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Presented By:-
Avi Gandhi
Akshika kahar
Bhumi Patel
• What is safety?
• Hazards at construction site.
• Safety Procedures at Construction Site.
• Basic Safety Precautions at Construction Site.
• Responsibilities of Safety Engineer at Construction
Site.
 The condition of being protected from or unlikely to
cause danger, risk, or injury.
 Falls
 Electrocution
 Crush injuries
 Caught-between injuries
 Crane collapse
 Fires
 Asbestos, ionising radiation, and cancer-causing
chemicals
 Slips and trips
 Exhaustion
 Heat strokes
 Falls are among the most common causes of deaths on
construction sites, and include incidents suc has
falling off scaffolding, ropes, or ladders.
 Construction site falls are commonly caused by poorly
organised fall protection covers, in addition to loose
guard rails and not using safety harnesses when
working in scaffolds
 Electrocution is typically caused by workers coming in
contact with overhead power lines and wiring without
appropriate gear. In fact, working close to machines,
equipments, and tools that are connected to power
lines may also be fatal due to the lack of circuit
interrupters.
 Another common cause of fatalities at construction
sites are incidents where debris from buildings, or even
slabs of the structure, falls on workers.
 In the past, construction sites around the world have
also unfortunately seen situations of building
materials such as cement, sand, and steel falling on
workers due to poor installation.
 In the past, global construction sites have seen
incidents of limbs getting stuck between the
components of various construction equipment. These
injuries are called caught-between, or 'caught in
between', incidents. Such issues may be caused by, for
instance, the use of a hammer, with a fingernail or
finger getting damaged in the process, or more serious
incidents of workers getting caught between heavy
equipment such as tractors or loaders.
 Crane collapses are perhaps among the most
commonly reported causes of construction site
fatalities, and can occur if the equipment has not been
installed or fitted out correctly.
 Additionally, crane collapses may also cause damage to
human and material assets in the construction site's
surrounding area.
 At times, construction site fires may be caused by the
carelessness of workers or supervisors. Fires may
start or spread due to the prominence of items such
as fuel and wood on site. Additionally, welding
equipment, if left unattended near combustible
materials, can also contribute to a site fire.
 According to Workplace Health and Safety
Queensland, there are various factors that contribute
to the risk of slips and trips. Slips usually occur when
there is a loss of grip between the shoe and the floor.
 Trips occur when a person’s foot hits a low obstacle in
the person’s path, causing a loss of balance. Often, the
obstacle is not easily visible or noticed.
 The European Agency for Safety and Health at Work,
according to ILO, indicates that the most telling health
effects of nanomaterials have been found in the lungs,
with evidence of oxidative stress,nflammation and
tissue damage, fibrosis, and tumour generation.
 In addition, nanomaterials are also found to
translocate from the lungs into the blood stream, to be
taken up by secondary organs including the brain,
kidney and liver, among others. Finally, some types of
carbon nanotubes can lead to asbestos-like effects.
 Considering the labourious work that is involved with
construction sites, fatalities may be caused due to
exhaustion and stress.
 Overwork can also lead to sleep deprivation and
fatigue.
 According to ILO, heat-related health risks can cause
heat stroke, heat exhaustion, poorer chemical
tolerance, fatigue, poorer cognitive function, increased
risk of injury or safety lapses, altered responses to
exposure to chemical and biological hazards,
dehydration, increased burden of respiratory and
cardiovascular diseases, cataract, skin and eye cancer,
and weakened immune function.
• Personal protective equipment (PPE) are supplied
to all the personnel’s working on site and even for the
personal who are temporary visiting to the site
• Personal protective equipment (PPE) can be
classified as:
Minimum Personal protective equipment (PPE)
Additional Personal protective equipment (PPE)
 Hard Hat or Helmet
 Safety Glasses
 Hand Protection Gloves
 Safety Vests
 Proper Clothing
 Hearing Protection
 Respiratory Protection
 Face shields
 Safety Harness
 Material Storage
 Mechanical Material Handling
 In any construction project
for basic safety precautions
to be implemented are:
 Guard rails to be installed
at open scaffold areas, all
openings in the building
floor, in the excavated
areas, at mobile elevated
platforms.
 Yellow stickers with safety
notes to be pasted where
necessary
 All the working platforms
should be stable, properly
braced, should not be
overloaded and safe for the
working personnel
 All the working areas and
passageways should be free
from waste or debris or any
of obstruction like stored
material
• The site should be clean
all the times and the
material should be
stored safely
• There should be proper
arrangement of
collection and disposal
of waste materials
• First aid should be
available at all times on
site for cuts burns or any
mishaps
• Fire extinguishers to be
placed on site on proper
locations in case of any
fire
• That should be proper
lighting arrangements on
the site especially when
the work is carried out
during the night stand
 Before commencing any work
on site, Safety Officer is
appointed who will ensure
the safety measures at site
 The safety measures to be
adopted at the site will be the
responsibilities of the
Engineer executing the work
 The safety officer will go for
safety rounds all over the site
every day and advise the
concerned Supervisor
regarding any unsafe act or
condition and the remedial
action required will be
implemented.
• Safety trainings will be
conducted to all workers and
staff before they start their
work and as well as at regular
intervals.
• Those records of trainings
will be maintained by safety
officer.
 HAZARDS AT CONSTRUCTION SITES Conference Paper (PDF
Available) · August 2003 with 19,070 Reads Conference: Proceedings of the
5th Asia-Pacific Structural Engineering and Construction Conference (APSEC
2003) 26 – 28 August 2003 Johor Bahru, MALAYSIA, At Johor Bahru,
MALAYSIA, Volume: 5
 constructor. Org website
 Google
 Wikipedia
 Microsoft
 Slideshare
 constructionweekonline
Thank you.

