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www.glasslineindustries.com

Health and Safety Plan

One Limassol, Cyprus

Document No. Revision No. Date

DS-AL-51 A August 29, 2018
28 August 2018 Health and Safety Plan

Table of Contents
1.0‐ INTRODUCTION: ........................................................................................................................................................ 3

2.0‐ Manual Objective: ..................................................................................................................................................... 4

3.0‐ Personal Protective Equipment (PPE): ...................................................................................................................... 4

4.0‐ GENERAL HEALTH, SAFETY, ENVIROMENT AND SECURITY RULES ON SITE: ............................................................. 5

5.0‐ EIGHT HSE PRINCIPLES: ............................................................................................................................................. 6

6.0‐ CONSTRUCTION‐PHASE HEALTH AND SAFETY: ......................................................................................................... 6

7.0‐ LIFTING OPERATIONS: ............................................................................................................................................. 11

8.0‐ PRE‐JOB SAFETY MEETING: ..................................................................................................................................... 13

9.0‐ FISRT AID: ................................................................................................................................................................ 14

9.1‐ First Aid Service Requirements ....................................................................................................................... 14

9.2‐ First Aid Procedures ........................................................................................................................................ 15

10.0‐ ONE Tower ACCESIBILTY plan........................................................................................................................ 16

11.0‐ RISK ASSESSMENT: .......................................................................................................................................... 23

28 August 2018 Health and Safety Plan

1.0- INTRODUCTION:

The Health, Safety, Environment and Security (HSE&S) Handbook is designed to provide necessary information
to guide and assist employees and their supervisors to implement and maintain safe working practices.

HSE plan is aimed to improve the overall management and coordination of health, the safety and environment
through the construction various phases to eliminate or reduce the accidents or ill‐health environmental
accidents occurrence.

Glassline strives to provide the safest environment possible both for all its employees and the people they
serve. In order to uphold the goal of keeping our workplace safe and healthful for our staff Glassline have
implemented this safety policy all over their projects and factories.
28 August 2018 Health and Safety Plan

2.0- MANUAL OBJECTIVE:

This manual will describe Glassline plan to encounter any chance of accidents on the One Tower project and to
show the preventive actions to be adopted by all the construction team to avoid any accidents and to keep the
working site healthy and clean.

3.0- PERSONAL PROTECTIVE EQUIPMENT (PPE):

Appropriate protection shall be worn to meet the job requirements.

Since the façade installation is done on high places and handling the glass or GRC panels requires special care
due to the breakage and increased incidents risks Glassline workforce uses special personal protective
equipment to avoid and accidents.

Below PPE are essential to be worn by all personal on site at all times:

‐ Hard Helmet with specified colors for position and activity.

‐ Reflective vests to make sure that all personal are visible on site.
‐ Protection eyewear to avoid dust penetration and eyes injuries.
‐ Safety boots to be worn at all times.

While working on high places and installing glass heavy panels workers should wear the below additional PPE:

‐ Anti-slippage gloves to avoid glass fall accidents.

‐ Suitable safety harnesses to avoid the workers from falling.
28 August 2018 Health and Safety Plan

4.0- GENERAL HEALTH, SAFETY, ENVIROMENT AND SECURITY RULES ON SITE:

In an office, workshop, or on site, you should observe the following HSE&S rules:

