Engineeri Safety

100 Safety Topics for Daily Tool Box Talks

noreply@blogger.com (Safety Engineering) — Sat, 25 May 2024 20:51:00 +0000

100 Safety Topics for Daily Tool Box Talks

Certainly ! Toolbox talks are short, informal safety meetings held in the workplace to discuss relevant safety issues, hazards, and best practices. These talks play a crucial role in promoting safety and preventing accidents. Here are some safety topics for daily tool box talks.

100 safety topics for daily tool box talks

Index of 100 Safety Topics for Daily Tool Box Talks

What is Fire ?
Classes of Fire Extinguishers
Use of Fire Extinguishers
Class 'D' Fire Extinguishers
Pyrophoric iron fire
Electrical area classification
Effects of Electric Shock
Work Permit System
Proper use of Portable Ladders
Checklist for you
Safety Attitude
Back Safety
Hydrogen Sulphide
Horseplay
When a phone call can be fatal
Temporary Connection
Important Terminology
Office Safety
Hazards of Hand Tools
Hazards of Power Tools
Your Hands
PPE'S
Negligence Kills
Prevent Eye Injury
Statics Electricity
Unsafe Acts and Unsafe Condition
Way to succeed
Near Miss
NFPA's Hazard Rating Diamond
Housekeeping
Saving life's with Lockout - Tagout
Radiation and Effects
Compressed Air
Driving insidethe refinery
Health Hazards of Leads Exposure
Lighting and Thunder
First Aid
Biological Pollution
NOISE
Computer related injuries
MIPP and Accident Reporting
Industrial Hygiene
Hazards of Electricity
Heat index
Compressed Gas - Transporting
Incident Pyramid
Ten Rules to Preserve Ten Figure
Life Changing Injuries
Hot work and Welding
Eye wash and Shower
Confined Space
Chemical Pneumonia
Importance of Ceiling Conduits
First Aid Lessons - Dr. ABC
Hazards of Excavation
Flashback Arrestor
Hazards of Asbestos
Weather Changes
Vehicle Safety
"Take Time"
Oxygen/ Acetylene Fuel gas cylinder safety
Safe Handling of Inert gases
Heat Stroke
Driving - The Full Time Jobs
Control of Ignition Source
Types of Injuries
KNPC Electrical Standards
Line of Fire
Material Handling Injuries
Motion Control
Material Safety Data Sheets
"GFCI"
No shortcuts to Safety
Pedestal Grinding
Hazards of Plastic
Scorpion Stings
Safety and Scaffolding
Sleep Giant
Precautions of Rain
Snake Bites
Saws and Grinder
Fall Protection and Prevention
Hurry up can Hurt
Dangers of Jewelleries in Workplace
Tips to Reduce Stress
Arc Flash Hazard
Machine Guarding
Why Seat Belts
Dangers of Loose Clothing
Myths and Facts about Safety Belts
First Aid - Electric Shock
First Aid - Bone Fracture
Expired Air Resuscitation
First Aid - Tooth Injuries
Burns and Scalding
Controlling Stress
Carbon Monoxide
Understanding OZONE
Nitrogen Asphyxiation
Hunt for Hazard at Home

Here's the 100 Safety Topics for Daily Tool Box Talks in PDF Format.

Click here to get PDF file format

10 HSE Interview Questions and Answers

noreply@blogger.com (Safety Engineering) — Thu, 05 Oct 2023 14:34:00 +0000

10 HSE Interview Questions and Answers

Health Safety Environment ( HSE ) related 10 interview questions and answers.

Q 1: WHAT IS WORK METHOD STATEMENT?

Ans: A document showing the various methods through which a particular workis

accomplished. It also provides a section for the safety measures for these activities.

Q: 2: WHAT IS THE USE OF WORK METHOD STATEMENT?

Ans: WMS describes the method in which a particular job is to be done. This can give

complete awareness to the working crew. A JSA can be prepared based on the

WMS. In fact, it helps to finish the job safety.

Q3: WHAT IS A JSA AND ITS USE?

Ans: Job Safety Analysis (JSA) is part of many existing accident preventionprograms.

In generally, JSA breaks a job into basic steps and identifies the hazards associated

with each step. It also prescribes controls for each hazard. The JSA has to be

reviewed during the investigation if it has been conducted for the jobinvolved in an

accident. If one is not available, it has to be performed as part of the investigation to

determine the events and conditions that led to the accident.

Q 4: WHAT IS WORK PERMIT?

Ans: A written document authorizing a person or a group to perform maintenance,

inspection, testing or construction work.

Q 5: WHAT IS A CONFINED SPACE?

Ans: Any area not normally occupied by personnel, having limited means of access

and egress, and which could be subject to the hazards of Oxygen deficiency or the

accumulation of toxic or flammable gases or dusts.

Q 6: IN WHAT CIRCUMSTANCES A CONFINED SPACE WORK PERMITCAN BE
ISSUED?

Ans: If gas test is done and the result is favorable.Experience & trained working

crew.

Trained Entry watch with Entry Log Sheet.Effective Emergency Evacuation plan.

Q 7: WHO IS CONFINED SPACE WATCH MAN?

Ans: The trained person who stands outside the entrance of the confined space

with the log sheet and records the details of the entrants. He always keeps communication with the entrants. In an emergency, he calls for assistance.

Q 8: WHAT ARE THE HAZARDS IN A CONFINED SPACE?

Ans: limited access/egress.Limited visibility.

Oxygen deficiency.

Presence of toxic or flammable gases or mixturesFall hazards.

Q 9: WHAT ARE THE DUTIES OF A CONFINED SPACE ATTENDANT?

Ans: Stay outside the entrance of the confined space. Record the details of the

entrants such as name, trade, ID #, time going in, time coming out etc. Keep communication with the entrants. Call for rescue in case of an emergency.

Q 10: GIVE SOME EXAMPLES OF CONFINED SPACES?

Ans: Tanks, Vessels, Column, Silos, Pits, Excavation, Boiler, Sub-marine Pipelines Re-

actors etc.

What is Industrial Hygiene ? Fire and Safety OSHA Industrial Safety Acts

noreply@blogger.com (Safety Engineering) — Sun, 31 Jul 2022 03:56:00 +0000

What is Industrial Hygiene ? Fire and Safety OSHA Industrial Safety Acts

Industrial Hygeine

An Industrial Hygienist is a professional who identifies and prevents unhealthy exposures that may cause workplace injuries or illnesses. The IH applies scientific knowledge to anticipate hazardous condition that could cause an adverse health effect on a worker or the envirornment. The IH must also be able to recognize existing hazards and predict the likelihood of their effects. Combining professional judgement and measurement, IH evaluate hazards and determines methods for preventing or controlling them.

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Industrial hygiene is the science of anticipating, recognize, evaluating, and controlling workplace condition that may cause workers 'injuries' or 'illness'. Industrial hygienist uses environmental monitoring and analytical method to delete the extent of worker exposure and employ engineering, work practice control, and method to control potential health hazards.

