Showing posts with label firesafetycoursesinchennai. Show all posts
Showing posts with label firesafetycoursesinchennai. Show all posts

Tuesday, 31 January 2017

Fire Safety Courses in Chennai - POSHE

POSHE solutions is a recognized centre for learning internationally accredited course and having branches across globe, we are heading in providing safety education to create a safe workplace.

Globally recognized international safety training course provider POSHE offer Courses IOSHNEBOSH Certified Courses, IASP, HABC, BSC - British Safety Council and Govt. of India accredited diploma courses as follows:
  • Advanced Diploma in Occupational Safety Health and Environmental Management (ADOSHEM)
  • Diploma in Fire Engineering And Safety Management
  • Diploma in Offshore Safety
  • Diploma in Industrial Safety
  • Diploma in Construction Safety
  • Diploma in Environmental Safety
  • Diploma in Food Safety
  • Post Diploma in Fire &Safety Engineerings Techniques
  • Diploma in Industrial Environmental Safety
  • Diploma in Construction Safety Management
  • Diploma in Industrial Safety Engineering

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Friday, 13 January 2017

FireWork Safety - POSHE


  • Bought firecrackers from an authorized merchant. 
  • Read and comprehend firecrackers bearings. Perused alert names before lighting. 
  • If there are no reasonable bearings on the firecrackers you have buy utilize sound judgment and take after these tips. 
  • Do not utilize firecrackers that you think have been altered, come in harmed bundles, or look hand crafted. 
  • Never permit youthful kids to play with or light firecrackers, including sparklers. 
  • Sparklers smolder at temperatures at or over 2,000 degrees.
  • Never put any piece of your body over a firecrackers gadget. Approach and light from the side. 
  • Light firecrackers each one in turn. 
  • Light and move far from the firecrackers rapidly. 
  • Give lit firecrackers space. A firecrackers wellbeing zone ought to be made to give remove between lit firecrackers, individuals, and creatures. 
  • Do not convey firecrackers in your pocket or on your individual. 
  • Do not grasp lit firecrackers or shoot them off from your hands or different parts of your body. 

  • NEVER point or toss firecrackers at a man, creature, building, vehicle, lush range, or combustibles. 
  • Stay far from a fizzled firecrackers devises for an amplified measure of time. 
  • NEVER re-light a fizzled devise and dependably douse with/in water before taking care of. 
  • NEVER dispose of any parts of firecrackers in a camp or bon fire. 
  • Monitor wind speed and bearing while releasing firecrackers to abstain from having firecrackers gadgets blow into trees, on to house rooftops, crosswise over fields, and so on. 
  • Alcohol and firecrackers don't blend. 
  • When utilizing firecrackers utilize sound judgment, obligingness, and regard everyone around you.
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Saturday, 26 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

Wednesday, 23 November 2016

International Diploma in OSH - GRAD IOSH

Gain recognition for health and safety expertise worldwide with BSC IDipOSH. This diploma is suitable for delegates who wish to set their long term career in Health and Safety. The course covers risk management, health and safety culture and Occupational health.

BSC IDIPOSH is recognised by IOSH, on successful completion of BSC IDipOSH, delegates fulfil the requirement to become a Graduate Member of IOSH (Grad IOSH), the first step to become a Chartered Health and Safety Practitioner as a Chartered Member of IOSH (CMIOSH). 



Delegates with level 6 Diploma may also apply for full membership of (International Institute of Risk and Safety Management - IIRSM).

The syllabus comprises of Three Core units:
  • Unit 1: Principles of health and safety Management.
  • Unit 2: Safeguarding People's Health in the Workplace.
  • Unit 3: Promoting a Positive Health and Safety Culture in the Workplace.
Course Modules
  • Unit 1 - Element A: Fundamentals of Health and Safety Management
  • Unit 1 - Element B: Applied Health and Safety Management
  • Unit 2 - Element A: Occupational Health
  • Unit 2 - Element B: Risks to Health at Work
  • Unit 3 - Element A: Developing a Positive Health and Safety Culture
  • Unit 3 - Element B: Developing the Business Case for Health and Safety
For More Details contact: +91 90258 02211 | info@poshesolutions.com

Monday, 7 November 2016

Fire Safety Tips - Workplace


  • Do not utilize electrical gear that is in poor condition or that has a harmed line. 
  • Do not over-burden circuits or electrical lines, read makers determinations. 
  • Utilize affirmed control bars rather than circuit splitters. 
  • Keep all warmth delivering machines far from the divider and far from anything that may blaze.  
  • Leave a lot of space for air to circle around gear that typically emits warm. 
  • Guarantee little apparatuses, for example, warmers, fans and so forth are closed off before leaving the building. 
  • Ensure all apparatuses, for example, espresso producers and hot plates, are killed when not being used. 
  • Toasters and microwave broilers ought to be situated in kitchen regions as it were. 
  • Maintain a strategic distance from profound fat broiling, or utilize an indoor regulator controlled apparatus and never abandon it unattended. 
  • Keep every single flammable material, for example, paper towels and fabrics, at a protected separation from warmth sources. 
  • Keep stockpiling zones, stairway arrivals and other out-of-way areas free of waste paper, exhaust containers, filthy clothes and other material that could fuel a fire. 
  • Guarantee office entryways and subordinate office entryways, for instance, document room and lobby entryways, are shut while leaving the building. 
  • Guarantee warm registers are clear of burnable things, for example, paper at all times.

