SAFETY INTERVIEW QUESTION & ANSWERS Part 1

 SAFETY INTERVIEW QUESTION & ANSWERS FOR THE JOBS

SAFETY INTERVIEW QUESTION & ANSWERS


1. What is Safety ?

 * It is a condition which gives you freedom from hazard, risk, accident which may cause

injury, damage and loss to material or property damage and even death.

* Safety is defined as freedom from those condition that can cause injury to persons

including death or damage to property or environment.


2. What is accident ?

 It is an unexpected or unplanned event which may or may not result in injury or damage

or property loss or death.


3. What is injury ?

 It is defined as a harmful condition sustained by the body as a result of an accident.


4. What is hazard ?

Inherent property of a substance or an occurrence which has potential to cause loss or damage property, person or environment.


5. What is risk ?

In probability of the realization OF POTENTIAL for loss or damage or injury.


6. What is incident?

It is an event which represents deviation from the intended sequence of designed steps.


7.WHAT IS SAFETY POLICY?

Any company has a social and legal obligation to provide a safe and health working environment to all his improvement to all his employees


8. WHAT IS SAFETY AUDIT?

The safety audit is the process that identifies un-safe conditions and unsafe acts the plant and recommended safety improvement.Walk through It evaluates the unsafe condition notice able to naked eye during work through the plant. ( Stores, civil work, erection work) Inter mediate-more details study and review of plant design and plant operation.


9. What is safety tag?

Safety tag can be defined a surface made of card board or paper board on which English local languages letters written for warning safety instructions to employees.


10. What is safety programme?

Safety programme can be defined as five methods by which accident can be prevent easily they are engineering, education, enforcement, enthusiasm and example safety programmes are plain spoken and carry out certain legal steps.


11. What is attitude?

Attitude may be described as continuous behavior . if man’s behavior is good, then his action will be either correct or safe.


12. what is emergency planning?

Emergency planning can defined as a control measurer. It can control the accidents safe guard people and provide information to media


13. What is work permit system?

Work permit system is a “ written documents” for permission to undertake a job by area in charge or it is written document issued by the area in charge to the performer to under take the specific job.


14. What is work at height?

Any work above 1.8 meters from ground is caused work at height


15. What is confined space?

An area which is small and enclosed or an area where one entry and exits or where a man cannot work comfortable in any location is caused confined space.


16. what is Excavation?

Marking a hole or tunnel by digging the ground by man or machine is called excavation.


17. What is scaffolding?

It is a temporary platform constructed for supporting both men and materials and working safety at a construction site.


18. What is welding?

The process of joining of metals either by electrical or by gas is called welding.


19. What is gas cutting ?

The process of joining of cutting metals by using oxygen and combustible gas is called gas cutting.


20. What is sand blasting?

The process of removing rust dust, dirt, scales and old prints from the old surface using compressed air is called sand blasting.


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How to Protect employees from COVID 19


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Covid19 Protection and prevention

 

Covid19 Protection and prevention

What is Coronavirus before we see Covid19 Protection and prevention ?

Coronavirus viruses are large family of viruses that may cause illness in animals or humans. The most recent Corona Virus (COVID 19) is a respiratory disease caused by the novel coronavirus.

What are the symptoms?

The common symptoms include:
  • Fever
  • tiredness
  • dry cough
Other symptoms include:
  • shortness of breath
  • aches and pains
  • sore throat
also, few people report diarrhea, nausea, or a runny nose.

Before starting from home to work - Self assessment 

covid 19 self assessment

Covid19 Protection and prevention at pick up points in companies


  • Cover face with mask
  • If body temperature is more than 37.5ยบC (99.5ยบF), advised to go back home and consult doctor
  • Temperature check while boarding
  • Use mask and Sanitize Hand
  • Its recommended to avoid public transport.
  • Maintain social distancing instead of standing in group/crowd
  •      Maintain social distance of 1.8 meter at pick-up point

Travel in bus

bus arrangements

Travel by personnel vehicles

  • Avoid back seat in two-wheelers.
  • If you travel in 4 wheel then sit diagonally to the driver 
car seating

