INSTRUCTIONS FOR USING THE RISK ASSESSMENT FORM

Similar documents
INSTRUCTIONS FOR USING THE RISK ASSESSMENT FORM

University College Dublin Machinery/Equipment Risk Assessment Template

References: Manual Chapt. 9 ISO 9001 par.7 ISO par. 4 ISM Code par. 7; 8

Mooring and unmooring

Moor, Tend Mooring And Unmoor Ship - Supervisor Level -

Dear Captain, Anchor lowering procedure all berths. Page 3: Mooring procedure Parker Point 2 and 4. Page 4: Mooring procedure Parker Point 3 and 5.

A GUIDE TO RISK ASSESSMENT IN SHIP OPERATIONS

DALGETY BAY SAILING CLUB RIB SAFETY BOAT RISK ASSESSMENT

A GUIDE TO WRITING A RISK ASSESSMENT FOR A BMAA EVENT

1.0 PURPOSE 2.0 REFERENCES

TUDOR PARK EDUCATION TRUST. Working at Heights and Risk Assessment

Pre-control risk estimate. Likelihood Risk

Grizedale Zip Trekking Adventure Risk Assessment

Risk assessment (all vessel types)

SAFE WORK METHOD STATEMENT (SWMS) All Trades Abseiling ABN: Ph:

THINK. Three Points of Contact. Tread carefully out there!

ACTIVITY RISK ASSESSMENT

Team Building /Leadership Challenge Risk Assessment - Management Plan

Grizedale Zip Trekking Adventure Risk Assessment

Company Policy Health & safety for work performed at Customer premises

SAFE WORK METHOD STATEMENT WORKING IN CONFINED SPACE HSE NET NAT SWMS APAND00030

NOTICE TO SHIPPING #1 NIAGARA REGION WELLAND CANAL GENERAL INSTRUCTIONS 1. HOLDING POSITION - 'HEAD OF THE LOCK'

Safe Work Method Statements (SWMS)

DRI Policy for Safety Associated with Measurements, Sampling, and Related Streamgaging. Table of Contents

COMPLETION OF PROCEDURE ASSESSMENT FORM (COSHH RELATED) GUIDANCE NOTES (Version 3)

New Airfield Risk Assessment / Categorisation

Climbing Area. Review Completed by: Jamie Brunt Approved By: Steve Allard Date: June 2012

SITE SPECIFIC SAFETY PLAN (SSSP)

SIP005 GUIDANCE ON MOORING

Pyrotechnic Risk Assessment

Buchanan. Approved: John Downes

Grizedale Zip Trekking Adventure Risk Assessment

NAVIGATION AND SEAMANSHIP Secure vessel at mooring, anchor, and berth

The Hazards of Snap-back Initial learnings from a serious incident of mooring line failure

HMS BELFAST KIP IN A SHIP RISK REGISTER

04 Practical Seamanship. Captain

Exercise IARD. Risk Assessment & Management Plan

Code of Practise for Deployment and Marking of Fishing Gear

Chelsea Yacht Club. Adult Sailing Program Course Description. Basic Keelboat

Safe High Pressure Water Washing (HPWW) Requirement

SOP GEN-007X Crane and Winch Operations

THE CONTROLLED COPY OF THIS DOCUMENT IS ON THE COMPUTER NETWORK PRINTED COPIES ARE ONLY CURRENT FOR THE DATE AT THE BOTTOM OF THE PAGE.

Safety Risk Assessment Hand and Power Tools

Codex Seven HACCP Principles. (Hazard Identification, Risk Assessment & Management)

RISK ASSESSMENT. The Flora Stevenson Primary School Playground. Undertaken on 11 th January 2017 on behalf of. The City of Edinburgh Council

Dalgety Bay Sailing Club; Raft Use Risk Assessment

Telco Antennas SWMS Working At Height Above 2m

Stevpris installation

Abseiling Risk Management Plan Lutanda Yarramundi

Equipment Operation Procedures

Standard Operating Procedure

Safety Flash. IMCA Safety Flash 10/09 July Compact Fluorescent Lights Interfering with Communications Equipment

Risk Assessment Procedure

SAFETY MANAGEMENT SYSTEM

High Ropes Management Plan

Safety Risk Assessment Carpentry

Safety in Precast Erection

GENERIC RISK ASSESSMENTS FOR OUTDOOR THROWS TRAINING

TLILIC2001 Licence to Operate a Forklift Truck

SWMS No 012 Samark North Qld Pty Ltd ABN : Electrical Contractors License C37121 Page 2 of 6

Rock Climbing Risk Management Plan Lutanda Yarramundi

CONFINED SPACE WRITTEN PROGRAM

Control of Work. Introduction This procedure describes the management of Asbestos. Definitions

Risk Assessment. GROUP RIDING (Motorcycle) ACTIVITY. GROUP (Name) York Advanced Motorcyclists Team 5 ASSESSOR TRAINING TEAM. Tick if at risk.