Itsborigins are based on limiting personal exposure to chemical, and have evolved, to address the control of most other workplace hazards including over-exposure to noise, heat, vibration, and repetitive motion.

The U.S. Congress has passed threee landmark pieces of legislation relating to safeguarding workers health.

Industrial Hygiene Safety OSHA Industrial Acts :

The Metal and Non metallic Mines Safety acts of 1966,
The Federal Coal Mine Safety and Health Act of 1969, and
The Occupational Safety and Health Act of 1970
Today, nearly every employer is required to implement the elements of an industrial hygiene and safety, ocuupational health, or hazards communication program and to be responsive to the Occupational Safety and Health Administration (OSHA) and the Act and its regulations.

Ladder Safety Toolbox Talks 2020 | Requirements for Portable, Angle and Extension Ladder Safety

noreply@blogger.com (Safety Engineering) — Thu, 22 Oct 2020 05:39:00 +0000

Ladder Safety Toolbox Talks and Requirements for Portable ladder, Angle Ladder Safety

The standard for portable leaders content specific requirements designed to ensure work safety.

Portable Ladder

Portable Ladder safety toolbox talks -

Load on Ladder - Self supporting (fold out ladder) and non-surgical (leaning) portable ladders most be able to support at least four times the minimum intended load except extra-heavy-duty metal or plastic ladder, which must be able to sustain 3.3 times the minimum intended load.

Angle ladder safety :

Non-supporting ladders, which must lean against a wall or other support, are to be positioned at such an angle that the horizontal distance from the top support to the foot of the ladder is about 1/4 the working length of the ladder.
In case of job-made wooden ladder, that angle should equal about 1/8 the working length. This minimise the strain of the load on ladder joints that may not be as strong as no commercially manufactured ladders.

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ExtensionLadders Safety - Rung on Ladder :

Ladder rung, cleats, or steps must be parallel, level, and uniformly spaced when the ladder is in position for use. Rung must be spaced between 10"-14" inches apart.
For extention trestle ladder, the spaciumist be 8"-18" inches for the base, and 6"-12" inches on the extension section.
Rungs must be so shaped that an employee's foot cannot slide off, and must be skid-resistant.

Precautions to take for Ladder Safety - Slipping Ladder :

Ladder are to be kept free of oil, grease, wet paint, and other slipping hazards.
Wood ladder must not be coated with any opaque covering, except identification or warning labels on one face only of a side rail.

Other Requirements for the platform ladder safety toolbox -

Fold-out or stepladders must have a metal speeder or locking devices to hold the front and back section in an open position when in use.
When two or more ladders are used to reach a work areas, they must be offset with landing or platform between the ladder.
The area around the top and bottom of ladder must be kept clean.
Ladder must not be tied or fastened together to provide longer sections, unless they are specifically designed for such use.
Never use a ladder for any purpose other the one for which it was designed.

21 Basic Rules of Scaffolding - Complete Guidelines on OSHA Scaffolding Safety Requirements

noreply@blogger.com (Safety Engineering) — Wed, 21 Oct 2020 04:51:00 +0000

Complete Guideline on OSHA Scaffolding Safety Requirements

Scaffolding Safety Requirements - With all of these safety practices in places, working on a scaffold can be a high without the dangerous lows.

21 Basic Rules of Scaffolding - Complete Guidelines on OSHA Scaffolding Safety Requirements.

Follow the manufacturer instruction when a erecting the scaffold.

Do not work on scaffold outside during strong or windy weather.
Do not climb on skype old that wobble or lean to one side.
Initially inspect the scaffold prior or mounting it. Do not use a scaffold if any pulley, block, hook or fitting is visible worn, cracked, rusted, or otherwise damaged.
Do not use any scaffold if any rope is frayed, torn or visibly damaged.
Do not use any scaffold tagged "Out of Service".
Do not use unstable objects such as barrel's, boxes, loose brick or concrete block to support scaffold or planks.
Donot work on platform or scaffold unless they are fully planked.
Do not use a scaffold unless guardrail and all flooring are in place.
Level the scaffold after each move. Do not extend adjusting legs screws more than 12 inches.

Do not walk or work beneath a scaffold unless a wire mesh has been installed between the mid-rail and the toe-board or planking.
Use your safety belts and lanyards when working on scaffolding at a height of 10 feet or more above ground level. Attach the landyard to a secure member of the scaffold.
Do not climb the cross braces for access to the scaffold. Use the ladder.
Do not jump from, to, or between scaffold.
Do not slide down cables, ropes or guys used for bracing.
Keep both feet on the decking. Do not sit or climb on the guardrails.
Do not lean out from the scaffold. Do not rock the scaffold.
Keep the scaffold free of scraps, loose tools, tangled lines and other obstruction.
Do not throw anything"overboard" unless a spotter is available. Use the debris chutes or lower things by hoist or by hand.
Do not move a mobile scaffold if anyone is on the scaffold.
Chock the wheels of the rolling scaffold, using the wheels blocks, and also lock the wheels by using your foot to depress the wheel-lock, before using the scaffold.

Image Source - Safety Notes

As above mentioned guidelines, we hope you to get some knowledge about osha scaffolding safety requirements, while using scaffold in workplace or other area.

What are the safety requirements for the use of scaffolding ? | EngineeriSafety

noreply@blogger.com (Safety Engineering) — Sun, 18 Oct 2020 19:11:00 +0000

What are the safety requirements for the use of scaffolding ?

Provincial and federal occupational safety lows outline specific duties and responsibilities for employers, supervisors and workers. Knowing the rules and regulations is in everyone's interest.

Ensure everyone is properly trained. Safety regulations required at workers be trained in the design and operation of scaffolding. Training covers important safe work practices such as how to safely get on the off the scaffold (using an access ladder, not the scaffold frame unless it is specially design to be climb and both hands free to grab the rungs). It should also comprehensive fall protection training specific put the type of scaffolding, erecting and dismantling procedures for anyone involved in this activities, and a host of other life saving details.
Take the time for preparation work. Before using scaffolding, make sure the bases sound, level and adjusted; that the legs are plumb and all braces in place; that locking device and ties are secured; that close members are level; and that plank, decks and guardrail are installed and secure. Check the location for ground conditions such as slopes, and stay clear away from harzards such as overhead wire's, obstruction and changes in surface elevation.