‐ Lookout for hazardous conditions and report them immediately. It is everyone’s responsibility.
‐ Familiarize yourself with the fire drill and evacuation procedures.
‐ Always escort visitors, making them aware of the HSE&S procedures, and guide them to the designated
assembly points in case of emergency evacuation.
‐ Wear the proper clothing and use the personal protective equipment necessary for your job.
‐ If you are uncertain about how to do the job, ASK your supervisor.
‐ Respect all security arrangements on the premises.
‐ Report all minor accidents and seek immediate first aid for the most minor injury. Know whom to contact if
someone is injured.
‐ Report ALL accidents immediately.
‐ Observe all warning and hazard notices.
‐ Remember site untidiness is a significant cause of accidents.
‐ Be tidy in your work, Clean up after yourself daily.
‐ Work ONLY in accordance with the requirements of any Permit to work procedure that is being applied.
‐ Don’t smoke in non-smoking areas.
‐ Don’t overload electrical supplies and appliances.
‐ Observe all speed limits and traffic controls.
‐ Don’t climb, sit or stand on unstable materials. Use stepladder.
‐ Don’t play practical jokes and indulge in horseplay. Such behaviour often leads to serious accidents.
‐ Maintain cleanliness while using the toilet and welfare facilities.
‐ Walk-don’t run-always look where you are going.
‐ Use personal protective equipment provided, as required.
‐ Take care when you are lifting. Keep a straight back and get a secured hold. If in doubt seek help.
‐ Don’t leave material or equipment in access ways or exits.
‐ ALWAYS read and follow the instructions given on containers and on Material Safety Data Sheets. If
misused some contents can be hazardous to health.
‐ NEVER wedge open fire doors. Always keep them closed.
28 August 2018 Health and Safety Plan

‐ Work in such a manner as to minimize the effect on the environment.

‐ If in doubt, Ask.

5.0- EIGHT HSE PRINCIPLES:

Our Health, Safety & Environment Policy is based on and supported by the following eight

Principles:

1. All injuries, occupational illnesses & environmental incidents are preventable

2. All operational exposures can be safeguarded
3. Safety & environmental assessment of all business processes is vital
4. Working safely is a condition of employment
5. Training all employees to work safely & environment friendly is essential
6. HSE Management audits are a must
7. Employee involvement is essential in all HSE issues
8. All deficiencies must be reported and corrected promptly.

Implementation Responsibility

The Management of Glassline at all levels is responsible for the implementation of the HSE Policy. Every Unit,
Workplace, Site shall prepare a responsibility matrix with respect to this Policy. Such HSE responsibilities shall
form an integral part of the overall job responsibilities of all employees. All Standards, Rules and Procedures on
HSE, including those that may be specific to a site are integral to this Policy. All employees are required to
strictly adhere to them and ensure their proper implementation.

6.0- CONSTRUCTION-PHASE HEALTH AND SAFETY:

This section summarizes the main requirements for controlling and supervising site activities to ensure safe
systems of work are followed. It helps the reader to identify health and safety hazards found on many sites and
advises on how to control the risks that can arise. It then outlines the requirements for monitoring and
reviewing to ensure site health and safety is maintained through to completion of the job.

The book cannot address every hazard, but it does focus on those matters that are the common causes of death,
injury and ill health. It provides guidance on how to eliminate the hazards, or where this cannot be done,
reduce the risk. Advice is given on protecting those who are directly employed to do the work, others working
on the site, visitors to the site and members of the public who could be affected.
28 August 2018 Health and Safety Plan

Accidents

The most frequent causes of accidental death and injury are:

 Falls: People fall because access to and from the workplace is not adequate, or the workplace itself is not safe.
The importance of providing good access to a safe working position (eg a platform with toe boards and guard
rails) cannot be over-emphasized.

 Falling material and collapses: People are struck by material falling from loads being lifted and material that
rolls or is kicked off work platforms; others are struck or buried by falling materials when excavations,
buildings or structures collapse. Structural collapses can range from walls, which fall because their
foundations are undermined by nearby excavations, to buildings, which collapse during alteration works
because the structure was weakened and/or overloaded. Structures can also collapse unexpectedly during
demolition if action is not taken to prevent instability. Scaffolds collapse because ties are either forgotten or
removed too early during striking, or the scaffold is overloaded. Structures under construction may also
collapse, eg steel frames that have not been adequately braced, or formwork that is prematurely loaded.
28 August 2018 Health and Safety Plan

 Electrical accidents: People suffer electric shock and burns when they use unsafe equipment and when they
contact overhead power lines and buried cables.