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Safety at Construction SIte

  • 2. • What is safety? • Hazards at construction site. • Safety Procedures at Construction Site. • Basic Safety Precautions at Construction Site. • Responsibilities of Safety Engineer at Construction Site.
  • 3.  The condition of being protected from or unlikely to cause danger, risk, or injury.
  • 4.  Falls  Electrocution  Crush injuries  Caught-between injuries  Crane collapse  Fires  Asbestos, ionising radiation, and cancer-causing chemicals  Slips and trips  Exhaustion  Heat strokes
  • 5.  Falls are among the most common causes of deaths on construction sites, and include incidents suc has falling off scaffolding, ropes, or ladders.  Construction site falls are commonly caused by poorly organised fall protection covers, in addition to loose guard rails and not using safety harnesses when working in scaffolds
  • 6.
  • 7.  Electrocution is typically caused by workers coming in contact with overhead power lines and wiring without appropriate gear. In fact, working close to machines, equipments, and tools that are connected to power lines may also be fatal due to the lack of circuit interrupters.
  • 8.  Another common cause of fatalities at construction sites are incidents where debris from buildings, or even slabs of the structure, falls on workers.  In the past, construction sites around the world have also unfortunately seen situations of building materials such as cement, sand, and steel falling on workers due to poor installation.
  • 9.
  • 10.  In the past, global construction sites have seen incidents of limbs getting stuck between the components of various construction equipment. These injuries are called caught-between, or 'caught in between', incidents. Such issues may be caused by, for instance, the use of a hammer, with a fingernail or finger getting damaged in the process, or more serious incidents of workers getting caught between heavy equipment such as tractors or loaders.
  • 11.  Crane collapses are perhaps among the most commonly reported causes of construction site fatalities, and can occur if the equipment has not been installed or fitted out correctly.  Additionally, crane collapses may also cause damage to human and material assets in the construction site's surrounding area.
  • 12.
  • 13.  At times, construction site fires may be caused by the carelessness of workers or supervisors. Fires may start or spread due to the prominence of items such as fuel and wood on site. Additionally, welding equipment, if left unattended near combustible materials, can also contribute to a site fire.
  • 14.  According to Workplace Health and Safety Queensland, there are various factors that contribute to the risk of slips and trips. Slips usually occur when there is a loss of grip between the shoe and the floor.  Trips occur when a person’s foot hits a low obstacle in the person’s path, causing a loss of balance. Often, the obstacle is not easily visible or noticed.
  • 15.  The European Agency for Safety and Health at Work, according to ILO, indicates that the most telling health effects of nanomaterials have been found in the lungs, with evidence of oxidative stress,nflammation and tissue damage, fibrosis, and tumour generation.  In addition, nanomaterials are also found to translocate from the lungs into the blood stream, to be taken up by secondary organs including the brain, kidney and liver, among others. Finally, some types of carbon nanotubes can lead to asbestos-like effects.
  • 16.
  • 17.  Considering the labourious work that is involved with construction sites, fatalities may be caused due to exhaustion and stress.  Overwork can also lead to sleep deprivation and fatigue.
  • 18.  According to ILO, heat-related health risks can cause heat stroke, heat exhaustion, poorer chemical tolerance, fatigue, poorer cognitive function, increased risk of injury or safety lapses, altered responses to exposure to chemical and biological hazards, dehydration, increased burden of respiratory and cardiovascular diseases, cataract, skin and eye cancer, and weakened immune function.
  • 19. • Personal protective equipment (PPE) are supplied to all the personnel’s working on site and even for the personal who are temporary visiting to the site • Personal protective equipment (PPE) can be classified as: Minimum Personal protective equipment (PPE) Additional Personal protective equipment (PPE)
  • 20.  Hard Hat or Helmet  Safety Glasses  Hand Protection Gloves  Safety Vests  Proper Clothing
  • 21.
  • 22.  Hearing Protection  Respiratory Protection  Face shields  Safety Harness  Material Storage  Mechanical Material Handling
  • 23.
  • 24.
  • 25.
  • 26.  In any construction project for basic safety precautions to be implemented are:  Guard rails to be installed at open scaffold areas, all openings in the building floor, in the excavated areas, at mobile elevated platforms.  Yellow stickers with safety notes to be pasted where necessary  All the working platforms should be stable, properly braced, should not be overloaded and safe for the working personnel  All the working areas and passageways should be free from waste or debris or any of obstruction like stored material
  • 27. • The site should be clean all the times and the material should be stored safely • There should be proper arrangement of collection and disposal of waste materials • First aid should be available at all times on site for cuts burns or any mishaps • Fire extinguishers to be placed on site on proper locations in case of any fire • That should be proper lighting arrangements on the site especially when the work is carried out during the night stand
  • 28.
  • 29.
  • 30.
  • 31.  Before commencing any work on site, Safety Officer is appointed who will ensure the safety measures at site  The safety measures to be adopted at the site will be the responsibilities of the Engineer executing the work  The safety officer will go for safety rounds all over the site every day and advise the concerned Supervisor regarding any unsafe act or condition and the remedial action required will be implemented. • Safety trainings will be conducted to all workers and staff before they start their work and as well as at regular intervals. • Those records of trainings will be maintained by safety officer.
  • 32.  HAZARDS AT CONSTRUCTION SITES Conference Paper (PDF Available) · August 2003 with 19,070 Reads Conference: Proceedings of the 5th Asia-Pacific Structural Engineering and Construction Conference (APSEC 2003) 26 – 28 August 2003 Johor Bahru, MALAYSIA, At Johor Bahru, MALAYSIA, Volume: 5  constructor. Org website  Google  Wikipedia  Microsoft  Slideshare  constructionweekonline