Keep it legal. CSA standard communities have identify "rogue employers" as a significant obstacles to scaffold safety. These are employers who fly under the radar and operate without a license," says Jeet Tulshi, a CSA project manager. They get some pick up truck, rent a until and hope they don't get caught. They might import material from offshore and put it together without having it surveyed or reviewed by professional engineers. That was the case of christmas eve 2009, he says.
Know and respect to load capacity. According to Ontario Ministry of Labour, failure to consider all the loads to which the scaffold maybe subject in one of the top things that go wrong at the design stage. The scaffold must be strong enough and capable of holding the desire weight, otherwise it could collapse. Don't try to fit more workers on the platform then it can handle; don't overload it with equipment and materials and don't rest anything on the guardrail.
Ensure the scaffold is properly secure. The scaffold must be adequately braced or tied to the building. If it is wrapped in a trap for protection from the elements, it could blow oh if it isn't secured. According to the "Construction Safety Association of Manitoba," bracing must be properly secured in place otherwise scaffold moment may dislodged and end, reduce the stability of the scaffold. There are several different braces retention are looking system found on scaffold these devices most operate freely for easy of assembly and dismantle and also looks securely to prevent a brace from dislodging. Nails and other miscellaneous odds and ends should not be used in place of corporate ancient parts supplies by the manufacturer.
Inspect and maintain. Scaffolding must be routinely inspected by the supervisor and by a competent person. Ideally a professional engineer for a person designated in writing by a professional engineer. In case of the suspended platform, inspect and test all component including welds, stirrup, connecting pins, connecting plates, trusses, beams and working surfers. Check that the lumber is of good quality. If any pieces get broken or damage, replace them right away. Inspect frames, braces and other components for damage, bend and excessive rust or wear. Also check motors, platform or wipe ropes for damage from chemical or corrosive material.

Good housekeeping. There isn't much room on scaffold, so its important to store tools and materials in an orderly fashion. Keep the platform free from obstruction. Place debris and waste material in a container or remove it from the platform immediately.
Keep your balance. Scaffold and its platform most be perfectly level (CSA standard says it mustn't deviate from the vertical by more than 12 millimeter per 3 meters of height) to minimize the risk of worker losing balance and falling off. Particularly on swing a stage, there must be an adequately weighted counterweight. Pay attention when working on a scaffold. Any sudden moments, or reaching too far from the platform can cause a loss of balance.
Use appropriately PPE (Person Protective Equipment). This includes head protection non-slip protective footwear and fall protection as required. In the form of a safety harness tied off to solid structure, such as the building. Ontario's construction safety regulations indicate that harness can be tied off tu the suspended platform all scaffold only, "if all of part of the platform or scaffold has more than one independent means of support and platform or scaffold is to design, constructed and maintain that the failure of one means of support will not causes the collapse of all or part of the platform or scaffold."

What are the scaffold safety guidelines for trainees to aware accidents ? | EngineeriSafety

noreply@blogger.com (Safety Engineering) — Sat, 17 Oct 2020 12:23:00 +0000

Scaffold Safety

Safety is the state of being said the condition of being protected from harm or more other non desirable outcomes. Safety can also refer the control of recognized hazardous in order to achieve unacceptable level of risk. There are too slightly different meanings of safety. For example, home safety mein indicator buildings ability to protect against external harm events ( such as weather, home invention, etc.) Or may indicate that it internal installation such as appliances stairs etc. Are safe not dangerous or harmful for it inhabitants.

What are the scaffold safety guidelines for trainees to aware accidents ?

"Long way - up, long way down" is the phrase used for the most common accident involving scaffolding. Falls from high places are usually serious. Studies shows that half of all people hitting a hard surfers of velocity of 18 miles per hour that's 27 feet per second will be killed. This means you're could die from a fall of only 11 feet. 90% of all falls involving staples happened why workers are performing routine job and that the average height of those falls are 12 to 15 feet. A man200-pound man falling at distance of 6- feet produces 1200 pound of force.

A trained "competent person" be used to supervise all scaffold erection. A competent person mine able to take prompt action to eliminate predictable hazardous. Logically then he/she should be within line of site of erection, dismantling, or alteration activity.

A lot can go wrong when working on scaffolding. We talk to safety expert about some safety essential when working from heights. Here are your top 10 tips for scaffolding safety.

On christmas eve 2009, 4 migrated worker fail to their death from a suspended scaffold 13 storeys high after the platform they were standing on snapped. A fifth worker suffered several injuries. The incident resulted in both criminal and OHS charges being against three men and matron construction corps.

Despite the dangers it poses, however, working on a scaffold can be straight forward and safe if everyone involved follow procedures. Learn more, What are the safety requirements for use of scaffolding.

(DCP) Dry Chemical Powder Fire Extinguisher | MSDS for ABC

noreply@blogger.com (Safety Engineering) — Mon, 03 Feb 2020 11:29:00 +0000

(DCP) Dry Chemical Powder - Fire Extinguisher

A dry chemical extinguishing agent used on Class A, Class B and Class C fires are known as Monoammonium-phosphate, ABE powder, ABC Dry Chemical, Tri-class or Multi - purpose Dry Chemicals.

It uses a special liquid and silicone monoammonium phosphate powder. The ABC dry chemical is usually a mixture of monoammonium phosphate and ammonium sulfate, which is previously activated. The mixture between the two agents is 40-60%, 60-40%, or 90-10%, depending on local worldwide standards. The USGS uses a similar blend, called FOS Check G75F.

How does a Dry Chemical Powder fire Extinguisher work

General Uses - Dry chemical powder used on all classes of fire. Prevents chain reaction by smuggling. The pressure is generated by the gas cartridge stored inside the cylinder. Its force will remain for 2 minutes and can reach 10 - 15 feet.

Common combustible solids

It melts Class A fire at around 350 - 400 degrees F. Class A fires are caused by the burning of common combustible materials, such as wood, paper, or most plastics.

Burning liquids and gases

The powder breaks the chain reaction of liquid and gas fire by coating the surface to which it is applied.

These Class B in the American system; Classes B and C in European and Australian systems) include the burning of gasoline, oil, propane, and natural gas.

Electric fire

It is safe and effective for electric fire because it is a non-conductor of electricity. Wires connected to live electrical equipment (Class C in American systems; Class E in the Australian system) need to be outfitted with devices that will not return their energy to the user in case of water. Electricity can also cause other classes of fire.

Chimney bomb

Chimney bombs are zip-lock bags or other small bags filled with ABC dry chemical powder.
Chimney bombs are used by fire personnel to help extinguish chimney fires. Creosote, which is a by-product of incomplete burning of wood (usually due to chronic combustion-air insufficiency), is extinguished by the chain reaction caused by chimney bombs. The chimney bomb is first dropped directly down the chimney, where they explode when exposed to fire sediment and heat, releasing the powder.
Then, the draft of the natural chimney will transport the dried chemical powder to the shaft of the chimney, thus coating the creosote and eventually neutralizing the fire. Depending on how severe the fire is, the use of multiple chimney bombs may be necessary.
Chimney bombs can also be effective if they are opened and then the chimney is lowered. To make chimney bombs effective, it may be necessary to first open the chimney.

Improper Uses of Dry Chemical Powder

ABC dry chemical is improper for chlorine or oxidizer fires. The resulting chemical reaction can cause the explosion or breakdown of chemicals releasing toxic gases. On that time of case, water should be used.

ABC Dry Chemical is unsuitable for certain metal fires (Class D) and does not have saponification characteristics and therefore should not be used on class fires.