Main Security Gate (Entry & Exit )



main gate check

Key points 

  • Clean hands using sanitizer after moving from gate to workplace
  • Maintain social distancing of 1.8 meter while in queue
  •  Support Security personal for necessary checking
  • Always wear Mask while inside factory premises
  • Do not touch gates by your hands

Attendance Swiping

  • Maintain Social distancing of 1.8 mtrs
  • Punch at machine with ID card from 2 cm distance
  • don't touch ID card to machine
attendance machine

MEETINGS AT OFFICE


MEETINGS AT OFFICE














OSHA COVID-19 Guidance on Preparing Workplaces for COVID-19

 

OSHA COVID-19 Guidance


Introduction on OSHA COVID-19 Guidance on Preparing Workplaces 

Coronavirus Disease 2019 (COVID-19) is a respiratory disease caused by the SARS-CoV-2 virus. It has spread from China to many other countries around the world, including the United States. Depending on the severity of COVID-19’s international impacts, outbreak conditions—including those rising to the level of a pandemic—can affect all aspects of daily life, including travel, trade, tourism, food supplies, and financial markets.

To reduce the impact of COVID-19 outbreak conditions on businesses, workers, customers, and the public, it is important for all employers to plan now for COVID-19. For employers who have already planned for influenza pandemics, planning for COVID-19 may involve updating plans to address the specific exposure risks, sources of exposure, routes of transmission, and other unique characteristics of SARS-CoV-2 (i.e., compared to pandemic influenza viruses). 

Employers who have not prepared for pandemic events should prepare themselves and their workers as far in advance as possible of potentially worsening outbreak conditions. Lack of continuity planning can result in a cascade of failures as employers attempt to address challenges of COVID-19 with insufficient resources and workers who might not be adequately trained for jobs they may have to perform under pandemic conditions.


What does this focus on ?

The Occupational Safety and Health Administration (OSHA) developed this COVID-19 planning guidance based on traditional infection prevention and industrial hygiene practices. It focuses on the need for employers to implement engineering, administrative, and work practice controls and personal protective equipment (PPE), as well as considerations for doing so.

This OSHA COVID-19 Guidance is intended for planning purposes. Employers and workers should use this planning guidance to help identify risk levels in workplace settings and to determine any appropriate control measures to implement. Additional guidance may be needed as COVID-19 outbreak conditions change, including as new information about the virus, its transmission, and impacts, becomes available.

OSHA WEB PAGE : 

The OSHA COVID-19 webpage offers information specifically for workers and employers: www.osha.gov/covid-19.

About COVID-19

Symptoms of COVID-19

Infection with SARS-CoV-2, the virus that causes COVID-19, can cause illness ranging from mild to severe and, in some cases, can be fatal. Symptoms typically include fever, cough, and shortness of breath. Some people infected with the virus have reported experiencing other non-respiratory symptoms. Other people, referred to as asymptomatic cases, have experienced no symptoms at all.

According to the CDC, symptoms of COVID-19 may appear in as few as 2 days or as long as 14 days after exposure.

How COVID-19 Spreads

The virus is thought to spread mainly from person-to-person, including:

  • Between people who are in close contact with one another (within about 6 feet).
  • Through respiratory droplets produced when an infected person coughs or sneezes. These droplets can land in the mouths or noses of people who are nearby or possibly be inhaled into the lungs.

It may be possible that a person can get COVID-19 by touching a surface or object that has SARS-CoV-2 on it and then touching their own mouth, nose, or possibly their eyes, but this is not thought to be the primary way the virus spreads.

People are thought to be most contagious when they are most symptomatic (i.e., experiencing fever, cough, and/or shortness of breath). Some spread might be possible before people show symptoms; there have been reports of this type of asymptomatic transmission with this new coronavirus, but this is also not thought to be the main way the virus spreads.

Although the United States has implemented public health measures to limit the spread of the virus, it is likely that some person-to-person transmission will continue to occur.


How a COVID-19 Outbreak Could Affect Workplaces

1. Absenteeism. 

Workers could be absent because they are sick; are caregivers for sick family members; are caregivers for children if schools or day care centers are closed; have at-risk people at home, such as immunocompromised family members; or are afraid to come to work because of fear of possible exposure.