 Trips: Trips are the most common cause of reported injuries on construction sites, with over 1000 major
injuries each year. Most of these can be easily avoided by effective management of access routes such as
corridors, stairwells and footpaths.
28 August 2018 Health and Safety Plan

Health

The construction industry has a poor health record. Construction workers are likely to suffer ill health as a
result of their work in the industry after exposure to both harsh working conditions and hazardous substances.

Ill health can result from:

 Smoke: Exposure to smoke can cause serious respiratory diseases such as asbestosis and cancer.

 Manual handling: Lifting heavy and awkward loads causes back and other injuries. Some injuries can result
from a single lift, but more commonly, long term injury develops as a result of repeated minor injury due to
repetitive lifting.
28 August 2018 Health and Safety Plan

 Noise and vibration: High levels of noise can cause hearing loss and repeated use of vibrating tools can cause
hand-arm vibration syndrome (damage to nerves and blood vessels – most commonly in the hands and
fingers).

 Chemicals: Exposure to materials such as cement and solvents can cause skin problems such as dermatitis.
28 August 2018 Health and Safety Plan

7.0- LIFTING OPERATIONS:

A‐ RIGGING AND SLINGING

Only qualified and trained employees should carry operations. All Lifting equipment should be certified before
use.

A trained Banks‐man should ALWAYS be present during lifting operation to ensure safety of the Operation.

 ALWAYS follow the instruction highlighted in the Company Lifting procedure.

 ALWAYS use properly tested, assembled, marked and colour coded lifting tackle of adequate strength for the
job
 Before using wire ropes or chain slings, inspect carefully for breakage, deformity, corrosion, racks or other
defects.
 ALWAYS inspect the slings, shackles, wire ropes and cables before use.
 ALWAYS check that any support used to suspend the lifting tackle is strong enough for the job.
 ALWAYS use softeners such as wood or other packing to protect the sling from any sharp edges on the load.
 ALWAYS position the lifting hook over the load so as to prevent the load from swinging.
 ALWAYS see that the load is free before the lift is raised.
 ALWAYS take your hands away from the sling before the lift begins and stand clear. Don't leave the controls
of a crane unattended when a load is being suspended.
 ALWAYS return lifting tackle to the store after use.
 ALWAYS Store chains and slings off the floor.
 NEVER stand or work under a suspended load, keep well clear of all loads in motion.
 NEVER use faulty or damaged lifting gear, report any defects to your supervisor.

Only equipment with a valid test certificate must be used. All loose lifting gears must go through examinations
at intervals not longer than six months. All lifting gear must be color coded, stamped or marked with a unique
I.D. Number and their Safe Working Load (SWL).
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan

8.0- PRE-JOB SAFETY MEETING:

Prior to entry for work or testing, involved personnel are required to attend a pre‐job safety meeting. The
meeting shall place emphasis on the following:

 Outline, scope and limitations of work to be performed.

 Hazards which may be encountered upon entry or while performing work in confined space, edge of slabs or
outside the building:
‐ restricted movement
‐ use of Personal Protective Equipment (PPE)
‐ alarm warnings
‐ rescue and entry procedures
‐ communication signals
‐ steps to be taken for safe entry
‐ personnel duties and responsibilities

In addition to the above even if the personal has finalized the safety conduction successfully, weekly if not daily
safety meeting or tool box talks should be conducted by the Safety officer for all the workers.

Tool box talks should have topics (falling objects, electricity,…), the purpose of the talks is to keep the workers
and all personal updated in the safety protection and HSE field and To ensure that employees are competent
and adequately trained to perform their duties safely.
28 August 2018 Health and Safety Plan

Below are some common topics to be discussed during the safety meetings:

i. Security access/ egress control

ii. General hazard and risk associated with the site activities
iii. Requirements for first aid and welfare and how statistics are collected
iv. HSE legal requirements and those standards imposed by BL site
v. Work related significant risks and/ or environmental impacts and their personal contributions to safe and
environmentally improved site
vi. HSE policy and general site rules
vii. Permit system
viii. Emergency plans and procedures
ix. Disciplinary procedures.