CONFINED SPACE POLICY

This guidance explains what hazards and risks are and provides an overview of requirements under the Health and Safety at Work Act 2015 (HSWA).

Surface Rescue Swimmer School. Primary Rescue Devices and Procedures LT 4.3

Safe Work Method Statement LRB TREE SERVICES 6 Behland St, Kearneys Spring QLD, 4350 ABN

Personal Protective Equipment

Safety Checklist for Events Held at Hillbrook

Fall Protection at the Top of the Quarry Face

INSTRUCTIONS FOR USE

Section 4. Fundamentals of Accident/Incident Prevention. Accidents/Incidents are Preventable

WORK METHOD STATEMENT STRUCTURAL STEEL

HAZARD MANAGEMENT PROCEDURE

Safe Work Practices (SWP) SWP (3) CONFINED SPACE ENTRY

Safety Flash. IMCA Safety Flash 08/10 December Welding of Shackles. 2 Lacerated Chin Caused by Flying Wedge

Boating Essentials Getting started

JOB SAFETY ANALYSIS. How to use the Risk Assessment Charts. Likelihood A (Almost Certain) B (Likely) C (Possible)

HEALTH AND SAFETY RISK ASSESSMENT POLICY Harmer Street Gravesend Kent DA12 2AX

Example of an Occupational Health Risk Assessment

THICKNESSER RISK ASSESSMENT (U003ra)

HAZARD IDENTIFICATION & RISK ASSESSMENT

Personal Protective Equipment Policy

COMMISSIONING TESTS FOR NEW HV CABLES (UP TO 33 KV) JOB SAFETY ANALYSIS

STFC QUANTITATIVE RISK ASSESSMENT PRO-FORMA

Low Ropes and Adventure Course Risk Assessment

CAMS Safety 1 st. Risk Management. Understanding and completing Targeted Risk Assessments (TRA)

SAFETY BULLETIN. SB1/2015 July 2015 M A RINE A C C I DENT INVES TIG A T ION BR A NCH. Figure 1: Zarga alongside South Hook LNG terminal

Timm Signal Safety. Very durable indeed.

Working Near, On or Above Water

Abrasion and Twist Effects on High-Performance Synthetic Ropes for Towing Applications

Safety, Health and Environment Angler Safety

Appendix 8-A Safety Zone Entry Check Lists

Pewsey Carnival Event

Anchor and Anchor Cable Losses. Athens, Greece, 2 nd February 2018 Capt. Simon Rapley

Responsibility. Qualitative measures of Likelihood. A Almost certain Daily Occurrence: Common or frequent. Qualitative Measures of Consequence

International Safety Guide Chapter 23 for Inland Navigation Tank-barges and Terminals. Chapter 23 MOORING

Personal Protective Equipment

The Yorkshire Waterways Museum, Dutch River Side, Goole, POND AND NATURE TRAIL RISK ASSESSMENT SHE/RA/00

Transcription:

INSTRUCTIONS FOR USING THE RISK ASSESSMENT FORM 1. Envisage the task in hand and identify the hazards associated with carrying out the task. These hazards are to be listed and addressed individually in the risk assessment form. 2. Once the hazard has been identified, based on the combination of the likelihood and severity/consequence of the hazard, the risk evaluation score is to be assigned using the risk evaluation matrix on the last page. For example, a hazard which has a likelihood of unlikely and a severity/consequence of harmful, the risk evaluation score would be 4 (moderate risk). 3. With the determination of the risk evaluation score, using the recommended response table on the last page, appropriate action is to be planned and implemented. 4. Using the above example of a risk evaluation score of 4 (moderate risk), appropriate controls must be applied to the risk and these must be listed out accordingly in the form along with the person responsible of applying the control and the completion date. 5. Once the controls have been applied, the risk must be reassessed as a whole taking into account the applied controls and once again using the risk evaluation matrix on the last page, a residual score must be obtained. 6. If the residual risk on reassessment is Trivial or Tolerable (scores 1 and 2), then no additional controls are required and only effective monitoring of the task to ensure compliance with procedures is necessary. 7. However if the reassessment of the risk again is Moderate, Substantial or Intolerable and yields a score higher than 2, it implies that the applied controls are not sufficient to address the associated hazards and therefore do not bring the risk to a safe level. This would require additional controls to be applied and steps 4 and 5 to be followed once again. 8. This process would continue until the residual risk is eventually brought down to an acceptable level (scores 1 or 2). 9. Effective supervision of the task to be carried out is necessary to ensure that there are no unauthorised and unsafe diversions which could effectively change the entire risk assessment therefore making it inappropriate for the current task. 1