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Thursday, 3 November 2016

Common Causes of Fire in Businesses

Open Flames
  • negligence in conducting hot work, such as welding, cutting or grinding; 
  • improper use of candles;
  • improper handling of flammable or combustible liquids or flammable gases in near-to-potential ignition sources; and
  • matches and cigarettes that are improperly disposed of, or left unattended near combustibles.
Electrical
  • damaged electrical conductors, plug wires or extension cords;
  • use of faulty, modified or unapproved electrical equipment;
  • insufficient space or clearance between electrical heating equipment and combustibles;
  • short or overloaded circuits;
  • loose electrical connections; and lighting.
Cooking
  • deep frying in pots or pans on stove tops;
  • unattended cooking appliances; and
  • combustibles located dangerously close to cooking equipment.
Spontaneous Ignition and the Ignition of Waste Materials
  • improper disposal of materials susceptible to spontaneous combustion, such as oily rags from wood finishing or polishing;
  • accumulation of organic materials, such as green hay, grain or woodchips; and
  • accumulation of waste combustible materials near potential sources of ignition.

Monday, 31 October 2016

Gas Safety

Gas through the mains is highly dangerous and explosive if not used correctly.
  • Only competent persons can touch either gas installations or gas-fuelled equipment.
  • They must be Corgi Registered to carry out the tasks required (Domestic or Commercial).
Control measures include:
  • Having a gas leak (or suspected gas leak) procedure
  • Equipment must be regularly serviced
  • All defects to equipment or installations must be reported - may need to follow gas leak procedures
  • The gas shut off valve (which switches off the main gas supply) must be in an accessible position
  • The room or area in which the gas appliance is situated must have good ventilation
  • The equipment must be sited/used in a well-lit area
  • Staff must receive information, instruction and training
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Contact: +91 90258 02211 | info@poshesolutions.com

Thursday, 6 October 2016

Staircase - Construction Safety - Hazards and Solutions

Slips, trips and falls on stairways are a major source of injuries and fatalities among construction workers.


Solutions:
  • Stairway treads and walkways must be free of dangerous objects, debris and materials.
  • Slippery conditions on stairways and walkways must be corrected immediately.
  • Make sure that treads cover the entire step and landing.
  • Stairways having four or more risers or rising more than 30 inches must have at least one handrail.
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Contact: +91 90258 02211 | info@poshesolutions.com

Monday, 3 October 2016

Ladders - Construction Safety - Hazards and Solutions

HAZARDS:

Ladders and stairways are source of injuries and fatalities among construction workers. OSHA estimates that there are 24,882 injuries and as many as 36 fatalities per year due to falls on stairways and ladders used in construction. Nearly half of these injuries were serious enough to require time off the job.


Solutions:
  • Use the correct ladder for the task.
  • Make sure that ladders are long enough to safely reach the work area.
  • Mark or tag ("Do Not Use") damaged or defective ladders for repair or replacement, or destroy them immediately.
  • Never load ladders beyond the maximum intended load or beyond the manufacturer's rated capacity.
  • Be sure the load rating can support the weight of the user, including materials and tools.
  • Avoid using ladders with metallic components near electrical work and overhead power lines.
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Contact: +91 90258 02211 | info@poshesolutions.com

Friday, 16 September 2016

Emergency escape or first-aid signs

Intrinsic features:
(a) Rectangular or square shape;
(b) White pictogram on a green background (the green part to take up at least
50% of the area of the sign).



FIRST AID SIGNS



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Saturday, 27 August 2016

Nozzles - Fire Safety

Nozzles - Fire Safety
  • The nozzle is a small metal fitting made of gun metal or brass or bronze having a tapered shape generally.
  • But it can be made to several shapes depending on the nature of purpose it is manufactured for. 
  • These have internal thread for attachment to the branch. 
  • As a precaution against damage the delivery orifice is counter sunk in the nozzle to a depth of 3 mm. 
  • The base of the nozzle is hexagonally shaped to permit the use of spanner. 
  • Standard nozzles to fit any branch with 63 mm or 70 mm hose are made of machined gun metal and vary in length from 4 to 4V2".The bores of the nozzle vary in diameter from 4.6 mm to 44 mm.
  • Larger bores are used in Deluge sets or Monitors etc. 
  • Besides there are nozzles used for Hose Reel Hose, Portable Extinguishers. 
  • Also there are nozzles made suitable for providing fine mist or combination of spray etc.


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Tuesday, 16 August 2016

Fire Branches

The purpose of the branch is to increase the velocity of water and may be defined as "a metal fittings between hose and the nozzle that converts pressure energy into velocity energy to provide the nozzle a solid jet-of water for fire fighting."



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Tuesday, 9 August 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

Friday, 5 August 2016

TYPES OF FIRE EXTINGUISHERS

PORTABLE FIRE EXTINGUISHERS

Portable fire extinguishers are also known as chemical fire extinguishers or First Aid Fire Fighting Appliances.