9.0- FISRT AID:

Glassline is committed to providing and maintaining a First Aid policy to minimize the effects of job‐related
injuries and illnesses.

The Company will provide and maintain first aid services, supplies, and equipment as required by occupational
health and safety regulations. First aid services, supplies, and equipment will be made available to all workers
during working hours.

9.1- First Aid Service Requirements

In addition to provincial occupational health and safety regulations for first aid, all first aid attendants will
follow universal precautions including the following:

 Use appropriate PPE such as facemasks, latex gloves and safety glasses when a worker is bleeding.
 Make sure that any cuts or abrasions on the first aider do not come in contact with the injured worker.
 Use a bag and mask or a pocket mask for artificial respiration.
 Clean up blood carefully and, with a suitable disinfectant and using proper precautions, clean all areas
contaminated with blood.
28 August 2018 Health and Safety Plan

 Carefully dispose of blood-soaked materials in double-wrapped plastic bags. Where required by legislation,
bio-hazardous bags must be used.
 If deemed appropriate, a contract cleaner may be hired to clean up blood at a worksite.

9.2- First Aid Procedures

Go to a first aid attendant immediately in the event of an injury.

The first aid attendant will provide first aid and be in charge of all first aid treatment until medical help arrives.
After the first aid attendant has provided treatment, the first aid attendant will record the necessary
information.

First aid records must be available at all times for inspection by the supervisor and Regional Safety Manager.
First aid reports, by regulation, must be made available to provincial authorities to review upon request.

All first aid records and incident data fall under the protection of provincial freedom of information and
protection of privacy legislation and must be considered confidential.
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan

The cradle system designed and supplied by OSLER for North Façade is shown below.

For inside access of the top elements, PERI movable scaffolds will be used to assure a secure and effective way
of reaching the upper part of the façade from inside. The sketch below shows the scaffold that will be used.
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan

 GRC Bullnose

GRC Bullnose and their brackets are installed on the face of slab of South Elevation, the access will be granted
using another type of Peri scaffolding shown in the sketches below.
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan
28 August 2018 Health and Safety Plan

11.0- RISK ASSESSMENT:

Having a safety plan for the project does not mean that the accidents risk is eliminated, therefore having a risk
assessment form for each location, system and type of work is necessary.

Project risk assessments by system are attached in appendix A .

 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Curtain wall installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

- Operators should be
trained and certified for
this equipment
- Hoist should be
- Unqualified certified within the last
crane operator 12 months
- Hoist not - Check loads prior
certified lifting materials
- Installation
- Falling of - Load exceeds - Body team - Hoist not to used in bad Site Engineer
- Lifting capacities of the injury weather conditions
Brackets by Brackets - workers of 3 4 3 36 Working or Safety
1 during lifting Hoist - Rope wire / belts 3 2 1 6
using movable -Death other site hours appointed department
hoist - Bad weather / subcontractors should be checked each
high wind 3 months foreman
-site visitors
- Rope wire / - Closing working area to
belts not checked third party by safety
- Hoist not fixed tape
adequately - Forbidding individuals
from standing under
lifted loads
- Checking hoist fixing
location

- Falling - -Lack of toe - Wear gloves

object boards
- Wear eyes protection
Working with from - Defect in Site Engineer
power tools, scaffolding tools
-Body
- Installation Working - Training on tools
or Safety
2 SDS concrete - Foreign -Untrained people injury team 3 3 3 27 site - All defects discovered 3 2 2 12
department
drill, screw matters in
- Lack of
hours before and during use appointed
driver, hammer the eyes shall be corrected foreman
inspection
- Hand before the use - Loaded tools shall not
injury of tools be left unattended