ABC dry chemical has been found to be effective initially to prevent the combustion of oils or fats, although reuse of excess dry chemical may be necessary due to the possibility of re-flashing of oils or fats near or at their flash point.
The extinguisher of the A class is more effective in controlling fires that primarily involve vegetable oils because it causes chemical changes of oils or fats making re-flash less likely. When a class extinguisher is not available, the ABC Dry Chemical Extinguisher can be used carefully to control cooking oil or fat if the operator has the potential need to reapply more of the oil or fat regime. Be aware of (Class K).

Due to the corrosive properties of ABC dry chemistry, it is not recommended to be used around aircraft or sensitive equipment.

MSDS for ABC Dry Chemical

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(RFRL) Rainforced Rubber Line - EngineeriSafety

noreply@blogger.com (Safety Engineering) — Sun, 02 Feb 2020 06:06:00 +0000

(RFRL) Rainforced Rubber Line

RFRL Rainforced Rubber Line - Reinforced rubber products are the largest group of composite materials, though they are rarely referred to as composite materials. Examples familiar are automobile tyres, hoses and conveyor belts.

Composite Rainforced Structure

Reinforced rubber products combine a rubber matrix and a reinforced material, so that the strength of elasticity to high strength is achieved. Reinforcing material, usually a type of fibre, provides strength and stiffness. The rubber matrix, with reduced strength and stiffness, provides air-liquid tightness and supports refreshing materials to maintain their respective positions. These positions are important because they in turn affect the mechanical properties.

A composite structure where all fibers are everywhere loaded at the same pressure is called an isotropic structure, and the type of loading is called isotensoidal loading. Structure geometry must have an isotenoside meridian profile and the geodesic path must have the following fibers to complete the isotenosidal concept. A topographic route connects two arbitrary points on a continuous surface in a minimal way.

Rainforced Application Technology

Mill fabric reinforcement can be applied to rubber products with different processes. The most commonly used processes for straight hoses are braiding, spiraling, weaving and wrapping. It is common in the first three processes that multiple strands of fibers are applied to the same product at a predetermined pattern in the automatic process. The fourth process involves manual or semi-automatic wrapping of reinforced rubber sheets with fabric plies. Most manufacturers use this fabric reinforced rubber sheet for the strengthening of complex shaped rubber products such as bows. These sheets are made by rubber calendaring on pre-woven fabric plies. The products are then wrapped (mostly manually) around the mareel until enough rubber and reinforcement are applied. However, the disadvantage of using these sheets is that it is impossible to control the position of the individual fibers of the fabric when applied to complex shapes. Therefore, no geographical paths can be achieved and therefore no isotenoside loading is possible. To achieve isotenoside loading at a complex size, the shape must have an isotensidal profile and the geographical position of the fiber structure is required. This can be achieved by using automatic turning processes such as filament winding or spiraling.

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(FFFP) Filling Forming Fluoro Protein Concentrat - EngineeriSafety

noreply@blogger.com (Safety Engineering) — Sat, 01 Feb 2020 11:49:00 +0000

(FFFP) Filling Forming Fluoro Protein Concentrat

The FFFP foam fire extinguisher is effective on Class A and Class B fires. FFFP is an alcohol resistant agent, which enables the combination of class B fires, alcohols, polar solvents, hydrocarbons, and these. It can be applied to a Class B liquid spill to prevent ignition.

(FFFP) Filling Forming Fluoro Protein Making Film

The term FFFP is the most commonly used term and FFFP foam comes in many types such as FFFP 3%,FFFP 6% and specific names such as FOMTP such as FFFP 3% ICAO. It is also known as 'fluoro protein','fluoroprotein', 'filmforming', and 'film production'.

Applications of FFFP

FFFP 3% Ultra

FFFP 3% Ultra is used for use on B-class hydrocarbon fuel fires, such as oil, petroleum and aviation fuels. Fomtec FFFP 3% Ultra can be applied directly to the fire surface and is also suitable for subsurface injection.
It can be used in dry powder/ foam twin agent system and it's compatible with all dry powder.

FFFP 3%

FFFP 3% ICAO

FFFP 3% ICAO is used for use on B-class hydrocarbon fuel fires, such as oil, petroleum and aviation fuels. Fomtec FFFP 3% ICAO can be applied directly to the fire surface and is also suitable for subsurface injection.

It can be used in dry powder/ foam twin agent system and it's compatible with all dry powder.

FFFP 6%

FFFP 6% is used for use on B-class hydrocarbon fuel fires, such as oil, petroleum and aviation fuels. Fomtec FFFP 6% can be applied directly to the fire surface and is also suitable for subsurface injection.

It can be used in dry powder/ foam twin agent system and it's compatible with all dry powder.

FFFP 6%

FFFP 6% ICAD

FFFP 6% ICAO is used for use on B-class hydrocarbon fuel fires, such as oil, petroleum and aviation fuels. Fomtec FFFP 6% ICAD can be applied directly to the fire surface and is also suitable for subsurface injection. It can be used in dry powder/ foam twin agent system and it's compatible with all dry powder.

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(AFFF) Aqueous Filling Forming Foam - EngineeriSafety

noreply@blogger.com (Safety Engineering) — Fri, 31 Jan 2020 14:46:00 +0000

Aqueous Filling Forming Foam (AFFF)

AFFF Aqueous Filling Forming Foam contain fluorinated synthetic hydrocarbons with additional capacity even other form concentrates, of forming water solution films on the surface of inflammable liquids. These are used in concentration of 1% to 3% in water to make foam solution. This type of foams can we use on deep-seated Fires involving class 'A' and class 'B' materials.

Aqueous Filling Forming Foam (AFFF) of hydrocarbons and fluorocarbon surfactants to produce synthetic Firefighting foams for use as high-performance, non-polar, class B hydrocarbon fuels such as crude oil, petroleum, diesel, and aviation fuel. Is prepared with.

Aqueous Filling Forming Foam Concentrate

These concentrations can be applied with a variety of proportional and discharge devices and suppress fires through three mechanisms:

Separating liquid fuel from air,
Helping to prevent vapor release,
Providing a cooling effect.

With a wide spectrum of third party approvals and listings, SABO Foam AFFF provides fire fighting solutions for a variety of fixed, semi-fixed and emergency response applications.

AFFF Concentrate has excellent wetting properties that can also withstand Class A fires effectively, and they can be used in combination with dry chemical agents to provide even greater fire extinguishing performance. AFFF concentrations are not suitable for use on polar fuels with appreciable water solubilities such as alcohol, acetone and methyl ethyl ketone.

Uses, Discharge and Disposal of Firefighting Foam Product (USA) >>

AFFF Foam Concertrate Data sheets

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(NRV) Non-Return Valves | Check Valves - Symbol, Types and Importance

noreply@blogger.com (Safety Engineering) — Thu, 30 Jan 2020 07:04:00 +0000

(NRV) Non Return Valve

A Non- Return Valves, check valve, clack valve, non- return valves, reflux valve, retention valve or one-way valve is a valve that normally allows fluid (liquid or gas) to flow through it in one direction only.

