C1 - Workplace Welfare Requirements Flashcards

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1
Q

The Workplace (Health, Safety and Welfare) regs set out the general standards for?

A
  • Maintenance
  • Ventilation
  • Temperatures (16C or 13C physical effort)
  • Lighting
  • Cleanliness
  • Room dimensions 11m3 (roof hight up to 3m)
  • Floors
  • Workplace traffic routes
  • Doors and gates
  • Stairs, escalators
  • Toilets and washing
  • Drinking water
  • Accommodation for clothing and changing
  • Rest facilities
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2
Q

Regulations setting the Provision and maintenance of safe work place

A

The HSWA (section 2.2D) requires employers to maintain the work place conditions to be safe and without risk.

WHSWR sets out the above in more detail such as:
Maintenance of building, equipment, devices and systems to be provided and maintained in effect working order and good state of repair.

Regular maintenance includes testing, inspection, adjustment, lubrication and cleaning.

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3
Q

Summary for what is Maintenance

A

Regular servicing, testing, inspections, adjustments, cleaning and lubrication.

Dangerous defects remedied and safely isolated until remedied.

Suitable record of works carried out maintained.

Suitable ppm plan to prevent dangerous failures

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4
Q

Basics rules for Cleanliness

A
  • Workplace and furniture, furnishings and fittings need to be kept clean.
  • Surfaces of floors, walls and ceilings of workplaces should be able to be and kept clean.
  • Waste materials shouldn’t be allowed to accumulate unless in suitable containers.
  • Standards and frequency of cleaning will depend on the use and risk of the workplace.
  • Dirt and rubbish not in suitable receptacles should be removed at least daily, more frequently cleaning may be required where hazards are higher.
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5
Q

Workstations and seating should be

A

Workstations should be:

  • Arranged so that each task can be carried out safely and comfortably
  • of suitable height
  • in easy reach of frequency used controls, equipment and materials, without need for undue bending or stretching
  • include seating and access to work station and be suitable for all workers (including those with disabilities)
  • sufficiently clear and unobstructed to allow work to be done safely (including manoeuvring and positioning materials and equipment)
  • Seating should provide adequate support and adjustments (think DSE)
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6
Q

Windows and transparent doors

A

Windows and other transparent surfaces should be

  • Made of safety materials or protected against breakage.
  • Appropriately marked or incorporate features to make them more apparent.

Safety materials are:

  • Inherently robust (is polycarbonates or glass blocks)
  • Glass that if it breaks, breaks safely
  • ordinary glass that is of suitable thickness (see thickness chart)
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7
Q

Provision of safe access and egress

A

HSWA 2(2)(d) - duty on employers to provide safe place of work (including access and egress).

This means the employer must take account of where the work is being carried out to ensure:

  • sufficient traffic routes (with suitable width, headroom)
  • Segregation of vehicle and pedestrian
  • Not obstructed or in a place likely to be obstructed or a hazard
  • Take into account staff with impaired or no sight.
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8
Q

Basic summary of Safety signage

A
  • Only used where they will make a difference
  • Local to hazard/ need
  • Easy to understand
  • use correct standard
  • not be used where a more appropriate control measure could be used
  • Use suitable pictograms
  • use the correct colour and type:
  • Red = Prohibition (red border and cross bar)
  • Blue = Mandatory (blue background while symbol)
  • Yellow = hazard (Yellow triangle black symbol)
  • Green = Safe condition (Green and white symbol)

Fire signage can be green (safe condition) or red (fire equipment)

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9
Q

Signage - practical considerations

A
  • installed in an appropriate position
  • line of sight
  • local to message need
  • suitable size
  • suitable illumination
  • Not overcrowded (sign blindness)
  • Made of suitable materials for location and environment
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10
Q

Health and Safety safety Sign regulations

A

These regulations govern the use of signs and signals in the workplace, below a summary of main points.