VESSEL NAME: ACTIVITY: Deck Mooring/Unmooring operation PERSONNEL INVOLVED IN THE TASK: Master, Chief Officer, Deck Officers and Deck Crew HAZARD CATEGORY POTENTIAL HAZARDS IDENTIFIED RISK EVALUATION SCORE (refer page 6) POSSIBLE CONTROL MEASURES REQUIRED (including existing & proposed) PERSON RESPONSIBLE ACTION DATE COMPLETED RESIDUAL RISK SCORE (Refer page 2) Crew injured by hitting / bumping head/body on obstructions or equipment on the mooring deck. Likely (3) x Harmful (2) = 6 Substantial Crew to be suitably familiarised and trained on mooring arrangements and equipment. Work areas to be inspected prior commencement of operations to be free of any unwanted / loose material. Unlikely (2) x Slightly Harmful (1) = 2 Tolerable (example only) Adequate illumination to be provided; no dark areas or shadow sectors. All immovable obstructions to be highlighted by tiger stripes and/or signage. Adequate personal protective equipment (PPE) to be worn by the crew. Crew injury All necessary equipment such as mooring ropes/wires, stoppers, heaving and messenger lines and tools for mooring such as the axe, knife, crowbar etc, to be laid out in such a manner that they do not constitute any tripping hazard. Adequate supervision provided of the operation. Prominent display of snap back zone signage at entry points to the mooring areas. Tool box meeting to be conducted with all relevant crew and the task discussed with the aid of a mooring arrangement plan where appropriate. Surfaces to have non-slip coating as appropriate. 2

Crew injury/fatality while handling mooring lines leading to abrasions, crushing/breaking of limbs, maiming or death Adequate crew to carry out the operation in a safe manner. Adequate personal protective equipment (PPE) to be worn by the crew. Constant supervision for proper coordination between the winch operator and the crew to prevent excessive tension on mooring lines or accidental operation of winches while the lines are being handled. Crew Injury Briefing of the dangers associated with working in snap back zone areas including those of mooring ropes and stoppers such as standing within a bight etc. Mooring ropes and wires to be properly inspected, maintained and replaced as appropriate to reduce the possibility of the lines parting during the operation. Life vests to be donned where there is a risk of crew falling overboard during mooring operations. 3

Damage to assisting tug/ injury to tug s crew Sequence of mooring operations to be discussed during the Master-Pilot interface and communicated to the mooring teams. Continuous communication between shipboard mooring team and assisting tug. Third party injury Tug s crew to be positioned in a safe zone prior passing the heaving line. Monkeys fist on heaving lines constructed of rope or another safe alternative to prevent injury. Lines being heaved in must be monitored to ensure the line does not snag on the tug s propeller or part of its structure. Casting off tug lines to be done in a controlled manner and not simply unhooked and all owed to freely run out. Third party damage Damage to fixed and floating objects on account of mooring lines failure, bad weather Emergency systems and emergency stops to be tested prior to the operation. Crew to be trained in the event of a mooring failure and other associated emergencies by way of regular drills. Weather forecasts to be obtained and reviewed to allow preparation for adverse weather conditions in good time. Regular inspections of mooring lines to be carried out. 4

Third party damage Communication failure between the bridge team/pilot, bridge team/ deck mooring crew and between the deck mooring crew / assisting tug crew. Only experienced and responsible persons to be assigned the task of communications. Backup communication systems to be pre-determined, tested and available. Hand signals to be agreed for key operations in case of total audio communication failure. Date: Name/Rank/Sign: 5

RISK EVALUATION MATRIX TO OBTAIN SCORE Severity/Consequence Slightly Harmful (1) Harmful (2) Extremely harmful (3) Likelihood Highly Unlikely (1) Unlikely (2) Trivial Risk (Score 1) Tolerable Risk (Score 2) Tolerable risk (Score 2) Moderate Risk (Score 4) Moderate Risk (Score 3) Substantial Risk (Score 6) Likely (3) Moderate Risk (Score 3) Substantial Risk (Score 6) Intolerable risk (Score 9) THE TABLE BELOW INDICATES THE RECOMMENDED RESPONSE IN EACH CASE. Trivial Tolerable No action is required. No additional controls are required. Monitoring is required to ensure control is maintained. Moderate Substantial Intolerable Efforts are required to reduce risk. Controls are to be implemented within a specified time. New work not to start until risk reduced. If work is in progress, urgent action to be taken. Considerable resources may be required. Work shall not be started or continued until the risk has been reduced. If reduction is not possible, the activity shall be prohibited. 6