Non - Return valve/ Check valve are two-port valves, meaning that they have two openings in the body, one to enter the fluid and the other to release the liquid.

Types of (NRV) Non - Return Valves

There are various types of check valves/non-return valve used in a wide variety of applications. Non- return valves are often part of common household items.

Although they are available in a wide range of sizes and costs, Non - Return valve are generally very small, simple or inexpensive. Non - Return valve operate automatically and most are not controlled by an individual or any external control; Accordingly, most have no valve handle or stem. The bodies (outer shells) of most Non - Return valve/check valves are made of plastic or metal.

Importance Concepts in (NRV) Non - Return Valves

An important concept in the Non - Return valve/check valve is the cracking pressure which is the minimum differential upstream pressure between the inlet and outlet at which the valve will operate. Is usually designed for Non - Returnable valve/check valves and can therefore be specified for a specific cracking pressure.

Heart valve are essentially inlet and outlet check valves for the ventricles of the heart, as the ventricles act as pumps.

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What is NFPA | National Fire Prevention Association - EngineeriSafety

noreply@blogger.com (Safety Engineering) — Wed, 29 Jan 2020 04:28:00 +0000

What is (NFPA) National Fire Prevention Association ?

The National Fire Prevention Association (NFPA) is a global, non-profit organization that promotes safety standards, education, training, and advocacy on fire and lightning-related hazards. Founded in 1896 as a way to standardize the use of fire sprinkler systems, the NFPA's scope expanded to include building design, rescue response, electrical codes, and other safety concerns.

NFPA.org

What NFPA 704/ NFPA Diamond ?

The widely recognizable NFPA - 704/ NFPA Diamond is a type of safety signal that emergency responders use to quickly identify hazards posed by hazardous materials. This signal, along with the meaning of its colors and numbers, is part of a larger standard created by the NFPA.

What is the Aim of NFPA ?

As part of the greater outreach program, the NFPA sponsors Fire Prevention Week every year. The goal of this national program is to increase fire and electrical safety awareness by highlighting a specific safety theme every year.

For more information about NFPA and its programs visit NFPA.org.

Thank you for reading, we hope you had got satisfied knowledge related NFPA.

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What is FMB ? | Foam Making Branches - EngineeriSafety

noreply@blogger.com (Safety Engineering) — Tue, 28 Jan 2020 03:11:00 +0000

Foam Making Branches (FMB)

Today we will discuss,what is (FMB) Foam Making Branches. Foam Making Branches are basically used by fire fighters.

Foam Making Branches

What is (FMB) Foam Making Branches ?

Foam-making branches provide a means for the production of mechanical foam, which is used to Fire-fighting in flammable liquids.

Foam Making Branches

Similarly, mechanical foam is also used to cover flammable liquid spills to prevent ignition. These branches operate on the self-aspirating principle in which air is driven into a stream of water-foam solution by the suction effect created at the head of the water in the branch during the discharge of the solution under pressure.

Foam Making Branches Pipes

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What is Turn Table Ladder (TTL) - Fire Engine | Meaning and Description

noreply@blogger.com (Safety Engineering) — Mon, 27 Jan 2020 12:18:00 +0000

What is Turn Table Ladder (TTL) ?

Turn Table Ladder (TTL) meaning - (Mechanical Engineering) Brit-powered extension ladder mounted on the fire engine. In US and Canadian it's names: Airial Ladder.

Turn Table Ladder - Fire Engine

Description of (TTL) Turn Table Ladder

Well as a description of Turn Table Ladder, Fire extinguishers (also known as fire trucks or fire equipment in some provinces) is a vehicle designed primarily for fire purposes.

The terms "fire engine" and "fire truck" can often change; However, in some fire department/fire services they refer to an independent and special type of vehicle.

The primary objectives of the fire mission include taking the fire brigade to the scene, providing water to fight the fire and other equipment required by the fire department. Special equipment is used to provide hazardous materials mitigation and technical protection.

A typical modern fire engine will store a variety of fire extinguishers, including pumps, water tanks, hoses, ground ladder, hand tools, self-respetory equipment, and medical supplies.

Most fire fighting vehicles are based on standard vehicle models (although some parts can be upgraded to meet vehicle use demands).

They typically install audio and visual warning as well as communication devices such as two-way radios and mobile computer technology.

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10 Commandments of Workplace Safety

noreply@blogger.com (Safety Engineering) — Mon, 27 Jan 2020 05:07:00 +0000

10 Commandments of Workplace Safety

10 Commandments of Workplace Safety - that should follow in Industry Areas are listed below.

Collections of 10 Commandments of Workplace Safety

"Always assess the risks, Stop and think".
"Always be prepared".
"Always be proactive about safety".
"Always be responsible for safety of yourself and others".
"Always deter from situations you're not trained to handled".
"Always follow Company rules, regulations and procedures".
"Always manage the lift".
"Always practice good housekeeping".
"Always remember all accidents are preventable".
"Always take the safest path, never take short-cuts".

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Safety Slogans for Workplace that Avoid you from Accidents

noreply@blogger.com (Safety Engineering) — Sun, 26 Jan 2020 03:37:00 +0000

Safety Slogans for Workplace that Avoid you from Accidents

Here are the best collections of Safety Slogans for Workplace, that can avoid you from accidents.

Let's start reading list below mentioned of Safety Slogans in workplace, that can avoid you from accidents -

Best listed Collections of Safety Slogans for Workplace

"A good safety culture is build over time it is never given".
"Safety advisor is part of the team be sure he or she doesn't always mean".
"If you give somebody and make sure there is a gloves on it".
"If you are not safety conscious, you could end up unconscious, So Think About It".
"If you are feeling beat because of the heat, do what you thought to and keep drinking water".
"Pull in your hand when low beams are near, or your head could be forced into your rear".
"Safety is the engine and you are the key that starts it".
"Safety is this seam that joins the fabric of life. Don't let a loose thread bring it all undone".
"The RDO'S nearly here are the rest will be Bliss, just watch, what you if you get on the Piss".
"The shutdown finishing line is inside, so keep incident free with all you might".
"The word focus might be only small, but the meaning is Huge, when it comes to safety".
"Use your Brain. Avoid the Strain".
"When rain comes down and poodles pool, cover up - protect the tool".
"When the sun is glowing and frying your head, find some shade and water instead".
"When working at heights and an edge is near, don't be brave, your next step could lead to a grave. Fall restraint will give you the edge to keep on living".

View More Best Collections of Safety Slogans say's by Famous Author's.

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Best Collections of Safety Slogans

noreply@blogger.com (Safety Engineering) — Sat, 25 Jan 2020 06:45:00 +0000

Best Collections of Safety Slogans

Here we are sharing few Best Collections of Safety Slogan, Safety Slogans in the Workplace.

Let's start reading list mentioned below.