Page 1 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Curtain wall installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Untrained people
- Lack of
improper fixing - Body - Use stable prop Site Engineer
- Working at - Falling of of prop - Installation
height at the injury - Check the prop or Safety
3 persons - Lack of -Death
team 3 4 3 36 Working
hours
fixation prior the use 3 2 1 6
department
concrete slab appointed
edge inspection before - Use adequate body
use of prop harness foreman
- Lack in the
body harness

-Untrained people
-Improper -workers at - Use safety ropes to Site Engineer
-falling fixation of -Body fix the tools
-installing objects/tools the site
4 mullion/transom system/tools injury
-visitors 4 4 3 48 Working
hours - Train the workers on 3 2 2 12 or Safety
department
from high appointed
levels -no safety combi -Death the system that are
safe installation installing foreman

Page 2 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Curtain wall installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Operators should be
trained and certified for
this equipment
- Mobile crane should be
certified within the last
12 months
-failure of the - Check loads prior
-falling of crane lifting containers or
-lifting glass materials
panels with panels -improper -workers at
crane fixation the site - Crane not to use in bad Site Engineer
-falling of -Body weather conditions
4 4 3 48 Working
5 -installation of tools -untrained people injury 4 2 8 or Safety
-installation hours 1 department
curtain wall -falling of -Death team - Rope wire / belts appointed
-improper should be checked each foreman
panels persons fixation of the -visitors 3 months
toggles
- Closing working area to
third party by safety
tape
- Forbidding individuals
from standing under
lifted loads
-Checking crane
fixing location

Page 3 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

We consider that the risks have been reduced to an acceptable level with the measures as listed above.

Prepared By ( Subcontractor ) Reviewed By ( Safety Officer or Safety Approved By ( Project Manager or Project
GLASSLINE Manager ) Director )

Name : George Geryes Name : Sleiman Sleiman Name : Name :

Position : Project Manager Position : Site Engineer Position : Position :

Signature : Signature : Signature : Signature :

Date : Date : Date : Date :

S (RS) P (RP) R (RR) *
E (RE)
Severity (Gravity) Probability, Risk
Duration or frequency of exposure to risk
of the event for event to occur resulting from an exposure to danger ExSxP

Very Very
Continuous 4 Throughout the duration of the task 4 Fatal accident of one or several persons 4 High: x times per day 1 Trivial
High High
Accident with irreversible effects
Regular 3 Frequently, for significant durations High 3 involving in PPI (partial physical High 3 Occasional for example: x times a week 2,3 M inor
incapacity)
Lost time accident. Reversible
Occasional 2 At intervals, limited exposure time Low 2 Low 2 Rare: x times per month 4,8 M oderate
consequences
Rarely and/ or exposure duration is
Very Light wound, mild accident without lost Very
Exceptional 1 very low (few seconds) duration is 1 1 Unlikely: x times per year 9, 12 Substantial
Low time, care Low
very low

16 + Extrem e

* Note: Any RR score that equals or exceeds 16 is unacceptable.

Page 4 of 4
 Risk
Assessment

11 May 2018

1. Minimalist Facade

Page 3 of 29
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Minimalist Facade installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

- Operators should be
trained and certified for
this equipment
- Unqualified - Hoist should be certified
crane operator within the last 12 months
- Hoist not - Check loads prior lifting
certified materials
- Installation
- Load exceeds - Body team - Hoist not to used in bad Site Engineer
- Lifting - Falling of capacities of the injury weather conditions
Brackets by Brackets Hoist - workers of Working or Safety
1 during lifting -Death 3 4 3 36 site hours - Rope wire / belts should 3 2 1 6 department
using movable other appointed
hoist - Bad weather / subcontractors be checked each 3
high wind months foreman
-site visitors
- Rope wire / belts - Closing working area to
not checked third party by safety tape
- Hoist not fixed - Forbidding individuals
adequately from standing under
lifted loads
- Checking hoist fixing
location