2. Change in patterns of commerce. 

Consumer demand for items related to infection prevention (e.g., respirators) is likely to increase significantly, while consumer interest in other goods may decline. Consumers may also change shopping patterns because of a COVID-19 outbreak. Consumers may try to shop at off-peak hours to reduce contact with other people, show increased interest in home delivery services, or prefer other options, such as drive-through service, to reduce person-to-person contact.

3. Interrupted supply/delivery. 

Shipments of items from geographic areas severely affected by COVID-19 may be delayed or cancelled with or without notification.

COVID 19


Steps All Employers Can Take to Reduce Workers’ Risk of Exposure to SARS-CoV-2

  • Develop an Infectious Disease Preparedness and Response Plan
  • Prepare to Implement Basic Infection Prevention Measures
  • Develop Policies and Procedures for Prompt Identification and Isolation of Sick People, if Appropriate
  • Develop, Implement, and Communicate about Workplace Flexibilities and Protections
  • Implement Workplace Controls

Engineering Controls

Engineering controls involve isolating employees from work-related hazards. In workplaces where they are appropriate, these types of controls reduce exposure to hazards without relying on worker behavior and can be the most cost-effective solution to implement. Engineering controls for SARS-CoV-2 include:

  • Installing high-efficiency air filters.
  • Increasing ventilation rates in the work environment.
  • Installing physical barriers, such as clear plastic sneeze guards
  • Installing a drive-through window for customer service.
  • Specialized negative pressure ventilation in some settings, such as for aerosol generating procedures (e.g., airborne infection isolation rooms in healthcare settings and specialized autopsy suites in mortuary settings).

Administrative Controls

Administrative controls require action by the worker or employer. Typically, administrative controls are changes in work policy or procedures to reduce or minimize exposure to a hazard. Examples of administrative controls for SARS-CoV-2 include:

  • Encouraging sick workers to stay at home.
  • Minimizing contact among workers, clients, and customers by replacing face-to-face meetings with virtual communications and implementing telework if feasible.
  • Establishing alternating days or extra shifts that reduce the total number of employees in a facility at a given time, allowing them to maintain distance from one another while maintaining a full onsite work week.
  • Discontinuing nonessential travel to locations with ongoing COVID-19 outbreaks
  • Developing emergency communications plans, including a forum for answering workers’ concerns and internet-based communications, if feasible.
  • Providing workers with up-to-date education and training on COVID-19 risk factors and protective behaviors (e.g., cough etiquette and care of PPE).
  • Training workers who need to use protecting clothing and equipment how to put it on, use/wear it, and take it off correctly, including in the context of their current and potential duties. Training material should be easy to understand and available in the appropriate language and literacy level for all workers


Safe Work Practices

Safe work practices are types of administrative controls that include procedures for safe and proper work used to reduce the duration, frequency, or intensity of exposure to a hazard. Examples of safe work practices for SARS-CoV-2 include:

  • Providing resources and a work environment that promotes personal hygiene. For example, provide tissues, no-touch trash cans, hand soap, alcohol-based hand rubs containing at least 60 percent alcohol, disinfectants, and disposable towels for workers to clean their work surfaces.
  • Requiring regular hand washing or using of alcohol-based hand rubs. Workers should always wash hands when they are visibly soiled and after removing any PPE.
  • Post handwashing signs in restrooms.


Personal Protective Equipment (PPE)


While engineering and administrative controls are considered more effective in minimizing exposure to SARS-CoV-2, PPE may also be needed to prevent certain exposures. While correctly using PPE can help prevent some exposures, it should not take the place of other prevention strategies.

Examples of PPE include: gloves, goggles, face shields, face masks, and respiratory protection, when appropriate. During an outbreak of infectious diseases, such as COVID-19, recommendations for PPE specific to occupations or job tasks may change depending on geographic location, updated risk assessments for workers, and information on PPE effectiveness in preventing the spread of COVID-19. Employers should check the OSHA and CDC websites regularly for updates about recommended PPE.


Occupational Risk Pyramid for COVID-19



Occupational Risk Pyramid for COVID-19



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The Basic Rigging Plan Explained




The Basic rigging plan explained

 

Basic rigging Plan

THE BASIC RIGGING PLAN

1. Who is responsible for the rigging
2. Calculate the weight of the load
3. Find the center of gravity
4. Selecting accessories
a. What is the sling angle
b. Calculate the sling leg length
c. Calculate the sling SWL
d. Selecting shackles


How to calculate the weight of the load?