List of Safety Slogans

"Safety first safety always". - Charles M.Hays
"Accidents are particularly Street and Highway accidents do not happen - they are causes". - Ernest Greenwood
"Better a thousand times careful than once dead". - Proverb.
"Chance takers are accident makers".
"For safety is not a gadget but a state of mind". - Eleanor Everest Freer
"Hug your kids at home But belt them in the car".
"Out of this nettle, danger, we pluck this flower, safety". - William_Shakespeare
"Precautions is better than cure". - Edward_Coke
"Prepare and prevent don't repair and repaent".
"Safety doesn't happened by accident".
"Safety is a cheap and effective insurance policy".
"Safety means first aid to the uninjured".
"Who can hope to be safe ? who sufficiently cautious ? Guard himself as he may, every moment's an ambush". - Horace

View More Safety Slogans for Workplace that can avoid you from Accidents

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What are the Safety and Welfare in Industries ?

noreply@blogger.com (Safety Engineering) — Fri, 24 Jan 2020 22:47:00 +0000

What are the Safety and Walfare in Industries ?

Here you will learn what are the Safety and Welfare in Industries, so let's start..

Safety and Welfare in Industries

Welfare - Welfare work aims to providing such service facilities and amenities as would enable to workers employed in industries/factories to enable their work in healthy congenial surroundings conductive to good health and a high morale. It is partly -

Humanistic, because it enabled the workers to enjoy the fuller and Richa life.
Economic, because it improve the in efficiency of workers, increases its available avaibility, where it is scarce and keeps them contented. It therefore, minimises the inducement to form or join union and two resort to strike.
Civil, because it develops a sense of responsibility and dignity among the workers and that makes name worthy citizens of the nation.

Safety- Safety is basically concerned with minimising hazards and occupational diseases in industries. In certain cases, safety and welfare activities are closely linked together. These areas may include the following:

Proper layout of plant and machinery.
provision of medical facilities.
Provision facilities of first aid appliances.
Provision of Compensation in case of accidents.
Proper ventilation.
Provision of fire extinguishers.
Provision of personal protective equipment.
Fencing and guarding of machinery.
Improving working conditions.
Reasonable hours of work.
Temperature and humadity control in the workplace.

Safety Signs

The areas in Industries in which the Safety and Welfare are not directly linked are:

Provision of rest place, canteens, restaurants, and Cafeteria.
Provision of Kindergarten and Nurseries.
Financial assistance example provident fund gratuity pensions etc.
Housing facilities.
Educational facilities.
Recreational facilities.

Welfare Safety - Kindergarten

Welfare and Safety Signs

So these are the all Safety and Welfare tips which we have to follow in industrial areas safety rule.

What are the Types of Accidents in Workplace as per Indian and International Standard ?

noreply@blogger.com (Safety Engineering) — Wed, 22 Jan 2020 19:37:00 +0000

What are the Types of Accidents in Workplace as per Indian and International Standard?

Here you will learn, What are the Types of Accidents in Workplace, so let's start -

Types of Accidents in Workplace as per Indian and International Standard :

The types of Accidents in Workplace depending on the severity of the injury, accidents maybe type as Major accident & Minor accident.

Workplace Accident

An accident which result is a death for prolonged disability to the victim is a major one. A scratch or cut with which does not seriously disable one is a minor accident. An accident may be internal or external. If a worker falls or an object falls on him, it may not show sign of injury but they may have fractured bone or strength a muscle nerve which is an internal injury.

Various types of Accidents

A deep scratch on the leg or shoulder may sign of injury which is an external injury. A worker may be disabled by injury for a day or week or month or for a few months. If he recovers from such a disability, his disability is temporary, but it if the injury is such that we will never recover fully, his disability is permanent one.

A disability may be partial or total. An accident may be fatal or non - fatal..

Accident Cost:

Accident cause enormous crisis directly or indirectly. The losses incured due to accidents could be visible as well as invisible. Certain losses can be evaluated in terms of money whereas certain other loses cannot be evaluated in monetary terms. Whenever an individual accident occurs, give rise to pain for the victim and his family and retards industrial productivity which in turn, affects the very economic base of the industry. In addition to this, Compensation to be paid to the Employees involved in an accident is enormous the management suffers loses involving Direct cost & Indirect cost.

Direct Cost:

The wages of employees is 6 to 10 times the normal wages because of the loss of goods and services, compensation and the cost of medical aid, the cost incurred on training a new worker, loss due to waste of raw material; and loss of production and quality arising out of the in experience and lack of skill of the new employee.

Indirect Cost:

The cost which the government has to incure because it has to maintain a large number of factory inspectors to check accidents and it has to spend more on the employees health insurance and other social security benefits and the cost of all these is recovered by impossible higher taxes on the people.
The cost of the employed time because he has been without work because of his accident.
The cost of the last time because other employees stop work, out of curiosity, out of sympathy with the injured employee or because they have to assist the injured worker.
The cost incured on the machine or tools that might have been damaged, and/ for the cost of the spoilage of material when the accident occurred.
The loss or profits on the production which the injured employee would have been responsible for, including the loss in cross because the machine on which he was working was Idle.
The lost due to the weekend moral of the Other employees following the occurrence of the accident and the consequent lower productivity throughout the plant and;
Overhead Cost: The expense cure in is in your own light, heat, rent and such other items, which continues to be used while the injured employees is a non producer.

It is obviously then, that an accident cause a lot of suffering and loss of the employees, the employer, the government, and even to society. It is particularly hard on the employee's family, especially when he is the only bread-winner; every accident lowers the morale of his fellow workers. Accidents therefore, increase the overall cost of production, and adversely affect productivity and morale.

These are the Types of Accidents in Workplace as per Indian and International Standard used in Industries.

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What are the Various Aspects of Industrial Accidents

noreply@blogger.com (Safety Engineering) — Wed, 22 Jan 2020 17:01:00 +0000

What are the Various Aspects of Industrial Accidents

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A work accidents, workplace accident, occupational accidents or accident at work is a "discrete occurrence in the course of work" leading to physical or mental injury. According to the International Labour Organisation (ILO), more than 337 millions accidents happens on the job each years, resulting, in more than 2.3 millions death annually.

The ever increasing machanization, electrification chemical process and sophistication have made industrial jobs more and more complex and intricate. This has led to increase danger to human lives in industries through accidents and injury. In fact, the same underlines the needs for the importance of industrial safety. Let's us first understand what industrial accident actually means.

The phrase "physical and mental harm" means any "injury, disease or death". Occupational accidents differ from occupational disease as accidents are unexpected and unplanned occurrences (e.g., mine collapse), while occupational disease are "contracted as a result of an explosion over a period of time to risk factors arising from work activity" (e.g., miner's lung).

Incidents that fall within the definition of occupational accidents includes case of acute poisoning, attacks by humans and animals insects etc.., slips and falls on pavement for staircases, traffic collision, and accidents on boards means of transportation in the course of work, accidents in airport, stations and so on.