- Falling - -Lack of toe - Wear gloves

object from boards - Wear eyes protection
Working with scaffolding - Defect in tools - Training on tools Site Engineer
power tools, - Installation Working
2 SDS concrete - Foreign -Untrained people -Body team 3 3 3 27 site - All defects discovered 3 2 2 12
or Safety
matters in injury hours before and during use appointed department
drill, screw the eyes - Lack of
driver, hammer inspection shall be corrected foreman
- Hand before the use - Loaded tools shall not
injury of tools be left unattended

Page 1 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Minimalist Facade installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Untrained people
- Use stable prop
- Lack of
improper fixing of - Check the prop fixation
prop prior the use
- Falling of - Lack of - Use adequate body
- Working persons inspection before -injury
Body
- Installation harness connected to Site Engineer
outside the use of prop Working the building itself or Safety
3 - Falling of team 4 4 3 48 4 3 1 12
building using cradle - Lack in the body
-Death hours - Check the cradle each appointed department
cradles time before usage foreman
harness
- cradle not - cradle should be certified
installed correctly within the last 2 months
- bad weather - Do not use cradles in
bad weather

Page 2 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Minimalist Facade installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Operators should be
trained and certified for
this equipment
- Mobile crane should be
certified within the last
12 months
-failure of the - Check loads prior lifting
-lifting GRC -falling of crane containers or materials
panels -workers at Site Engineer
panels with -improper fixation -Body the site - Crane not to use in bad
crane -falling of tools weather conditions or Safety
4 -untrained people injury -installation 4 4 3 48 Working 4 2 1 8 department
-installation of -falling of hours - Rope wire / belts should appointed
GRC panels -improper fixation -Death team
persons be checked each 3 foreman
of the toggles -visitors months
- Closing working area to
third party by safety tape
- Forbidding individuals
from standing under
lifted loads
- -Checking crane fixing
location

Page 3 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

We consider that the risks have been reduced to an acceptable level with the measures as listed above.

Prepared By ( Subcontractor ) Reviewed By ( Safety Officer or Safety Approved By ( Project Manager or Project
GLASSLINE Manager ) Director )

Name : George Geryes Name : Sleiman Sleiman Name : Name :

Position : Project Manager Position : Site Engineer Position : Position :

Signature : Signature : Signature : Signature :

Date : Date : Date : Date :

S (RS) P (RP) R (RR) *
E (RE)
Severity (Gravity) Probability, Risk
Duration or frequency of exposure to risk
of the event for event to occur resulting from an exposure to danger ExSxP

Very Very
Continuous 4 Throughout the duration of the task 4 Fatal accident of one or several persons 4 High: x times per day 1 Trivial
High High
Accident with irreversible effects
Regular 3 Frequently, for significant durations High 3 involving in PPI (partial physical High 3 Occasional for example: x times a week 2,3 M inor
incapacity)
Lost time accident. Reversible
Occasional 2 At intervals, limited exposure time Low 2 Low 2 Rare: x times per month 4,8 M oderate
consequences
Rarely and/ or exposure duration is
Very Light wound, mild accident without lost Very
Exceptional 1 very low (few seconds) duration is 1 1 Unlikely: x times per year 9, 12 Substantial
Low time, care Low
very low

16 + Extrem e

* Note: Any RR score that equals or exceeds 16 is unacceptable.

Page 4 of 4
 Risk
Assessment

11 May 2017

2. GRC

Page 3 of 29
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : GRC installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

- Operators should be
trained and certified for
this equipment
- Unqualified - Hoist should be certified
crane operator within the last 12 months
- Hoist not - Check loads prior lifting
certified materials
- Installation
- Load exceeds - Body team - Hoist not to used in bad Site Engineer
- Lifting - Falling of capacities of the injury weather conditions
Brackets by Brackets Hoist - workers of Working or Safety
1 during lifting -Death 3 4 3 36 site hours - Rope wire / belts should 3 2 1 6 department
using movable other appointed
hoist - Bad weather / subcontractors be checked each 3
high wind months foreman
-site visitors
- Rope wire / belts - Closing working area to
not checked third party by safety tape
- Hoist not fixed - Forbidding individuals
adequately from standing under
lifted loads
- Checking hoist fixing
location