                             The cargo weight (Weight Factor)

1.Weighted                 X 1.03

2.Manufactured           X 1.05

3.Calculated               X 1.1

4.Estimated                X 1.2


How to calculate the weight of a load?

                              The safety Factor(operation factor)

Onshore operation            X 1.1

Inshore operation             X 1.15

Offshore operation           X 1.3 MSAH


Example

Cargo basket has a name plate stamped 3000 KG Gross weight

SO,

The load is 3000 kg weighted

Step(1) = 3000 * 1.03 (weight factor)= 3090 kg

Step(2) = weight of basket + weight of riggers(hook + slings, shackles, ) = 3090 + 1.0 (for example) = 4090 kg

Step(3) = 4090 * 1.3 (operation factor for offshore operation) = 5317 kg

SO, all your plan should designed on 5317 kg as the weight of the basket also, the minimum crane capacity at this point must be 5317 kg.


How to calculate the weight of a load?

1.Knowing the load density

2.Calculate how it’s weight in kg per cubic m

OR, you can use the tables directly

But, first you must know it’s volume.


load chart

How to calculate the weight of a load?

Volumes of common shapes

Volumes of common shapes


Example

Aluminum block has the dimensions

Aluminum block

Length= 5 m, width= 2 m, thickness= 0.1 m

Weight = 5 * 2* 0.1 * 2.7 = 2.7 tonne

N.B

N.b


How to find the center of gravity

Example

center of gravity


The weight of the load is 8000 KG

To find the center of gravity use the simple mathematics equation

6000 / (6000+2000) = 0.75 = 75%

The center of gravity is between the two centers shifted 75 % to the heaviest side

How to find the center of gravity

Example

center of gravity

The weight of the load is 11000 KG

To find the center of gravity use the simple mathematics equation

8000 / (8000+3000) = 0.73 = 73%

The center of gravity is between the two centers shifted 73 % to the heaviest side

4. Selecting accessories

MSAH.

accessories



chart


After doing the proper calculation and selecting the accurate accessories, you have to make:

 1. Risk assessment. 

2. Simple drawing to clarify the operation. 

3. State the sequence of operation step by step.


1. Risk assessment

All personnel involved with the operation must review the lifting plan.

Lifting supervisor to inspect the lifting accessories and assure the actual weights of the cargo measured by the crane is matching with the lifting plan.

Lifting supervisor to check the Integrity of loads and associated equipment.

crane operator to carry out pre-check/inspection of the crane.

Banksman is the only authorized one to signal the crane operator as per pre-job safety meeting.

•Crane operator must check the position of the crane in the correct positions as drawing attached with the lift plan.

•Lifting supervisor to ascertain that the environmental conditions are within crane parameters as the wind speed not exceeding the allowable.

•Lifting supervisor to ensure no conflicting activities ongoing is surrounded/landing areas and load path is clear of obstructions.

•Riggers must use Tag lines to control swinging of load during operation.

•Area of Lifting must be isolated by caution tape

•If previous points is ok, start perform the lifting operation.

2. Drawing for the operation

basic rigging plan chain



3. sequence of operation(step by step).

Mention all personal involved with the job (one crane operator, one banksman, two riggers, etc…)

Lifting supervisor and lifting team review the lifting plan and risk assessment.

Lifting supervisor check all lifting accessories and ensure the color code.

Banksman instruct riggers to attach the accessories to the load as the plan said.

Banksman give signal to crane operator to position the crane hook to a suitable height where the riggers can connect the slings. Banksman give signal to the crane operator to start hoisting up to take slack of slings and position the hook in center of gravity of the load.

Banksman give signal to the crane operator to start hoisting up the load about 15 cm from ground to check balance.

If the load balanced, banksman give signal to the riggers to connect two tag lines to control swinging of the load.

Banksman give signal to the crane operator to start lifting the load and swinging it to it’s final position.

After double check the landing are is clear, the banksman give signal to the crane operator to start lowering the load to it’s final position.

Banksman give signal to the riggers to detach the lifting gears from the load.

Cease and tidy work site.