There is no consensus as to whether commuting accidents (e.g., accidents on the way to work and while returning home after work) should be considered to be work accidents. The ESAW Methodological includes them the ILO includes them in its conventional concerning health and safety at work, also its its list them as a separate categories of accidents; and some countries (e.g., Greece) do not distinguish them from other work accidents.

It is condition in which a "human being is mentally inclind, strongly disposed, attitudinally addicted or personally destined to become continuously involved ill on going and never ending series of accidents or injuries".

Accordingly some people may be more often involved in accidents than others. In other words, they are "accidents - prone", they get involved in accidents, however hard they try to avoid them. The causes of accident proneness are muscular weakness, emotional instability visual disability, recklessness, honestility and indifference.

Next you will Learn about Types of a Accidents in Workplace as per Indian and International Standard.

How Accidents are Measures as per Indian and International Standard in Industry

noreply@blogger.com (Safety Engineering) — Mon, 20 Jan 2020 08:04:00 +0000

How Accidents are Measures as per Indian and International Standard ?

To Measure an Accidents as per Indian and International Standard in Industries - to men statistical have been used together accident information the frequency rate and severity rate.

The frequency rate is the number of time lost accident orangeries which have disable and employee per 1,000,000 man hours worked. The severity rate on the other hand is the total number of days charge for lost because of accidents per 1,000,000 hours worked.

Formula to Measure Accidents as per Indian and International Standard :

The national safety Council of the United States has given the following formulas for the computation of these rates.

Formula:

Accidents Frequency Rate = ( Number of Disabling work injuries / Total numbers of man-hours worked ) x 1,000,000

Severity Rate = ( Number of man days lost / Total numbers of man-hours worked ) x 1,000,000

Numerical Example:

Using the following data calculate the frequency rate of accident in an industry plant.
Number of workers,
Number of disabling injuries per year = 5
Average number of worked-hours by workers per year = 2000

Solution

Frequency Rate = ( Number of disabling injuries/Number of man hour worked ) x 1,000,000

= ( 5 / 1000 x 2000 ) x 1,000,000

= 2.5.

What are the General Safety Guidelines in Industries

noreply@blogger.com (Safety Engineering) — Mon, 20 Jan 2020 03:15:00 +0000

What are the General Safety Guidelines in Industries ?

In every organisation a set of rules must be well form to promote safety and employees and to prevent the direct and indirect cost of accident.

Following points should be taken into consideration while formulating safety rules:

The safety guidelines should be such that employees appreciate it and accept without any resistance.
The safety guidelines should be such that it does not cause of annoyance to an employee
The safety guidelines must be well defined.
The safety guidelines should be pace with changing environment and conditions.

Following points should be used as guidelines to workers and supervisor:

Smoking should be strictly prohibited particularly near chemical or combustible materials separate place will be available for smoking.
Personal protective equipment like safety classes respirators aprons shoes and gloves must be always use depending upon type of work.
Electrical connections and insulators should be check at regular intervals.
Electrical equipment must be operated by electric department persons only.
Safety Guards must be provided on all rotating parts such as pulleys, gears boxes, etc.
Loose dress must never be used while working on machine.
Material handling equipment should have unobstructed path for moment.
Place the tools at it's proper position.
Prompt first aid attention must be paid to any injured person.

Occupational Safety and Health Management in Industries

noreply@blogger.com (Safety Engineering) — Sun, 19 Jan 2020 04:19:00 +0000

Occupational Safety and Health Management in Industries:

A safety and health management system means the part of the organisations management safety which cover as -

The health and safety work organisation and policy in the company
The planning process for accident and hills health prevention
The line management responsibility
The practices procedures and resources for developing and implementing reviving and maintaining the occupational safety and health policy.

The system should cover the entire system of an employee occupational health and safety organisation.

The Occupational Levels of Safety & Health Management in Industries:

There are many types of choice from to to outline the basic components of a safety management system, and the one chosen here is the International standard promoted by the "International Labour Organisation" (ILO). The key elements of a successful safety and health management system are:

Policy and commitment
Organising
Planning
Implementation and operations measuring performance
Auditing and reviewing performance.

Policy and Commitment:

The the workplace should prepare an occupational safety and health policy program as part of the preparation of the safety statement required by the safety, Health and Welfare at work act 2005. Effective safety and health policies should set a clear direction for the organisation to follow. They will contribute to all aspects of business performance as part of a demonstrable commitment to continuous improvement. Cost effective approaches to preserving and developing human and physical resources will reduce financial losses and liabilities. In a window context, stockholders expectations whether they were shareholders employees for their representatives customer or Society at large can be met.

Organising:

How is the organisation structure how is the accountabilities defined who reports to whom and who is responsible for what.

Planning:

The workplace should formulate a plan to fulfill its safety and health policy as set out in the safety statement. An effective management structure and arrangements should be put in place for delivering the policies. Safety and health objective and target should be set for all managers and employees.

Implementation and Operations:

For effective implementations organisations should develop the capabilities and support mechanism necessary to achieve the safety and health policy objectives and targets all staff should be motivated and empowered to work safely and to protect their long-term health not simply to avoid accidents this arrangements should be:

Implemented by effective staff involvement and participation through appropriate consultation the use of the safety committee where it exist and the safety representation system and,
Sustained by effective communication and the promotion of competence which allows all employees and their representatives to work contribution to the safety and health.

There should be a plan and systematic approach to implementing the safety and health policy through and effective safety and health management system. The aim is to minimise risk. Risk assessment method should be used to determine priorities and set objectives for eliminating hazards and reducing risks.

Whenever possible, risk should be eliminated through the proper selection and design of facilities, equipment and processes. If risks cannot be eliminated, they should be minimise by the use of physical controls and safe system of work or, as a last resorts, through the provision of PPE. Performance standard should be established and used for measuring achievement specific actions to promote a positive safety and health culture should be identified.

Measuring Performance:

The organisation should measure, monitor and evaluate safety and health performance. Performance can be measured against agreed standard to reveal when and where improvement is needed. Active self monitoring reveals how effectively the safety and health management steam is functioning. Self-monitoring looks at both handover (premises, plant and substances) and software (people, procedures and systems, including individual behaviour and performance). It controls fail, reactive monitoring should find out why they failed, by investigating the accidents, I'll health or incidents, which could have caused harms or loss. The objective of active and reactive monitoring are:

To determine the immediate causes of substandard performance.
To identify any underlying causes and implications for the design and operation of the safety and health management system.

Auditing and Reviewing Performance:

The organisation should review and improve its safety and health management system continuously, so that its overall safety and health performance improve constantly. The organisation can learn from relevant experience and applied the lessons. There should be a systematic reviews of performance based on data from monitoring and from independent audit of the whole safety and health management system performance should be assessed by -

Internal reference to key performance indicators
External comparison with the performance of business competitors and best practice in the organisations employment sector.