- Falling - -Lack of toe - Wear gloves

object from boards - Wear eyes protection
Working with scaffolding - Defect in tools - Training on tools Site Engineer
power tools, - Installation Working
2 SDS concrete - Foreign -Untrained people -Body team 3 3 3 27 site - All defects discovered 3 2 2 12
or Safety
matters in injury hours before and during use appointed department
drill, screw the eyes - Lack of
driver, hammer inspection shall be corrected foreman
- Hand before the use - Loaded tools shall not
injury of tools be left unattended

Page 1 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : GRC installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Untrained people
- Use stable prop
- Lack of
improper fixing of - Check the prop fixation
prop prior the use
- Falling of - Lack of - Use adequate body
- Working persons inspection before -injury
Body
- Installation harness connected to Site Engineer
outside the use of prop Working the building itself or Safety
3 - Falling of team 4 4 3 48 4 3 1 12
building using cradle - Lack in the body
-Death hours - Check the cradle each appointed department
cradles time before usage foreman
harness
- cradle not - cradle should be certified
installed correctly within the last 2 months
- bad weather - Do not use cradles in
bad weather

Page 2 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : GRC installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Operators should be
trained and certified for
this equipment
- Mobile crane should be
certified within the last
12 months
-failure of the - Check loads prior lifting
-lifting GRC -falling of crane containers or materials
panels -workers at Site Engineer
panels with -improper fixation -Body the site - Crane not to use in bad
crane -falling of tools weather conditions or Safety
4 -untrained people injury -installation 4 4 3 48 Working 4 2 1 8 department
-installation of -falling of hours - Rope wire / belts should appointed
GRC panels -improper fixation -Death team
persons be checked each 3 foreman
of the toggles -visitors months
- Closing working area to
third party by safety tape
- Forbidding individuals
from standing under
lifted loads
- -Checking crane fixing
location

Page 3 of 4
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

We consider that the risks have been reduced to an acceptable level with the measures as listed above.

Prepared By ( Subcontractor ) Reviewed By ( Safety Officer or Safety Approved By ( Project Manager or Project
GLASSLINE Manager ) Director )

Name : George Geryes Name : Sleiman Sleiman Name : Name :

Position : Project Manager Position : Site Engineer Position : Position :

Signature : Signature : Signature : Signature :

Date : Date : Date : Date :

S (RS) P (RP) R (RR) *
E (RE)
Severity (Gravity) Probability, Risk
Duration or frequency of exposure to risk
of the event for event to occur resulting from an exposure to danger ExSxP

Very Very
Continuous 4 Throughout the duration of the task 4 Fatal accident of one or several persons 4 High: x times per day 1 Trivial
High High
Accident with irreversible effects
Regular 3 Frequently, for significant durations High 3 involving in PPI (partial physical High 3 Occasional for example: x times a week 2,3 M inor
incapacity)
Lost time accident. Reversible
Occasional 2 At intervals, limited exposure time Low 2 Low 2 Rare: x times per month 4,8 M oderate
consequences
Rarely and/ or exposure duration is
Very Light wound, mild accident without lost Very
Exceptional 1 very low (few seconds) duration is 1 1 Unlikely: x times per year 9, 12 Substantial
Low time, care Low
very low

16 + Extrem e

* Note: Any RR score that equals or exceeds 16 is unacceptable.