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JHA FOR MATERIAL HANDLING (UNLOADING, LOADING, TILTING & SHIFTING)


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JHA FOR MATERIAL HANDLING (UNLOADING, LOADING, TILTING & SHIFTING)

 JHA FOR MATERIAL HANDLING FOR SAFETY PROFESSIONALS


JHA


What is JHA ?

A job hazard analysis is a technique that focuses on job tasks as a way to identify hazards before they occur. It focuses on the relationship between the worker, the task, the tools, and the work environment.


Now lets see the hazards involved and the control measures to be mentioned in the JHA FOR MATERIAL HANDLING (UNLOADING, LOADING, TILTING & SHIFTING)


1. Hazards in JHA FOR MATERIAL HANDLING 


Failure of Rigging Gears. / Fall of material.

Controls to be follow:

a) Use only rigging gear having valid competent person certificate and colour code.


b) Loose materials to be removed from load being tilted / lifted.


c) Size, dimensions, type of rigging gear to be selected based on lifting plan (Crane Radius, Load in MT, shape & size etc).


2. Hazards With Failure of Crane

Controls to be follow:

a) Crane must have valid Third Party Inspection Certificate.


b) Crane to be deployed only in level and compact area.


c) Crane Operator to have valid Driving License.


d) Crane Operator to fill Daily Prestart Checklist before start of activity.


e) Crane Operator to follow signals from Authorized Foreman only.


f) Crane swing area to be kept free from other overhead obstacles like gantry crane etc


3. Hazards Collision with other material.

Controls to be follow:

a)Remove other structures kept beside the material being handled by approx 2 meters so that the job piece does not strike against adjacent materials. Also Power Cables, Gas Hoses and Welding Leads at height to be removed from swing area.


b) Tag lines (18 mm PP Rope) to be secured at both ends of material for controlling of swing.


4. Hazards with Man Injury

Controls to be follow:

a) Authorized persons associated with the job to stay inside the barricaded area.


b) All workmen engaged for job must use proper PPEs (Safety Shoes, Flouroscent Jacket,Safety Helmet, Hand Gloves) before start of job.


c) Peptalk / STA must be conducted before start of job.


d) Before lifting Structure de-dusting to be done so that dust does not fall in eyes ofworkmen.


5. Toppling of Crane/s during Marching

Controls to be follow:

a) Crane marching area to be checked for firmness / levelness before Crane is deployed.


b) Material to be secured by minimum two numbers of Tag Lines (18 mm ร˜ PP rope).


c) Only authorized Signalman / Rigging Foreman to signal Crane Operator.



6. Hazards Collapse of Stack during Unloading

Controls to be follow:

a) Material to be stacked on Level and Firm Ground only.


b) Dunage supports to be provided at 5 locations on each side of 12 mtr Lg plate.


7. Hazards with Slips, Trips & Fall.

Controls to be follow:

Hoses, Leads and Cables running through the area and scrap material to be removed to provide clear access



8.Hazards with  Communication Failure

Controls to be follow:

a) The JHA and Lifting Plan needs to be communicated to the rigging team, individual roles and activities to be performed and Foreman / Signalman to be named.


b) Peptalk / STA must be conducted before start of job.


c) The Rigging Foreman / Signalman must be so positioned that he is visible to the Crane Operator.



9. Hazards with Rolling of Wheel Mounted Vehicle when in Idle Condition

Controls to be follow:

a) When Hydra / Trailers are in Idle condition Wheel Chokes / Stoppers must be used.


b) When Driver is getting out of vehicle then he must apply Hand Brakes.


c) Operator to switch OFF the engine and keep the keys with him.



10. Hazards With Emergency Response Procedure

Controls to be follow:

a) In case of emergency (Fall of material/ Crane Topple) the entire area to be barricaded. Rigging Foreman with Crane and team to check material and shift the same to designated place.


b) In case of Human Injury person to be taken out from site and First Aid provided and then sent to Doctor for further Medical Treatment.


c) In case of Natural Calamity like Rain, Storm etc the work to be stopped 


Check Our Topic๐Ÿ‘‡๐Ÿ’€




How to do Safe Man hour Calculations at the site!! Its so easy!!