These extinguishers are highly useful to prevent a small fire from becoming a big one, provided these are used when the fire is just in its starting stage, say within first five minutes. These are light weight, small in size which can be easily carried by hand.

Larger models of certain types are also available which are known as "engines". These are mounted on trolleys, which can be moved manually or toed to motor vehicles.



  • Water Type Extinguishers
  • Foam Extinguishers
  • Dry Chemical Powder Extinguishers
  • Halon Extinguishers
  • Carbon dioxide Extinguishers
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Tuesday, 2 August 2016

FIRE TETRAHEDRON

There are basic 3 element need to produce fire.
  • HEAT
  • FUEL
  • OXYGEN
if one of component is not presents the fire will not created.

Beside 3 elements there is forth element which is essential for continuation of fire once ignited.this is known as "CHAIN REACTION".



Once fire occurs the burned substunce produce lots of heat which tends to burn remaining fuel substance.this reaction occurs again and again.which is called "chain reaction"

Fire is OXIDATION process which produce heat its is also called EXOTHERMIC reaction..

OXIDATION = EXOTHERMIC R. = PRODUCE HEAT.
REDUCTION = ENDOTHERMIC R. = ABSORB HEAT.



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Friday, 29 July 2016

Flame Detection & Heat Detection

Flame Detection, Photoelectric cells detect the emission of infra‐red /ultra-­violet radiation.

Flammable Gas Detection, Flammable gas detectors measure the amount of flammable gas in the atmosphere and compare the value with a reference value. When this is exceeded the gas supply valve is closed an alarm is actuated.

Heat Detection, Heat detection can be used as a means of actuating a mechanical control or sprinkler system. The disadvantage of heat detection is that toxic smoke can be evolved from burning materials long before sufficient heat is generated to trigger the mechanism. These systems are rarely relied upon as a means of raising the alarm, however where fires raise little smoke, e.g. solvent fires, fixed temperature or rate of rise detectors can be used.

Fusible links are sensors operated by the melting of a metal (fusion detectors), e.g. used to open automatic smoke vents and close ventilation system dampers and shutters; or expansion of a solid, liquid or gas (thermal expansion detectors), e.g. to actuate sprinkler systems.


Figure: Thermal Expansion, Fusible Solder Link Sprinkler Head


Figure: Thermal Expansion, Quartzoid Bulb Sprinkler Head

Thursday, 21 July 2016

Common Fire Detection and Alarm System

MANUAL SYSTEMS:
Manual systems are suitable for small workplaces and involve the use of the following basic devices:

  • Rotary Gongs – which are sounded by turning a handle around the rim of the gong.
  • Hand Strikers – for example, iron triangles suspended from a wall accompanied by a metal bar which is used to strike the triangle manually.
  • Hand bells.
  • Whistles.
  • Air-­horns.

These devices are normally located on the walls of corridors, entrance halls and staircase landings, etc., where they are readily available to anyone who may have to raise an alarm. While these types of manual systems provide for an alarm over a limited area, operation of one of them is rarely adequate to give a general alarm throughout the premises. Also, as a person is required to operate them, a continuous alarm cannot be guaranteed for as long as may be necessary.

In order to raise a more general alarm it is also possible to use facilities which may already be installed in a building for other purposes – for example, a telephone or public address system. With automatic telephone systems, arrangements can be made for a particular dialling code to be reserved for reporting a fire to a person responsible for calling the fire brigade and sounding the general alarm. Alternatively it can be arranged that use of the code automatically sounds the general alarm.

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Monday, 18 July 2016

Means of Fighting Fire

And also providing fire extinguishers for hot work, fire extinguishers should be located at determined fire points surrounding the site. The extinguishers should be appropriate to the size of the potential fire:
  • wood, paper and cloth – water extinguisher;
  • flammable liquids – dry powder or foam extinguisher;
  • electrical – carbon dioxide (CO2) extinguisher
Nominated people should be trained in the way to use extinguishers.

If the building being worked in is occupied (eg an office, hotel or hospital), make sure the work does not interfere with the escape route from the building, or any type of fire splitting up, alarms, dry risers, or sprinkler systems. Check this with the building occupier or the Fire Atelier.



Fire doors should never be locked, left wide open or removed. Keep existing wet and dry risers ready for use and install any new ones as soon as possible.

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Friday, 15 July 2016

Precautions to prevent fires

The following precautions should be taken to prevent fires:

  • use less-easily ignited and fewer flammable materials, eg use water-based or low-solvent glues and paint;
  • keep the quantity of flammables at the workplace to a minimum;
  • always keep and carry flammable liquids in suitable closed containers;
  • have an extinguisher to hand when doing hot work such as welding or using a disc cutter that produces sparks;
  • check the site at lunch time and at the end of the day to see that all plant and equipment that could cause a fire is turned off. Stop hot working an hour before people go home, as this will allow more time for smouldering fires to be identified; and
  • provide closed metal containers to collect rubbish and remove them from the site regularly. Collect highly flammable waste such as solvent-soaked rags separately in closed fire-resisting containers.