Page 4 of 4
 Risk
Assessment

11 May 2017

3. Weather Louvers Facade

Page 3 of 29
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Weather Louvers installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

- Operators should be
trained and certified for
this equipment
- Unqualified - Hoist should be certified
crane operator within the last 12 months
- Hoist not - Check loads prior lifting
certified materials
- Installation
- Load exceeds - Body team - Hoist not to used in bad Site Engineer
- Lifting - Falling of capacities of the injury weather conditions
Brackets by Brackets Hoist - workers of Working or Safety
1
using movable during lifting -Death other 3 4 3 36 site hours - Rope wire / belts should 3 2 1 6 department
- Bad weather / be checked each 3 appointed
hoist subcontractors foreman
high wind months
-site visitors
- Rope wire / belts - Closing working area to
not checked third party by safety tape
- Hoist not fixed - Forbidding individuals
adequately from standing under
lifted loads
- Checking hoist fixing
location

- Falling - -Lack of toe - Wear gloves

object from boards - Wear eyes protection
Working with scaffolding - Defect in tools - Training on tools Site Engineer
power tools, Installation Working
2 SDS concrete - Foreign -Untrained people -Body team 3 3 3 27 site - All defects discovered 3 2 2 12 or Safety
matters in injury hours before and during use appointed department
drill, screw the eyes - Lack of
driver, hammer inspection shall be corrected foreman
- Hand before the use - Loaded tools shall not be
injury of tools left unattended

Page 1 of 3
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

Method Statement No. / Operation : Weather Louvers installation Risk Assessment

Activity/Plant People Time Responsible Monitoring
# Hazard Causes Effects E S P R Control Measures RE RS RP RR
& Equipment at risk Frame Person Party

-Untrained people
- Lack of
improper fixing of - Body - Use stable prop Site Engineer
- Working at - Falling of prop - Installation
height at the injury - Check the prop fixation or Safety
3 persons - Lack of -Death
team 3 4 3 36 Working
hours
prior the use 3 2 1 6 department
concrete slab appointed
edge inspection before - Use adequate body
use of prop foreman
harness
- Lack in the body
harness

-Operators should be
trained and certified for
this equipment
- Mobile crane should be
certified within the last
12 months
-failure of the - Check loads prior lifting
-falling of crane containers or materials
-lifting and louvers -workers at
-improper fixation -Body the site - Crane not to use in bad Site Engineer
installing the -falling of tools weather conditions
4 louver panels -untrained people injury -installation 4 4 3 48 Working
hours 3 4 1 12 or Safety
department
by crane -falling of team - Rope wire / belts should appointed
persons -improper fixation -Death be checked each 3
of the toggles -visitors foreman
months
- Closing working area to
third party by safety tape
- Forbidding individuals
from standing under
lifted loads
- -Checking crane fixing
location

Page 2 of 3
 Method Statement
ONE TOWER-CYPRUS
Risk Assessment Sheet

We consider that the risks have been reduced to an acceptable level with the measures as listed above.

Prepared By ( Subcontractor ) Reviewed By ( Safety Officer or Safety Approved By ( Project Manager or Project
GLASSLINE Manager ) Director )

Name : George Geryes Name : Sleiman Sleiman Name : Name :

Position : Project Manager Position : Site Engineer Position : Position :

Signature : Signature : Signature : Signature :

Date : Date : Date : Date :

S (RS) P (RP) R (RR) *
E (RE)
Severity (Gravity) Probability, Risk
Duration or frequency of exposure to risk
of the event for event to occur resulting from an exposure to danger ExSxP

Very Very
Continuous 4 Throughout the duration of the task 4 Fatal accident of one or several persons 4 High: x times per day 1 Trivial
High High
Accident with irreversible effects
Regular 3 Frequently, for significant durations High 3 involving in PPI (partial physical High 3 Occasional for example: x times a week 2,3 M inor
incapacity)
Lost time accident. Reversible
Occasional 2 At intervals, limited exposure time Low 2 Low 2 Rare: x times per month 4,8 M oderate
consequences
Rarely and/ or exposure duration is
Very Light wound, mild accident without lost Very
Exceptional 1 very low (few seconds) duration is 1 1 Unlikely: x times per year 9, 12 Substantial
Low time, care Low
very low

16 + Extrem e

* Note: Any RR score that equals or exceeds 16 is unacceptable.

Page 3 of 3