  • Standardise sign message/ pictograms
  • Convey message
  • Type ie warning
  • illuminated
  • hand and acoustic (eg fire
  • Spoken communications
  • Pipe works
  • Road traffic requirements
  • Maintaining signage
  • Explanation of unfamiliar signs to staff
  • Apply to all works and activities
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11
Q

Designing surfaces to reduce slipping

A
  • Surfaces that are likely to get wet or subject to spillages should be of a type that do not become unduly slippery.
  • provide effective drainage where floor liable to get wet.
  • Slopes should not be steeper than necessary
  • Floors around machinery should be slip resistant and kept free from slippery materials or loose items.
  • Arrangements in place to deal with snow and ice.
  • Holes, bumps or uneven surfaces should be made good as soon as possible.
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12
Q

Floors should be

A
  • Of a suitable grip for the works being carried out (co efficient of friction)
  • Robust enough for task being carried out.
  • Suitably marked/ coloured to show routes
  • provided with suitable drainage to remove water where expected
  • be maintained and maintainable
  • easy to clean where regular cleaning required
  • slopes kept to a minimum
  • suitable for tasks being performed ie able to withstand oils
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13
Q

Slip resistance testing

A

Test is carried out using a pendulum with a standardised rubber heel on a swing arm, the arm drops and measures the coefficient of friction (CoF) as the resistance of the floor stops the heel in a controlled manner (force of heel dropping is constant)

Provides information on the grip of a dry floor and can be done on a wet floor also.

Three bands
High slip = 0 to 24
Moderate = 25 to 35
Low = 36+

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14
Q

Cleaning floors

A
  • plan clean to occur when reduced staff in areas
  • Use well maintained equipment
  • use the right amount of detergent
  • Allow detergent time to break down greases
  • dry with dry mop or squeegee to reduce dry time
  • spot clean where possible
  • use barriers if possible to prevent access to wet floors
  • use signs, cones as last resort
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15
Q

How can floors be designed and maintained to reduce slipping

A

Design

  • Sound construction
  • Slopes not steeper than necessary
  • Surfaces likely to get wet have a surface which does not become unduly slippery
  • Have effective drainage if likely to get wet
  • floors around machinery have a high PTV rating

Maintenance
* Holes bumps repaired
* Free from uneven surfaces
*

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16
Q

Under the health and safety (safety signs and signals) regulations when should an employer be required to provide safety signage

A

Signs should be provided whenever there is a residual risk which has not been avoided or controlled by other means. ie ear defenders in the bakery

17
Q

What is a confined space?

A

A confined space is defined by the confined spaces regulations as: an substantially enclosed space where one or more of the following specified risks are reasonably foreseeable

  • injury due to fire or explosion
  • Loss of consciousness/ asphyxiation due to gas, fume, vapour or lack of oxygen
  • Drowning due to increase in liquid level
  • Entrapment in a free flowing solid
  • Loss of consciousness as a result of increased body temp
18
Q

Points to consider (factors) when risk assessing a confined space

A
  • Available means of access and egress
  • Atmosphere likely to be encountered
  • Task, materials and equipment to be used
  • persons at risk
  • reliability of safeguards in place
19
Q

To prevent slips and trips

A
  • Stop floors getting wet or contaminated in the first place.
  • Effective arrangements for routine cleaning and spill response
  • Remove spillages promptly
  • Dry smooth floors after cleaning or exclude pedestrians until floor clean.
  • Use correct cleaning method for your floor.
  • look out and prevent trip hazards (uneven floors, trailing cables.
  • Keep walk ways clear
  • Encourage workers to keep the workplace tidy
  • consider slip resistance flooring
20
Q

Definition of a traffic route

A

A traffic route is defined as a route for pedestrian traffic, vehicles or both and includes any stairs, staircases, fixed ladder, doorway, gateway, loading bay or ramp.