Many companies now report on how will they have perform on workers safety and health in their annual reports and how they have fullfilled their responsibilities with regard to preparing and implementing their safety statements. In addition, employers have greater responsibilities under Section 80 of the 2005 act on "Liability of Directors and Officers of Undertaking" that requires them to be in a position to prove they have proactively manage the safety and health of their worker. Data from this "Auditing and Reviewing Performance" process should be used for this purposes.

Good Housekeeping Cleaning Tips

noreply@blogger.com (Safety Engineering) — Fri, 17 Jan 2020 07:23:00 +0000

Good Housekeeping Cleaning Tips

Plan a good housekeeping program-

A a a good housekeeping program plans and manages the orderly storage and movement of materials from point of entry to exit. It includes a material flow plan to ensure minimum handling. The plan also and shows that work areas are not used as storage area by having workers move materials to and from work areas as needed

Part of the plan would include investing in extra bins and more frequent disposal.

The cost of this investment could be offset by the elimination of repeated handling of the same material and more effective use of the workers time. Often, ineffective or insufficient storage planning results in materials being handled and stored in hazardous waste. Knowing the plant layout and the moment of materials throughout the workplace can help plan work procedure.

Worker training is an essential part of any good housekeeping program workers need to know how to work safely with the products they use. They also need to know how to protect other workers such as by posting signs (e.g., "Wet - Slippery Floors") and reporting any unusual conditions.

Housekeeping order is "maintained" not "achieved". Cleaning and Organisation must be done regularly, not just at the end of the shift. Integrating housekeeping into jobs can help ensure this is done. A good housekeeping program identifies and assigns responsibility for the following :

Clean up during the ship
Day to day clean up
Waste disposal
Removal of unused materials
Inspection to ensure clean up is complete.

Do not forget out-of-the-way places such as shelves, basements, shedes and boiler rooms that would otherwise be overlooked. The orderly arrangement of operations, tools, equipment and supplies is an important part of a good housekeeping program.

The final addition to any housekeeping program is inspection. It is the only way to check for deficiencies in the program so that changes can be made. The documents on workplace inspection checklist provided a general guides and examples of checklist for inspecting offices and manufacturing facilities.

The Elements of an Effective Housekeeping Program:

Dust and Dirt Removals-

In some jobs, enclosures and exhaust ventilation systems may fail to collect dust, dirt and chips adequately. Vacuum cleaners are suitable for removing light dust and dirt. Industrial models have specific fittings for cleaning walls, ceilings, ledges, machineries, and other hard to reach place where dust and dirt may accumulate.

Special propose vacuum are useful for removing hazardous substance. For example, vacuum cleaners fitted with HEPA (high efficiency particular air) filters may be used to capture fine particles of asbestos or fiberglass.

Dampening waiting floors are using sweeping compounds before sleeping reduce the amount of airborne dust. The dust and grime that collect in places like shelves, piping, conduits, light fixtures, reflectors, windows, cupboards and lockers may require manual cleaning.

Compressor should not be used for removing dust, dirt for chips from equipment for work surfaces.

Engineeri Safety

100 Safety Topics for Daily Tool Box Talks

100 Safety Topics for Daily Tool Box Talks

Index of 100 Safety Topics for Daily Tool Box Talks

Here's the 100 Safety Topics for Daily Tool Box Talks in PDF Format.

10 HSE Interview Questions and Answers

10 HSE Interview Questions and Answers

Q 1: WHAT IS WORK METHOD STATEMENT?

Q: 2: WHAT IS THE USE OF WORK METHOD STATEMENT?

Q3: WHAT IS A JSA AND ITS USE?

Q 4: WHAT IS WORK PERMIT?

Q 5: WHAT IS A CONFINED SPACE?

Q 6: IN WHAT CIRCUMSTANCES A CONFINED SPACE WORK PERMITCAN BE ISSUED?

Q 7: WHO IS CONFINED SPACE WATCH MAN?

Q 8: WHAT ARE THE HAZARDS IN A CONFINED SPACE?

Q 9: WHAT ARE THE DUTIES OF A CONFINED SPACE ATTENDANT?

Q 10: GIVE SOME EXAMPLES OF CONFINED SPACES?

What is Industrial Hygiene ? Fire and Safety OSHA Industrial Safety Acts

What is Industrial Hygiene ? Fire and Safety OSHA Industrial Safety Acts

Industrial Hygiene Safety OSHA Industrial Acts :

Ladder Safety Toolbox Talks 2020 | Requirements for Portable, Angle and Extension Ladder Safety

Ladder Safety Toolbox Talks and Requirements for Portable ladder, Angle Ladder Safety

Portable Ladder safety toolbox talks -

Angle ladder safety :

ExtensionLadders Safety - Rung on Ladder :

Precautions to take for Ladder Safety - Slipping Ladder :

Other Requirements for the platform ladder safety toolbox -

21 Basic Rules of Scaffolding - Complete Guidelines on OSHA Scaffolding Safety Requirements

Complete Guideline on OSHA Scaffolding Safety Requirements

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Scaffold Safety

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(DCP) Dry Chemical Powder Fire Extinguisher | MSDS for ABC

(DCP) Dry Chemical Powder - Fire Extinguisher

How does a Dry Chemical Powder fire Extinguisher work

Common combustible solids

Burning liquids and gases

Electric fire

Chimney bomb

Improper Uses of Dry Chemical Powder

(RFRL) Rainforced Rubber Line - EngineeriSafety

(RFRL) Rainforced Rubber Line

Composite Rainforced Structure

Rainforced Application Technology

(FFFP) Filling Forming Fluoro Protein Concentrat - EngineeriSafety

(FFFP) Filling Forming Fluoro Protein Concentrat

(FFFP) Filling Forming Fluoro Protein Making Film

Applications of FFFP

FFFP 3% Ultra

FFFP 3% ICAO

FFFP 6%

FFFP 6% ICAD

(AFFF) Aqueous Filling Forming Foam - EngineeriSafety

Aqueous Filling Forming Foam (AFFF)

Aqueous Filling Forming Foam Concentrate

AFFF Foam Concertrate Data sheets

(NRV) Non-Return Valves | Check Valves - Symbol, Types and Importance

(NRV) Non Return Valve

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Importance Concepts in (NRV) Non - Return Valves

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What is (NFPA) National Fire Prevention Association ?

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What is the Aim of NFPA ?

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What is Turn Table Ladder (TTL) - Fire Engine | Meaning and Description

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Description of (TTL) Turn Table Ladder

10 Commandments of Workplace Safety

10 Commandments of Workplace Safety

Collections of 10 Commandments of Workplace Safety

Safety Slogans for Workplace that Avoid you from Accidents

Safety Slogans for Workplace that Avoid you from Accidents

Best listed Collections of Safety Slogans for Workplace

Best Collections of Safety Slogans

Best Collections of Safety Slogans

List of Safety Slogans

Q 6: IN WHAT CIRCUMSTANCES A CONFINED SPACE WORK PERMITCAN BE
ISSUED?