) non-­‐corrosive substances, which, through immediate, prolonged or repeated contact with the skin or mucous membrane, may cause inflammation, e.g. petrol, detergent, nuisance dusts.




Corrosive:
(C) substances, which, on contact with living tissue, may destroy it by burning, e.g. hydrochloric acid or strong alkalis such as ammonia.

  • Acids: Sulphuric acid; hydrochloric acid; nitric acid; phosphoric acids.
  • Alkalis: Sodium hydroxide (caustic soda); potassium hydroxide (caustic potash).
  • Gases and vapours: Hydrogen chloride is a colourless gas that in moist air appears as a white mist which is poisonous and corrosive. Many corrosive liquids expel damaging corrosive vapours which are irritating or cause burns to the eyes or respiratory tract.





Harmful:
(Xn) substances, which, if swallowed, inhaled or penetrate the skin, may cause damage to health. E.g.: Category 3 carcinogens, mutagens and teratogens.



Very Toxic:
(T+) poisonous substances, which, in very low quantities, may cause death, acute or chronic damage to health.




Toxic:
(T) a poisonous substance, which, in low quantities, may cause death, acute or chronic damage to health when inhaled, swallowed or absorbed via the skin. Some substances (such as potassium cyanide) can cause death in extremely small quantities. Insecticides are toxic to insects but the quantity used is restricted so they are not harmful to humans, though it might be necessary for persons applying it extensively to wear protective equipment to reduce their exposure.




Sensitising:
These are substances and preparations that may cause an allergic reaction.

Carcinogenic (Carc Categories 1 and 2):
substances, which cause disorders to cell growth that may lead to cancer or increase its incidence.

Mutagenic (Muta Categories 1 and 2):
substances, which induce heritable genetic defects or increase their incidence.

Toxic for reproduction (Teratogenic):
(Repr Categories 1 and 2) substances, which produce or increase the incidence of non-­heritable effects in progeny and/or impairment in reproductive functions or capacity.

The last three items are commonly grouped together and known collectively as “CMR” effects. Note that in classifying a particular chemical the hazards it presents may lie within any or all of the general classifications and more than one class of danger may be identified. Thus nitric acid in high concentration is classified as both oxidising and corrosive.



+91 90258 02211
info@poshesolutions.com
www.poshesolutions.com

Monday, 11 January 2016

Nebosh Course in Chennai, Nebosh in Chennai

NEBOSH IGC Course is designed for Managers, Supervisors and employees who requires proficiency in the field of health and safety.

Nebosh IGC Course in Chennai from POSHE brings a breakthrough for your career in health and safety, or a step ahead to do further qualifications like NEBOSH International Diploma

http://poshesolutions.com/nebosh-course-in-chennai.php


POSHE is premier in the design and delivery of health and safety training. Delegates have chosen POSHE as their preferred nebosh course training provider. Our Qualified tutors and attentive support provokes confidence among delegates for Nebosh course in chennai.

Course Duration:
Ten days Class Room Training
Two hours of Written Assessment for each IGC1 & GC2
One Practical Assessment
 

Assessment:
Units IGC1 and GC2 of the NEBOSH International General Certificate are assessed by two-hour written examination each. Unit GC3 is assessed by a practical assessment carried out at your own workplace.
To Qualify you must score minimum 45% in unit IGC 1 & GC 2 and 60 % in GC 3.


For more details contact:
+91 90258 02211
info@poshesolutions.com
www.poshesolutions.com

Wednesday, 6 January 2016

Fire - Safety Signs & Meanings


Sign Type
Example
Description
Meaning
Application
Fire extinguisher signs
Usually rectangular, fire extinguisher signs feature a description of the type of fire extinguisher present and its uses. They are found in different colours, the most common being red and green.
These signs serve as instructions, detailing what fire extinguishers can and cannot be used for. This increases the safety of extinguisher procedure and aims to reduce inappropriate use.
It is a legal requirement that all fire equipment is easy to access, simple to use and indicated by appropriate signage. These signs can help you meet this legislation if they are installed near the extinguisher.
Fire action signs
Normally square or oblong, fire action signs are often blue, white and red (sometimes also green), and detail the mandatory actions required in the event of a fire or other emergency.
Fire action signs describe what should be done in the event of discovering a fire or upon hearing the alarm. They usually include who you should phone and where the nearest meeting point is. They also often have a section on actions which should not be taken.
According to the Regulatory Reform (Fire Safety) Order 2005, all occupants of a building must be informed of fire safety instructions and these are a simple and convenient way of achieving this.
Prohibition signs
Prohibition signs are almost always red and white, signalising danger, and feature a ‘do not’ symbol (a red circle with a line through it) with the prohibited action within it and written underneath it.
They inform occupants of the building of behaviours which are inappropriate and may pose a fire risk or hazard. They are a mandatory instruction and should be followed at all times.
Legal requirements state that once a fire risk has been identified, appropriate actions should be taken to inform people within the building and, as such, reduce the risk. Installing prohibition signs is a great solution to this.
Fire exit signs
Usually square or oblong, fire exit signs are green and white. Green is often used to symbolise emergency escape and no danger, and these signs show occupants the most efficient way out of a building in the event of an emergency.
Fire exit signs are used to clearly inform occupants of a building of the nearest emergency exits, safe evacuation route and general evacuation procedures. They can also offer detailed instructions, such as how to open doorways.
Owners and managers of commercial buildings have a legal obligation to make sure everyone understands the simplest, most efficient methods of evacuation, aiming to make one as quick and safe as possible. Fire exit signs are the ideal way to do this.
Fire equipment signs
Fire equipment signs are normally rectangular or square and feature a white symbol and text on a red background. Red is used to denote danger and they indicate the location of fire equipment in an emergency situation.
These signs are installed to instantly show occupants of a commercial or publically accessed building the location of fire equipment, such as fire alarms, fire extinguishers, fire hoses and emergency stop buttons.
In order to comply with fire safety regulations, you must make sure all fire equipment is easy to identify and simple to access, and these signs make locating equipment much easier.
First aid signs
First aid signs are usually oblong and feature a white image and writing on a green background. Green and white are used when there is no danger and they symbolise first aid practices and safety procedures.
Used to mark and distinguish where first aid equipment is located, these signs offer simple instructions. They can also give more detailed information, such as who the relevant first-aider is and emergency instructions for people with disabilities.
If you are in charge of business premises or a public property, you are legally obliged to ensure people are as safe as possible whilst within it. This includes installing signs which detail first aid procedures and these should conform to BS 5499.
Safe condition signs
Similar to first aid signs, safe condition signs are green and white to denote safety procedures and no danger. They feature a white symbol and text of the action or instruction on a green background.
Safe condition signs are installed to indicate acceptable behaviours and if a course of action is safe to take. They usually detail instructions such as safe drinking water, emergency eye wash and designated smoking areas.
These signs are designed to fulfil your legal obligation to inform occupants of the building of safe actions and procedures. In order to fully comply with your requirements, they should conform to BS 5499.
Mandatory signs
Mandatory signs are normally circular or oblong and are blue and white. These colours symbolise a specific, mandatory action or behaviour which must be undertaken by the reader.
These signs have been created to reduce the risk of danger by detailing safety instructions such as ‘fire door keep shut’, ‘wash hands’ and ‘wear gloves’. They aim to eradicate hazards by commanding certain behaviours.
Mandatory signs are required by law in order to reduce the risks or hazards present within your environment. They should be placed in obvious locations and, when placed on doors, should be on both sides.

   - Article From Elitefire