21
Q

What requirement does the confined spaces regulations set out in simple terms

A

No person at work shall enter a confined space to carry out work for any purpose unless:

  • It’s not reasonably practicable to achieve that purpose without entry.
  • in accordance with a SSoW that is relevant to specified risks and renders that work safe
  • Suitable and sufficient rescue plan in place.
22
Q

Typical oxygen content

A

21% oxygen in air

23
Q

Management controls of confidence space

A
  • Do not enter confined space for any reason if possible.
  • Thought risk assessment of task if entry required
  • Comprehensive SSoW required for task
  • SSoW must incorporate PTW before entry
  • Emergency arrangements must be developed and in place.
  • Everyone working in or rescuing must be trained and competent
24
Q

Steps of safe isolation

A
  • Isolate plant by normal means
  • Residual energy released (air, gas, spring etc)
  • Liquids and free flowing solids isolated using blanking flanges or blinds
  • Steam lines isolated
  • All moving parts stopped
  • Main isolator turned off and LOTO
25
Q

When can a worker enter a confined space without BA

A

If:

  • there is an adequate air supply
  • Effective steps taken to avoid ingress of dangerous fumes
  • No residue or sludge likely to give off fumes
  • Space contains no other material liable to give off such fumes
  • Space adequately ventilated and tested for fumes/ oxygen
  • Responsible person certified it’s safe to work without BA
26
Q

Damage to buildings structure may arise from

A
  • Adverse weather conditions
  • Solar radiation
  • Rain
  • Wind
  • Overloading of structures
  • Damage from moving plant
  • Hot and corrosive atmospheres
  • Vibration
  • Alteration to structural members
  • Subsidence
  • Deterioration of building materials
  • Excavations
  • Modification to building
27
Q

Signs of structural damage

A
  • Sagging roof
  • Bulging or cracked walls
  • Signs of flaking masonry
  • Collapsed walls
  • Signs of corrosion on brick work
  • Dampness
  • Wet or dry rot
  • Gaps around door or window frames
  • Uneven floors
28
Q

Elements to consider when creating a SSoW for a confined space

A
  • Supervision
  • Competence
  • Communication
  • Testing and monitoring of atmospheres
  • purging
  • Ventilation
  • Removal of residues
  • Isolation (gas, liquids, supplies etc)
  • Selection and use of equipment
  • PPE & RPE
  • Access and egress
  • fire prevention
  • Lighting
  • Static
  • emergency and rescue
  • limitations on working times
29
Q

Definition of working at height

A

Working in any place where, if precautions are not taken a person could fall a distance liable to cause injury.

30
Q

Hierarchy of control for working at heights

A
  • AVOID working at heights
  • PREVENT falls
  • MINIMISE the distance and consequences of a fall

Remember collective over individual

31
Q

Hazards and risks of lone working

A
  • Increased risk of violence
  • Dealing with injury or ill health
  • Safe access and egress
  • Risks associated with the task
  • Operating machinery
  • Individual vulnerability
32
Q

Control measures for lone workers

A

Avoid where possible

  • Risk assess lone work tasks
  • Develop a SSoW appropriate to tasks
  • Ensure appropriate supervision and support
  • Competence of staff
  • Provide appropriate training and information
  • Developing Emergency procedures
33
Q

Lone worker supervision

A

Higher risk tasks will require greater supervision.

Supervision may involve

  • periodic visits
  • regular communication vie phone, radios, email etc
  • CCTV or tracking devices
  • automatic warning devices which operate if not interacted with
  • tilt of fall alarms
34
Q

Factors for emergency rescue

A
  • characteristics of confined space (size etc)
  • Specific risks of the confined space (vapours)
  • Risks of entering in an emergency
  • How the rescue should take place
  • Provision for raising alarm
  • whether rescuer needs to be in confined space
  • Equipment needed for task
  • Training and awareness of how to use rescue equipment
  • first aid provision
  • types of emergency
  • typical injury likely to be encountered
  • need for specialist rescue staff