Tutorial on Safe Man hour Calculations and lost time hours 


safe man hour calculations


Today's post is all about the safe man hour calculations at the site. Safe Man-hours shall be calculated from 1st of every month to end of the month.

The man hours worked per month shall be calculated based on the formula:

Total Man hours Worked in a day = (No. of  Workmen worked in a day x No. of Man hours worked in a day ) +   O.T

O.T = (No of O.T hours x No of workmen on overtime) 

Total man hours worked for the month = Sum of total man hours
worked in a day for the month.


Lets See An example for the Safe Man hour Calculations 


If 10 workmen working for 8 hours on 1st day without overtime
Total Man hours Worked on 1st day = 10 x 8 = 80 hrs
If 15 workmen working for 8 hours on 2nd day without overtime
Total Man hours worked on 2nd day = 15 x 8 =120 hrs

.
.

If 50 workman working for 8 hours on 31st day without overtime
Total Man-hours worked on 31st day = 50x 8 = 400 hrs
Total man hours for this month = 80+120+.......................+400 (hrs)
                               = value

To Calculate Man hours lost :

Man hours lost by each and every workman shall be calculated and the cumulative shall be added.

For example:-

No of man-hour lost by one workman for the month = 5 hrs
No of man-hour lost by second workman for the month  =3 hrs
Total Man hours Lost = 8 hrs

To Calculate Cumulative Man hours Worked :


Cumulative man hours worked = 

Cumulative Man hours worked for the previous month + Total Man hours worked for the present month.


lets See the Youtube video for more clarity :


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How to do HSE calculations for jobs & certifications ??

Let's Learn some HSE calculations for jobs & certifications ??



The purpose of this content is to provide a practical and uniform method for recording & measuring incidents and employee injuries occurring on the job. Incident and injury rates will be compiled in accordance with OSHA and other standards. Here you will be able to see the various HSE calculations for jobs & certifications like ASP, CSP on a part basis.


Time to check some Video on HSE calculations!!


Check the Part 1 video on our youtube channel to learn HSE calculations for jobs & certifications like ASP, CSP on a part basis.




About CSP :

The Certified Safety Professional is a certification offered by the Board of Certified Safety Professionals. The accreditation is used in the United States by the National Commission for Certifying Agencies and internationally by the International Organization for Standardization/International Electrotechnical Commission (ISO/IEC 17024)

The requirements to become a certified safety professional are:


  • A minimum of a bachelor’s degree in any field or an associate in safety, health, or the environment, or a closely related field.
  • The associate degree must include at least four courses with at least 12 semester hours/18 quarter hours of study in the safety, health, or environmental domains covered in the certified safety professional examination blueprint.
  • 4 years of safety experience where safety is at least 50%, preventative, professional level with breadth and depth of safety duties
  • A BCSP-approved credential:
  1. Associate Safety Professional
  2. Graduate Safety Practitioner
  3. Certified Industrial Hygienist
  4. Chartered Member of the Institution of Occupational Safety and Health
  5. Canadian Registered Safety Professional
  6. Professional Member of the Singapore Institute of Safety Officers
  7. Member in the Institute of Safety Professionals of Nigeria
  8. NEBOSH National or International Diploma in Occupational Health and Safety
  9. Diploma/Certificate in Industrial Safety, as issued by the State Government Departments/Boards of Technical Education, Government of India
  10. Fire and Safety Forum Advanced & Post-Graduate and Master Diploma and TTP Research Ambassador Member'
  11. Must pass the CSP examination.

Onsite Risk Assessment For The Concrete Works (Rebar, Form, Embedment, Concrete Pouring) At Your Site!!!


Safety Certification in Europe

Internationally, other countries have set up similar programs. In the UK the highest professional standing is that of a chartered safety and health practitioner or fellow of the International Institute of Risk and Safety Management. The standards are maintained by both the UK's largest body for safety professionals Institution of Occupational Safety and Health and the International Institute of Risk and Safety Management. Like North American safety professional programs, to achieve these grades the applicant must be professionally qualified and have relevant experience. Continuing professional development is also a strong requirement of both memberships. The International Institute of Risk and Safety Management]] also offered Recognised Safety Professional (not to be confused with 'registered safety practitioners' of OSHCR) these honorary post-nominal letters given by to recognized safety practitioners.